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  • EN 12166 CuZn37 (CW508L) – High-Strength, Corrosion-Resistant Copper Alloy for Cold Forming
  • EN 10083‑1 Grade 38CrS2 – Cold‑Shear Treated Steel for High‑Strength Applications
  • EN 12166: CuZn37 (H08) – High‑Performance Copper Alloy for Cold Forming and Corrosion Resistance
  • EN 1652 CuZn37 R440 – High-Strength, Corrosion-Resistant Copper Alloy
  • DIN 17200 Grade 46Cr2 – Cold‑Sheared Steel with Superior Strength for Automotive & Machinery Applications
  • EN 10083-1 Grade 46CrS2 – Cold Shearing Treated Steel for High-Strength Applications (+S)
  • EN 12163 Grade CuZn40 H080 – High-Performance Copper Alloy
  • EN 12163 CuZn5 H055 – Premium Copper‑Zinc Alloy for Electrical & Mechanical Applications
  • EN 12163 Grade CuZn5 H085 – Premium CuZn5 Alloy for Electrical Engineering & Shock Absorbers
  • EN 12166 Grade CuZn38Pb2 H100 – High-Quality Copper Alloy Wire for Industrial Applications
  • EN 12163: CuZn5 H100 – High-Performance Copper Alloy for Electrical Engineering
  • EN 12168 Grade CuZn38Pb2 H120 Copper Alloy Bars – Properties & Specifications
  • CuZn5 R350 – EN 12163 Grade Wrought Alloy for Electrical & Industrial Applications
  • DIN 17200 Grade 28Cr4 – Cold‑Shear Treated Steel for High‑Load Automotive Parts
  • EN 12166 Grade CuZn36 H130 – High-Performance Copper Alloy Wire
  • EN 12166 CuZn36 H04 – Unhardenable Wrought Alloy for Precision Deep‑Drawing and Pressure Components
  • EN 12166 Grade CuZn36 H160 – High-Performance Copper Alloy Wire
  • EN 12163 CuZn23Al6Mn4Fe3Pb (R780) – High-Strength, Seawater-Resistant Copper Alloy
  • EN 12166 CuZn36 (H190) – Premium Unhardenable Wrought Alloy for High‑Performance Applications
  • CuZn36 (CW507L) – Grade EN 12166: High-Strength, Machinable Copper Alloy
  • DIN 17200 Grade 25CrMoS4 - Cold-Sheared with Enhanced Strength (S)
  • EN 12166 CuZn36 (CW507L) – High-Strength, Unhardenable Wrought Copper Alloy
  • EN 12163 Grade CuZn30 H085 – Premium Unhardenable Copper Alloy for High-Strength Applications
  • EN 12163 Grade CuZn30 H115 – Premium Copper Alloy for Precision Applications
  • DIN 17200 Grade 28Mn6 Steel – Cold Shear (+S) for Automotive & Machine Applications
  • EN 12166 Grade H115 Copper‑Zinc Brass Wire (CuZn36) – Premium Industrial Grade
  • EN 12168 Grade CuZn36Pb3 H100 – High‑Strength Leaded Brass
  • EN 12166 Grade CuZn36Pb3 H135 – Durable Copper Alloy Wire for Industrial Use
  • EN 12166 Grade CuZn36Pb3 (H125) – High-Strength, Lead-Enhanced Brass Alloy
  • EN 12166 CuZn36Pb3 H070 Brass Alloy – Properties & Applications
  • DIN 17200 Grade 34CrMoS4 – Cold Shear Treatment (+S) for High-Performance Automotive Components
  • DIN 17200 Grade 34CrS4 – Cold Shear Treated Steel for High-Performance Applications
  • EN 12449 CuZn36Pb3 H105 Copper Alloy Seamless Tubes – Premium Quality & Durability
  • EN 12163 Grade CuZn35Ni3Mn2AlPb H120 – Premium Unhardenable Copper Alloy
  • EN 12163 Grade CuNi1Si R540: High-Performance Copper Alloy with Superior Conductivity & Corrosion Resistance
  • EN 12163 Grade CuNi1Si R590: High-Performance Hardened Copper Alloy
  • EN 12163 CuNi2Be R620: High-Strength Low-Alloy Copper Alloy for Advanced Applications
  • EN 12163 Grade CuNi2Be R680 – High Strength, High Temperature Resistant Copper Alloy
  • EN 12166 Grade CuZn15 H135 – Premium Copper Alloy Wire for Industrial Applications
  • EN 12166 Grade CuZn15 H155 – High‑Quality Copper Alloy Wire for Industrial Applications
  • EN 12166 Grade CuZn20 H58 – High‑Strength, Unhardenable Copper Alloy
  • EN 12166 Grade CuZn20 H165 – High-Performance Copper Alloy Wire
  • EN 12166 CuZn30 H170 – Premium Unhardenable Copper Alloy for Superior Strength and Machining
  • EN 10216-5 X2CrNiMoSi18-5-3 Solution-Annealed Stainless Steel – High-Performance Grade for Pressurized Tubes
  • EN 12166 CuZn30 H140 Copper Alloy Wire – Premium Quality & Versatile Performance
  • EN 12166 Copper Alloy CuZn30 H110 – High-Performance General Purpose Wire
  • EN 12166 Grade CuZn30 H165: Premium Copper Alloy Wire – Properties & Applications
  • EN 12163 Grade CuSn5 R540 – High-Performance Copper Tin Alloy for Precision Tubes
  • EN 12163 Grade CuSn6 H085: Premium Tin-Copper Alloy for High-Performance Applications
  • EN 12163 Grade CuSn6 H120 – Premium Tin-Copper Alloy for High-Performance Applications
  • EN 12163 Grade CuSn6 (H155) – High-Performance Tin-Copper Alloy
  • EN 12168 CuZn35Pb2 H100 Brass – Properties & Applications
  • EN 12166 CuZn35Pb2 H070 – High-Strength Brass with Enhanced Machinability
  • EN 12166 Grade CuZn35Pb2 H125 – Unhardenable Wrought Alloy with Improved Machinability
  • EN 10139 Grade DC04 Cold Rolled, Annealed Steel – Ideal for High‑Speed Cold Forming
  • EN 12163 Grade CuAl10Fe3Mn2 R590 – High Strength, Temperature-Resistant Wrought Alloy
  • EN 12163 Grade CuAl10Fe3Mn2 R690 – Premium High-Strength, Heat-Resistant Copper Alloy
  • EN 12163 Grade CuAl11Fe6Ni6 R830 – High Strength Cold Formed Copper Alloy
  • EN 1652 Grade CuSn4 H04 – Premium Tin‑Copper Alloy for Superior Strength & Corrosion Resistance
  • EN 12163 CuCo1Ni1Be R730 Alloy – High-Performance Copper-Based Grade
  • EN 12163 Grade CuCo1Ni1Be R680 – Premium Copper Alloy for High-Performance Applications
  • EN 10209 DC03ED: Cold-Rolled, Skin-Passed Low-Carbon Steel for Enamel Applications
  • EN 10213 G17CrMo5-5: High-Performance Quenched & Tempered Steel for Turbines & Boiler Casings
  • EN 10213 Grade G20Mo5 Quenched & Tempered: Premium Steel for Turbine Applications
  • EN 12166 CuSn6 R900: Premium Tin‑Copper Alloy for Superior Corrosion Resistance
  • EN 10213: GX4CrNi13-4 Martensitic Stainless Steel – Quenched & Tempered (+QT) – Key Properties
  • EN 10213 GX4CrNiMo16-5-1: Premium Quenched & Tempered Steel for High-Performance Applications
  • EN 12166 Grade CuSn6 H150 Copper Alloy Profile – High Strength & Excellent Thermal Performance
  • EN 12166 Grade CuSn6 H08 – High-Performance Copper Tin Alloy
  • EN 12166 CuSn6 H04 – Premium Copper‑Tin Alloy for High Corrosion Resistance and Superior Mechanical Performance
  • EN 12166 Grade CuZn10 H58 – High‑Strength Copper Alloy for Electrical and Jewelry Applications
  • EN 12166 CuZn10 H115 Copper Alloy Wire – Standard Industrial Grade
  • EN 12166 CuZn10 H135 Wire – High‑Strength Copper Alloy Specifications
  • EN 12163 Grade CuNi1Si R440 – Premium Hardened Copper Alloy
  • EN 10132‑4 Grade 80CrV2 Quenched Steel (Q) – High‑Performance Spring & Cold‑Rolled Strip
  • EN 10132-4 Grade C55S: Premium Cold Rolled Steel for Springs & Special Applications
  • EN 10132-4 Grade C55S Quenched Steel – High‑Performance Cold Rolled Strip for Springs & Precision Applications
  • EN 10132-4 Grade C60S Cold Rolled Steel (CR) – Premium Quality & Versatile Applications
  • EN 10132-4 Grade C60S Quenched Steel – High-Performance Cold-Rolled Strip
  • EN 10132-4 Grade C90S Cold-Rolled Steel – Premium C90S for Springs & Specialty Applications
  • EN 10132-4 Grade C90S Quenched Steel – Optimal for Springs & Cold‑Rolled Strips
  • EN 10028-4 X7Ni9 Cryogenic Nickel Steel – Normalized & Tempered (N+NT)
  • EN 1057 Cu-DHP M20: Premium Phosphoric Copper for Superior Strength & Reliability
  • EN 12163 Grade Cu-DHP H075: High-Purity Phosphoric Copper for Superior Performance
  • EN 12163 Grade Cu-DHP H085 – Premium Phosphoric Copper with Superior Strength and Hydrogen Resistance
  • EN 12163 Grade Cu-DHP H100: Premium Phosphoric Copper for Superior Conductivity & Corrosion Resistance
  • EN 10139 DC01 Cold-Rolled, Strain-Hardened Steel – Grade C290 – Ideal for Cold Forming
  • EN 12163 Cu-DLP H075: Premium Deoxidized Copper for High-Performance Applications
  • EN 12163 Cu-DLP H085 – Premium Deoxidized Copper for High-Performance Applications
  • EN 12163 Grade Cu-DLP H100 – Premium Deoxidized Copper with Superior Strength & Cold Forming
  • DC01 Grade (EN 10139) – Cold‑Rolled, Annealed Steel for Precision Fabrication
  • EN 10139 Grade DC03: Cold-Rolled, Strain-Hardened Low-Carbon Steel (C290) for Precision Cold Forming
  • EN 10139 DC03 Cold-Rolled & Annealed Steel – Premium Non‑Alloy for Cold Forming
  • EN 10139 Grade DC04 Cold‑Rolled, Strain‑Hardened Steel (C290) – High‑Performance Cold Forming Strip
  • EN 10213-4 Grade GX2CrNi19-11 – High‑Performance Austenitic Stainless Steel, Solution Heat‑Treated & Quenched
  • EN 10277-2 Grade ZSt50-2: Cold‑Drawn or Turned, Soft‑Annealed Steel for High‑Performance Wear Parts
  • EN 10277-2 Grade ZSt60-2: Cold‑Drawn, Soft‑Annealed Steel for High‑Strength, Wear‑Resistant Parts
  • EN 10277-2 Grade ZSt70-2 – Cold Drawn/Turned, Soft‑Annealed High‑Carbon Steel
  • EN 10305-5 Grade RSt 37-2 Precision Welded Steel Tubes
  • EN 10305-5 Grade St 52-3 Precision Welded Steel Tubes
  • DIN 1652-3 Grade 21NiCrMo2 – Ferritic-Pearlite Treated & Cold-Drawn Steel for High-Performance Mechanical Applications
  • DIN 1652-3 Grade 21NiCrMo2 Cold Drawn Steel – High-Performance, Wear-Resistant Gear & Shaft Material
  • DIN 1652-3 Grade 21NiCrMo2: High-Performance Cold-Drawn Ferrite-Pearlite Steel for Wear-Resistant Applications
  • DIN 1652-3 Grade 21NiCrMo2 – High-Performance Cold Drawn, Turned, and Soft-Annealed Steel for Wear-Resistant Applications
  • 21NiCrMoS2 Steel: Ferritic‑Pearlitic Treatment & Cold Drawing – DIN 1652-3 Certified
  • DIN 1652-3 Grade 21NiCrMoS2 Cold-Drawn Steel – Superior Wear Resistance & Fatigue Strength
  • DIN 1652-3 Grade 21NiCrMoS2: Cold-Drawn or Peeled Steel for High-Performance Wear-Resistant Applications
  • DIN 1652-3 Grade 21NiCrMoS2 – Cold-Drawn, Turned, and Soft Annealed Steel for High-Performance Applications
  • EN 10132-4: 102Cr6 Steel – Quenched Grade for High-Performance Applications
  • EN 10132-4 Grade 50CrV4 Cold Rolled, Quenched & Tempered Steel – High Precision Spring Strip
  • EN 10132-4 Grade Ck75 – Cold Rolled, Quenched & Tempered Steel
  • EN 10132-4 Grade 51CrV4 Quenched & Tempered Steel (QT) – High-Performance Cold-Rolled Strip
  • EN 10132-4 Grade Ck85: Cold Rolled, Quenched & Tempered Steel for Precision Springs
  • EN 10132-4 Grade 67SiCr5 – Cold Rolled, Quenched & Tempered Steel for High‑Precision Springs
  • X5CrNi18-12 Stainless Steel – DIN 1654-5 Grade, Cold‑Drawn, Quenched & Skin‑Passed
  • X5CrNi18-12 Stainless Steel (DIN 1654-5) – Quenched & Tempered Grade
  • DIN 1654‑5 X6CrNiMoTi 17‑12‑2: Cold‑Drawn, Quenched & Finely Surface‑Processed Steel
  • EN 12513 G-X 300 CrNiSi 9/5/2: High-Performance Wear-Resistant Cast Iron
  • EN 12513 G-X 330 NiCr 4.2 – Premium High‑Wear Resistance Steel
  • DIN 17103 Grade StE 500: Normalized or Normalized Formed Steel (+N) – Key Properties & Applications
  • DIN 17103 TStE 500: High‑Strength Steel for Extreme Conditions
  • DIN 17103 WStE 460 Steel: Normalized & Normalized Formed (+N) for High-Temperature Applications
  • EN 10085 Grade 31CrMoV9 Steel – Quenched & Tempered (QT) for High‑Performance Applications
  • EN 10085 Grade 34CrAlMo5 – Quenched & Tempered Steel for High‑Temperature Applications
  • EN 10085 Grade 34 CrAlNi 7 – Quenched & Tempered Steel for Heavy Machinery
  • DIN 17230 44Cr2 Quenched & Tempered Steel – High‑Performance Anti‑Friction Bearing Material
  • DIN 17240 X22CrMoV12-1 Steel: Quenched & Tempered (QT800) – High‑Strength, High‑Temperature Performance
  • DIN 17245 GS-18CrMo9-10 Quenched & Tempered Steel – High-Temperature Performance
  • DIN 1651 Grade 35S20: Cold Drawn & Stress‑Relieved Steel for High‑Performance Applications
  • DIN 1651 Grade 45S20 Steel – Cold‑Drawn & Stress‑Relieved for High Strength Applications
  • DIN 1651 Grade 60S20 Cold Drawn & Stress‑Relieved Steel – High Strength, Precision Machining
  • EN 10213-4 Grade GX2CrNiMo19-11-2: Solution Heat‑Treated & Quenched Austenitic Stainless Steel for Pressure Vessels
  • EN 10213-4 Grade GX2NiCrMo28-20-2 – Premium Solution‑Heat Treated Stainless Steel for Pressure Vessels
  • EN 10213-4 Grade GX5CrNiMoNb19-11-2: Heat‑Treated, Quenched, Corrosion‑Resistant Austenitic Steel
  • ASTM B483 Grade 5005 Aluminium: Key Properties & Standards
  • EN 10277‑5 Grade 34CrMo4 – Cold‑Drawn, Turned & Soft‑Annealed High‑Strength Steel
  • EN 10277-5 Grade 34CrMo4 Cold Drawn Steel – High Strength & Ductility for Automotive & Industrial Applications
  • EN 10277-5 Grade Cm60: Cold-Drawn, Turned & Soft-Annealed Steel for High-Performance Applications
  • EN 10263‑3 Grade 15CrNi6 Steel – Annealed for Spheroidized Carbides (+AC)
  • EN 10263-3 Grade 15CrNi6 Steel – Annealed for Spheroidized Carbides & Precision Turning
  • EN 10263-3 Grade 15CrNi6 Cold-Drawn, Annealed Steel with Spheroidized Carbides – Ideal for Automotive Fasteners
  • EN 10263-3 Grade 21NiCrMo2 Steel – Annealed for Optimal Spheroidized Carbides (+AC)
  • EN 10263-3 Grade 21NiCrMo2 Steel: Annealed for Spheroidized Carbides & Precision Turning
  • EN 10263-3 Grade 21NiCrMo2: Cold-Drawn, Annealed Steel with Spheroidized Carbides and Light Skin Passivation
  • EN 10263-4 Grade 25CrMo4 Steel – Annealed for Spheroidized Carbides (AC)
  • EN 10263-4 Grade 25CrMo4: Annealed for Spheroidized Carbides & Turned Components
  • EN 10263-4 Grade 25CrMo4: Cold-Drawn, Annealed Steel with Spheroidized Carbides and Skin Pass
  • EN 10263-4 Grade 34CrMo4 – Annealed for Spheroidized Carbides (AC)
  • EN 10263-4 Grade 34CrMo4: Annealed for Spheroidized Carbides and Precision Turning
  • EN 10263‑4 Grade 34CrMo4: Cold‑Drawn, Annealed Steel with Spheroidized Carbides – Ideal for High‑Strength Fasteners
  • DIN 1654-5 X2CrNiN18-10: Premium Cold‑Drawn, Quenched Steel for High‑Temperature Chemical Applications
  • DIN 1654-5 X3CrNiCu18-9: Premium Cold-Drawn & Turned Austenitic Stainless Steel
  • DIN 1654-5 X3CrNiCu18-9: High-Performance Austenitic Stainless Steel, Quenched & Cold-Worked
  • DIN 1654-5 X5CrNi18-12 – Premium Cold-Drawn & Quenched Austenitic Stainless Steel
  • ASTM A678 Grade C Quenched & Tempered Steel: Key Properties & Performance
  • ASTM A678 Grade D Quenched & Tempered Steel – Key Properties & Specifications
  • ASTM A875 Grade CS Type B: Low‑Carbon Steel Specification & Properties
  • ASTM A875 Grade DDS Steel: Key Properties & Applications
  • ASTM A875 Grade EDDS Steel – Key Properties & Standards
  • ASTM A875 Grade 340 HSLAS Steel – Premium Low‑Carbon Properties
  • ASTM A709 Grade 345CR – High‑Strength Normalized, Tempered, or Quenched & Tempered Steel
  • ASTM A709 Grade HPS 345W – High-Performance Quenched & Tempered Steel
  • ASTM B316 Grade 2117 H15 Aluminum Alloy – Key Properties & Applications
  • ASTM B316 Grade 2117 O Aluminium Alloy – Key Properties & Applications
  • ASTM A792 Grade 60 – Premium Low‑Carbon Steel with 410 MPa Yield Strength
  • ASTM A875 HSLAS Grade 410 Steel – Specifications & Performance
  • ASTM A875 HSLAS Grade 480 Steel – Specifications & Properties
  • ASTM A875 HSLAS Grade 550 Steel: Properties & Performance
  • ASTM A875 HSLAS-F Grade 340 – Premium Low‑Carbon Steel for Structural Applications
  • ASTM A875 SS Grade 340 Class 1 – Premium Low‑Carbon Steel for High‑Strength Applications
  • ASTM A875 SS Grade 340 Class 3 – Premium Low‑Carbon Steel Properties
  • ASTM B316: Grade 2117 H13 – Key Properties & Standards
  • ASTM B316 Grade 6053 H13 – High‑Performance Aluminum Alloy Standard
  • ASTM B316 Grade 6053-O Aluminum Alloy – Key Properties & Standards
  • ASTM A920 15V24 Grade Steel – Class 520 Hot-Wrought for High-Strength Applications
  • ASTM A958 SC1020 65/35 Heat‑Treated Low‑Carbon Steel – Key Properties & Specifications
  • ASTM A709 Grade 250 Steel: Key Properties & Specifications
  • ASTM A727 Grade A727 – Normalized, Normalized & Tempered, or Quenched & Tempered Steel
  • ASTM A653 Grade EDDS Steel – Key Specifications & Performance
  • ASTM A653 BHS Grade 280 Steel – Comprehensive Properties & Performance
  • ASTM A653 Grade CS Type B Steel: Key Properties & Specifications
  • ASTM A653 HSLAS Grade 275 – Key Properties & Performance Data
  • ASTM A653 HSLAS Grade 340 Steel – Key Properties & Performance
  • ASTM A653 HSLAS Grade 410: High-Strength Low-Alloy Steel Specification
  • ASTM A653 HSLAS Grade 480 – Premium Low‑Carbon Steel for Industrial Applications
  • ASTM A653 HSLAS Grade 550 Steel – Specifications & Properties
  • ASTM A653 HSLAS-F Grade 275 Steel: Key Properties & Performance Overview
  • ASTM A653 HSLAS-F Grade 340: High-Strength Low-Alloy Steel Specifications
  • ASTM A653 HSLAS-F Grade 380 Class 1 Steel: Properties & Specifications
  • ASTM A653 HSLAS-F 380 Class 2 Low‑Carbon Steel Properties
  • ASTM A792 Grade 340 Class 1: High-Strength Low-Carbon Steel Overview
  • ASTM A792 Grade 340 (Class 4) Steel – Comprehensive Property Overview
  • ASTM A792 Grade 550 Class 3 Steel – Detailed Properties & Specifications
  • ASTM A678 Grade A Quenched & Tempered Steel: Key Properties & Applications
  • ASTM A463 SS Grade 550 – Hot‑Dip Aluminum Coated Steel – Specifications & Properties
  • ASTM A420 Grade WPL6 Steel: Normalized, Tempered, Annealed or Quenched & Tempered – Specifications & Properties
  • ASTM A463 Grade CS Type B Aluminum-Coated Hot-Dip Steel – Key Properties & Standards
  • ASTM A463 Grade DDS: Premium Aluminum-Coated Hot-Dip Steel
  • ASTM A463 Grade EDDS – Durable Aluminum Hot‑Dip Coating for Superior Corrosion Resistance
  • ASTM A463 HSLAS Type A Grade 410: Premium Hot-Dip Aluminum-Coated Steel
  • ASTM A463 HSLAS Type A Grade 550 – Hot-Dip Aluminum Coated Steel for Superior Performance
  • ASTM A463 HSLAS Type B Grade 410 – Premium Hot-Dip Aluminum-Coated Steel
  • ASTM A463 HSLAS Type B Grade 550: Premium Hot‑Dip Aluminum Coated Steel
  • ASTM A463 Grade 340, Class 3 Aluminum-Coated Steel – Hot-Dip Process Specifications
  • ASTM A523 Grade A Seamless Steel: Properties & Applications
  • ASTM A523 Grade B Seamless Steel – Premium Quality & Performance
  • ASTM A523 Grade A ERW Steel: Specifications & Properties
  • ASTM A523 Grade B E.R.W. – High-Strength Low Carbon Steel with Detailed Properties
  • ASTM A524 Grade II – Hot Finished or Cold Drawn Steel Specifications
  • ASTM A678 Grade B Quenched & Tempered Steel – High-Performance Low‑Carbon Alloy
  • ASTM A958 SC1025 65/35 Heat‑Treated Low Carbon Steel – High Strength
  • ASTM A792 Grade 255: Key Mechanical & Physical Properties
  • ASTM A595 Grade A HSLA Stainless Steel – Properties & Standards
  • ASTM A875 Stainless Steel Grade 550 – Specifications & Properties
  • ASTM A148 Grade 1140‑1035 Steel – Properties & Heat Treatment Options
  • ASTM A148 Grade 1140‑1035L Low‑Carbon Steel: Properties for Annealed, Normalized, Tempered, and Quenched Treatments
  • ASTM A148 Grade 1450–1240 Steel: Properties & Heat Treatment Options
  • ASTM A148 Grade 1450-1240L Steel – Annealed, Normalized, Tempered or Quenched & Tempered
  • ASTM A148 Grade 1795‑1450: High‑Strength Low‑Carbon Steel – Annealed, Normalized, or Quenched & Tempered
  • ASTM A148 Grade 1795–1450L Steel: Annealed, Normalized, Tempered, or Quenched & Tempered – Performance Overview
  • ASTM A148 Grade 550–275 Steel – Comprehensive Guide to Annealed, Normalized, and Tempered Conditions
  • ASTM A148 Grade 550-345 Steel – Tensile & Yield Strengths, Elastic Modulus & Common Uses
  • ASTM A148 Grade 620/415 Steel – 620 MPa Tensile, 415 MPa Yield (Annealed, Normalized, Tempered, Quenched‑Tempered)
  • ASTM A182 Grade F52 Solution‑Annealed Steel – Comprehensive Property Overview
  • ASTM A27 Grade 60-30 Steel – Annealed, Normalized, or Quenched & Tempered
  • ASTM A216 Grade WCA Steel – Annealed, Normalized, or Normalized & Tempered Specifications
  • ASTM A216 Grade WCC: Annealed, Normalized, or Normalized & Tempered Steel – Key Properties & Specifications
  • ASTM A27 Grade 70-40 Steel: Properties of Annealed, Normalized, or Quenched & Tempered Conditions
  • ASTM A372 Grade F Class 55 Steel – Normalized, Tempered & Quenched Treatments
  • ASTM A463 HSLAS Type A Grade 340 – Premium Hot‑Dip Aluminum‑Coated Steel
  • ASTM A463 HSLAS Type A Grade 480 – Hot‑Dip Aluminum Coated Steel
  • ASTM A463 HSLAS Type B Grade 340 – Premium Hot‑Dip Aluminum Coated Steel
  • ASTM A463 Type B Grade 480 HSLAS Steel – Hot‑Dip Aluminum Coating for Superior Corrosion Resistance
  • ASTM A463 Grade 340 Stainless Steel with Class 1 Hot-Dip Aluminum Coating
  • CEN/TS 13388 CW104C R240, H060 - Premium Steel Grade Specifications
  • CEN/TS 13388: CW116C R380/H085 – Key Mechanical & Thermal Properties
  • CEN/TS 13388 Grade CW713R R540 – Technical Specs & Performance
  • ASTM A1008 Grade DDS Low‑Carbon Steel Properties
  • ASTM A1008 Grade 280 Bake‑Hardenable Steel – Low Carbon, High Strength, Durable Performance
  • ASTM A1008 Grade EDDS – Standard Properties & Specifications
  • ASTM A1008 Grade CS Type B: Low Carbon Steel Properties
  • ASTM A1011 HSLAS-F Grade 340 – High-Quality Low Carbon Steel Properties
  • ASTM A1008 HSLAS‑F Grade 340 – High Strength Low Alloy Steel for Structural Use
  • ASTM A1008 Grade 180 Precipitation‑Hardened Square Tubing – High Strength Low‑Carbon Steel
  • ASTM A1011 Grade CS Type A: Key Mechanical & Thermal Properties
  • ASTM A1011 CS Type C – Key Mechanical & Thermal Properties of Low‑Carbon Steel
  • ASTM A1011 Grade DS Type A: Low Carbon Steel Properties & Specs
  • ASTM A1011 Grade DS Type B – Comprehensive Low‑Carbon Steel Properties
  • ASTM A148 Grade 725‑585 Steel: Detailed Mechanical Properties for Annealed, Normalized, and Quenched‑Tempered Conditions
  • ASTM A148 Grade 795-655 Steel – Annealed, Normalized, Tempered, or Quenched & Tempered Properties
  • ASTM A148 Grade 895‑795 Steel: Comprehensive Properties of Annealed, Normalized, and Quenched & Tempered Variants
  • ASTM A148 Grade 930-860 Steel – Annealed, Normalized, Normalized & Tempered, or Quenched & Tempered
  • ASTM A148 Grade 1035-930 Steel: Premium Low‑Carbon Performance via Annealing, Normalizing, and Tempering
  • ASTM A148 Grade 1105‑1000 Steel – Annealed, Normalized, Tempered or Quenched & Tempered
  • AISI 1017 Cold Drawn Steel – Key Properties & Applications
  • AISI 1025 Cold Drawn Steel – Properties & Applications
  • AISI 1008 Hot Rolled Steel – Comprehensive Property Overview
  • AISI 1015 Hot Rolled Steel – Key Properties & Applications
  • AISI 1017 Hot Rolled Steel – Key Properties & Applications
  • AISI 1006 Hot Rolled Steel – Properties & Performance
  • AISI 1010 Hot Rolled Steel: Properties & Applications
  • AISI 1012 Hot Rolled Steel – Properties & Specifications
  • AISI 1016 Hot Rolled Steel – Key Properties & Performance
  • AISI 1018 Hot Rolled Steel – Properties & Applications
  • AISI 1025 Hot Rolled Steel: Key Properties & Performance
  • AA Standard Grade 1050A H18 – Aluminium Mechanical & Thermal Properties
  • AA 5049 O Aluminum Alloy: Comprehensive Mechanical & Thermal Property Standards
  • AA Standards Grade 5049 H12 – Detailed Aluminium Mechanical & Thermal Properties
  • AA Standard Grade 5051A-O Aluminium: Key Properties & Specifications
  • AA Standards Grade 5182F – Comprehensive Material Data
  • AA Standard Grade 5182 O – Comprehensive Mechanical & Thermal Properties
  • AW-6056 F Aluminium Grade (EN 573-3) – Technical Specifications & Properties
  • AW-6056 O3: EN 573-3 Grade Aluminium Properties & Standards
  • CEN/TS 13388: Grade CW021A M – Comprehensive Material Properties
  • EN 10106:2015 Grade M940-50A – High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M600-100A – Premium Magnetic Steel for Precision Applications
  • EN 10106 Grade M700-100A – Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Performance
  • EN 10106 Grade M800-100A – Premium Non-Oriented Electrical Steel with Certified Magnetic Performance
  • EN 10106: Grade M1000-100A – Certified Non-Oriented Electrical Steel
  • EN 10106 Grade M1300‑100A – Certified Non‑Oriented Electrical Steel with Superior Magnetic Performance
  • AA 1050 H18 Aluminium: Key Mechanical and Thermal Properties
  • AA 1350 H22 Aluminium Alloy – Key Mechanical & Thermal Properties
  • AA 1350 H242 Aluminium: Mechanical & Thermal Properties
  • Corrodur 4418 Mod: Superior Corrosion Resistance for Heavy‑Duty Applications
  • AA 1350 H142 Aluminium – Mechanical & Thermal Properties Overview
  • AA 1350 H24 Aluminium Alloy: Mechanical & Thermal Properties
  • AA 1350 H26 Aluminium Alloy – Key Properties & Performance Data
  • AISI 1010 Cold Drawn Steel – Key Properties & Performance
  • AISI 1012 Cold Drawn Steel – High Strength, Flexibility & Precision
  • AISI 1016 Cold Drawn Steel – Key Properties & Applications
  • AISI 1018 Cold Drawn Steel: Properties, Applications & Specifications
  • AISI 1006 Cold Drawn Steel – Premium Low‑Carbon Properties
  • AISI 1008 Cold Drawn Steel – Key Properties & Applications
  • AISI 1015 Cold Drawn Low Carbon Steel – Properties & Specs
  • EN 10106 Grade M210-35A: Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Properties
  • M230-35A AM FCE: High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M235-35A – Certified Non‑Oriented Electrical Steel
  • EN 10106 M250-35A Non‑Oriented Electrical Steel – Superior Magnetic Performance
  • EN 10106:2015 Certified M270-35A Non-Oriented Electrical Steel – Superior Magnetic Performance
  • EN 10106 Grade M300-35A – Premium Non-Oriented Electrical Steel with Certified Magnetic Performance
  • EN 10106:2015 Grade M330‑35A – High‑Performance Non‑Oriented Electrical Steel
  • EN 10106 Grade M230-50A: Premium Non-Oriented Electrical Steel with Certified Magnetic Performance
  • EN 10106 Grade M250-50A – Premium Non-Oriented Electrical Steel
  • EN 10106 Grade M270-50A – Premium Non‑Oriented Electrical Steel
  • EN 10106 Grade M290-50A: High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M310-50A – Certified Magnetic Steel for Superior Electrical Performance
  • EN 10106 Grade M330-50A – Premium Non-Oriented Electrical Steel with Verified Magnetic Properties
  • EN 10106 Grade M350-50A – High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M400-50A – High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M470-50A: High-Performance Non-Oriented Electrical Steel
  • EN 10106:2015 Grade M530-50A – High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M600-50A – Certified High‑Performance Non‑Oriented Electrical Steel
  • EN 10106 M700-50A – Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Performance
  • EN 10106:2015 M800-50A – Premium Non‑Oriented Electrical Steel with Low Loss and High Performance
  • High-Performance Aluminium Fin Alloy FA 6807 H14SR – Superior Sag Resistance & Post-Braze Strength
  • Aluminium Alloy FA 6800 H14SR – High Strength, Superior Sag Resistance for Controlled Atmosphere Brazing
  • FA 6825 H14SR Aluminium Fin Alloy – High Strength & Sag Resistance
  • FA 7929 H24 Aluminium Alloy Tubes – High Strength, Corrosion‑Resistant, Ideal for Welded & Folded Applications
  • DIN 17851 TiAl5Fe2.5 Annealed – High Strength, Corrosion Resistance & Biocompatibility
  • High-Performance Tungsten Pickled Sheet for Extreme Temperature Applications
  • High-Temperature Tungsten Ground Rod for Superior Stability
  • CuZn37 Hard Brass – Durable, Antimicrobial Sheet & Foil
  • DIN 17744 Grade NiMo16Cr16Ti – Heat‑Treated & Quenched for Optimal Performance
  • EN 10297-1 Grade C55Pb – Normalized/Normalized Formed Steel
  • 8079 H19 Non-Heat Treatable Aluminum Wrought Alloy – Superior Strength & Formability
  • CuZn37 Soft Brass: Antimicrobial, High Strength & Versatile
  • 99.98% Pure Nickel Rods & Wire – S-Annealed for High‑Performance Applications
  • 99.98% Pure Nickel Rod & Wire – 1/2 Hard, Ultra-Low Carbon & Sulfur, High Conductivity, Superior Formability
  • 99.98% Pure Nickel Rod & Wire – Full Hard, High Conductivity & Superior Oxidation Resistance
  • 99.98% Pure Nickel Flat Wire – S-Annealed for Superior Performance
  • 99.98% Pure Nickel Flat Wire – 1/2 Hard, Low Carbon & Sulfur, High Conductivity
  • High-Purity 99.98% Flat Nickel Wire – Superior Strength & Performance
  • High-Performance Nickel‑Beryllium Alloy 360 (UNS N03360) – Superior Strength & Formability
  • Alloy 360 TD04 (N03360) – Premium Nickel‑Beryllium Strip for Superior Strength & Durability
  • Solution‑Treated SUSXM7 (JIS G4303) Stainless Steel
  • JIS H4000 Grade 1050 O Aluminum Alloy – High-Performance Mechanical Properties
  • JIS H4000 Grade 1080 O Aluminium – Premium Wrought Alloy for Superior Strength
  • JIS H4000 Grade 1200 O Aluminium: Specifications & Properties
  • JIS H4000 5083-O Grade Aluminum Plate – Properties & Standards
  • JIS H4000 Grade 5154 O – 5000 Series Aluminum Plate, Sheet & Strip
  • JIS H4000: 5154 H18 Aluminium Alloy – Key Mechanical Properties
  • JIS G4305 Grade SUS403 (Annealed) – Premium Martensitic Stainless Steel
  • JIS H4040 Grade 5056 O Aluminum – Premium 5000 Series Material
  • JIS H4040 Grade 5083 O – 5000 Series Aluminum Alloy Specification
  • JIS H4080 Grade 5083 O Aluminium – Specifications & Properties
  • JIS H4090 Grade 1050 H14 Aluminium – Properties & Standards
  • JIS H4090 Grade 1050 O – Aluminum Alloy Properties
  • JIS H4090 Grade 1200 H14 Aluminium – Key Properties & Standards
  • JIS H4090 Grade 1200 O – Premium Wrought Aluminium Specification
  • JIS H4100 Grade 5083 O Aluminium – Key Properties & Standards
  • JIS H4180 1060 H14 Aluminium Alloy – Key Properties & Applications
  • EN 10297-1 Grade C35Pb: Normalized and Normalized Formed Steel
  • EN 10297-1 Grade C45Pb: Normalized or Normalized-Formed Steel (+N)
  • EN 10297-1 Grade C60Pb Normalized/Normalized Formed Steel (+N): Key Mechanical Properties
  • JIS G4303 SUS304N2 Stainless Steel – Solution Treated, Premium Quality
  • JIS G4303 SUS305 Austenitic Stainless Steel – Solution Treated Grade
  • JIS G4303 SUS309S – Solution‑Treated Austenitic Stainless Steel
  • JIS G4303 SUS310S – Solution-Treated Stainless Steel Grade
  • JIS G4303 SUS316 – Premium Solution-Treated Austenitic Stainless Steel
  • JIS G4303 Grade SUS316F – Solution‑Treated Austenitic Stainless Steel Properties
  • JIS G4303 Grade SUS316J1 – Solution Treated Austenitic Stainless Steel
  • JIS G4303 SUS316J1L Stainless Steel – Solution Treated Grade Overview
  • JIS G4303 Grade SUS 316L: Solution‑Treated Stainless Steel – Key Properties & Performance
  • JIS G4303 Grade SUS316LN Solution-Treated Stainless Steel – Properties & Performance
  • JIS G4303 Grade SUS316N – Solution‑Treated Austenitic Stainless Steel
  • JIS G4303 Grade SUS316Ti – Solution-Treated Stainless Steel with Superior Mechanical Properties
  • JIS G4303 SUS 317 Solution‑Treated Stainless Steel – Properties & Specifications
  • Solution‑Treated JIS G4303 SUS317J1 Stainless Steel – Key Mechanical & Physical Properties
  • Solution-Treated SUS 317L (JIS G4303) – Premium Austenitic Stainless Steel
  • JIS G4303 SUS 317LN Stainless Steel – Solution Treated Grade
  • JIS G4303 SUS321 Austenitic Stainless Steel – Solution Treated & Optimized Properties
  • JIS G4303 Grade SUS347 Solution-Treated: Key Properties & Performance
  • JIS G4303 SUS890L Solution-Treated Stainless Steel – Key Properties & Performance
  • JIS G4303 Grade SUSXM15J1 – Solution-Treated Austenitic Stainless Steel
  • DIN 17174 Grade 10Ni14 – Quenched & Tempered Steel with Enhanced Mechanical Properties
  • DIN 17174 Grade 11MnNi5-3 – Normalized or Normalized-Formed Steel Specification
  • DIN 17174 Grade 12Ni19 Quenched & Tempered Steel – Specifications & Properties
  • DIN 17174 Grade 13MnNi6-3 – Normalized or Normalized Formed (+N) Steel Properties
  • DIN 17174 X8Ni9 Quenched & Tempered Nickel Steel – Comprehensive Technical Overview
  • EN 10297-1 Grade 28Mn6 Normalized Steel – Technical Specifications
  • EN 10297‑1 Grade 36Mn5 – Normalized / Normalized Formed (+N) Steel Property Data
  • EN 10297‑1 Grade Cm60: Properties of Normalized and Normalized‑Formed (+N) Steel
  • Solution-Treated SUS201 (JIS G4303) – Key Properties & Standards
  • JIS G4303 Grade SUS202: Solution-Treated Austenitic Stainless Steel Properties
  • JIS G4303 SUS 301 Stainless Steel – Solution Treated, High Performance
  • JIS G4303 Grade SUS302 Solution‑Treated Stainless Steel Properties
  • JIS G4303 Grade SUS303 Stainless Steel – Solution Treated for Optimal Performance
  • JIS G4303 SUS303Cu Solution‑Treated Stainless Steel – Key Properties & Applications
  • Solution-Treated SUS303Se (JIS G4303) – Premium Austenitic Stainless Steel
  • JIS G4303 Grade SUS304 – Solution-Treated Stainless Steel for Superior Performance
  • JIS G4303 Grade SUS304J3 Stainless Steel – Solution Treated Properties & Specifications
  • JIS G4303 Grade SUS304L Solution-Treated Stainless Steel – Key Properties
  • JIS G4303 SUS304LN Stainless Steel – Solution Treated for Superior Performance
  • JIS G4303 SUS304N1 Austenitic Stainless Steel – Solution Treated, Grade 304N1
  • ASTM A564 Grade XM-12 H925: Key Properties and Specifications
  • AA 206.0 T6 Aluminum Alloy – Key Mechanical Properties & Specifications
  • Pink Sheets Grade 242.0 O – Comprehensive Material Properties & Standards
  • CEN/TS 13388: CW118C R250 Copper Grade – Key Material Properties
  • ASTM A213 T115 Heat-Treated Stainless Steel – High Strength & Durability
  • ASTM A213 T91 Heat‑Tempered Alloy – Premium Grade T91 Steel
  • ASTM A437 Grade B4B: Properties of Martensitic Stainless Steel
  • ASTM A437 Grade B4C: Premium Martensitic Stainless Steel for High-Performance Applications
  • ASTM A453 Grade 651 Class A Stainless Steel – Comprehensive Specifications & Performance
  • ASTM A705 XM-12 Age-Hardened H1025 Stainless Steel – Specifications & Properties
  • ASTM A705 Grade XM-12 (Age-Hardening H1075) – Premium Martensitic Stainless Steel Properties
  • ASTM A705 Grade XM-12 H1100 Steel: Key Properties & Performance
  • ASTM A705 Grade XM-12 Age-Hardening Stainless Steel H1150 – Properties & Performance
  • ASTM A705 Grade XM-12 Age-Hardening H1150M – High-Performance Martensitic Stainless Steel
  • ASTM A705 Grade XM-12 Age-Hardening H925: Key Properties & Performance Overview
  • DIN 17173 Grade 10Ni14 Quenched & Tempered Steel – Key Properties & Applications
  • DIN 17173: 11MnNi5-3 Grade Steel – Normalized & Normalized Formed (+N) Properties
  • DIN 17173 12Ni19 Nickel Steel – Quenched & Tempered (QT) Spec Sheet
  • DIN 17173 Grade 13MnNi6-3: Normalized and Normalized‑Formed Steel Specifications
  • DIN 17173 X8Ni9 Quenched & Tempered Steel – Comprehensive Mechanical Properties
  • Premium 99.9% Pure Lithium Foil (LI000260) – High-Quality Metal for Advanced Applications
  • EN AW 6082 Round Bar – Premium Aluminum Alloy for Engineering & Decorative Applications
  • EN AW 2007 Round Bar – High-Quality AlCu4PbMgMn for Precision Machining
  • NM436 Free‑Machining Nickel Silver (CuNi11Zn37Mn5Pb2) – High‑Performance C79860 Alloy
  • NM6 (CuNi12Zn37Mn6Pb2) – ASTM C79860: Premium Free‑Machining Nickel Silver for Machining & Cold Forming
  • Brush 1915 Leaded Copper Rod – TH04 (C19150) for Superior Strength & Machinability
  • BRUSH® 1916 Wire TH04 (C19160) – Heat‑Treatable Leaded Copper Alloy for High‑Performance Screw Machine Applications
  • Alloy 3 (C17510) – High-Conductivity, Moderate-Strength Forging & Extrusion by Materion
  • Amstrong® 320MC CLAS: High‑Performance Steel Coil for Laser Cutting
  • Amstrong® 360MC CLAS: High-Performance Steel Coil for Laser Cutting
  • Amstrong® 420MC CLAS: High-Performance Steel Coil for Laser Cutting Applications
  • Amstrong® 500MC CLAS AM FCE – High‑Performance Steel Coil for Laser Cutting
  • X46 AM FCE: High-Performance API 5L Steel for Critical Pipeline Applications
  • X56 AM FCE: Premium API 5L Steel for High-Performance Pipelines
  • AMPCO® 25: High-Performance Castings for Precision Engineering
  • AMPCO® 25 Extruded Bars – Superior Hardness & High-Performance Alloy
  • AMPCO® 25 Continuous Cast: High-Performance Alloy for Precision Die Fabrication
  • AMPCO® 25 Sand Castings – Premium Hardness & Compressive Strength for High-Performance Dies
  • DIWA 353: High-Temperature Weldable Steel for Boilers, Vessels, and Piping
  • DILLINAL 460/630 Steel – High‑Strength, Low‑Weight Solution for LPG Transport Tanks
  • DIN 17742 NiCr23Fe: High‑Temperature, Corrosion‑Resistant Alloy
  • EN 10088‑1 Grade X2CrMoTiS18‑2 Soft‑Annealed Steel (+A) – Premium Ferritic Properties
  • EN 12168 Grade CuZn40 H100 – High-Strength, Unhardenable Wrought Alloy
  • DIN 2394-2 Grade USt 34-2 – Normalized or Normalized Formed (+N) Steel Properties
  • High-Performance X6CrNiMoTi17-12-2 Steel – DIN 5512-3 Grade with +C700 Hardening
  • DIN 17744 NiMo28 Solution-Annealed Alloy (+AT): Proven Corrosion Resistance for Pressure Vessels & Nuclear Applications
  • DIN 17744 NiCr20CuMo – Corrosion‑Resistant Alloy for Construction Components
  • EN 10088-1 Grade X2CrNi19-11: Strain-Hardened (C700) Stainless Steel for Chemical & Pharmaceutical Use
  • X5CrNiMoTi15-2 Cold-Rolled Steel (DIN 5512-3) – Durable Rail Vehicle Grade
  • DIN 17743 NiCu30Al: High-Temperature, Creep-Resistant Alloy for Corrosion-Resistant Applications
  • SAE J2329 Grade 4 Cold-Rolled Steel – Properties & Performance
  • DIN 17740 LC‑Ni99.6 (Soft‑Annealed) – High‑Purity Nickel Alloy for Corrosion‑Resistant Applications
  • DIN 59470 Grade CrAl14-4: Soft‑Annealed Al‑Cr Ferritic Material for High‑Temperature Applications
  • ASTM A183 Grade Bolt Reduced-Section Tension Test: Key Specifications & Performance Data
  • EN 10132-4 Grade 102Cr6 Quenched & Tempered Steel – High Strength, Low Temperature Performance
  • EN 10132-4 Grade 80CrV2 Steel: Quenched & Tempered (QT) – High-Performance Spring Strip
  • Premium 34CrMo4 Cold Rolled Strip – EN 10132‑3 Quenched & Tempered (QT)
  • DIN 17441 X6CrMo17-1 Soft-Annealed Steel – High-Performance Automotive Grade
  • EverCast™ C862F T6: High-Performance Alloy for Lightweight Structural Applications
  • EN AW-5005 Aluminum Alloy: Low Density, High Thermal Conductivity & Corrosion Resistance
  • PtRh10 Soft Annealed Alloy (+A) – Premium Performance for High-Temperature Lab Equipment
  • PtRh20 Soft Annealed (+A): High-Performance Alloy for Lab Equipment
  • PtW5 Deformed Condition: Impact on Spark Plug and Switch Contact Performance
  • PtW5 Soft‑Annealed Alloy: High‑Performance Electrode for Spark Plugs & Switch Contacts
  • EN 12844 Specification for ZP12 Grade: Properties & Performance
  • AA Standards Grade 3005 H19: Key Mechanical Properties & Specifications
  • AA Standard Grade 5010 H28: Comprehensive Mechanical Properties & Specifications
  • DIN 1725-1 Grade 3.0915 H28 – High‑Strength AlFeSi Alloy for Deep‑Drawing and Anodizing
  • EN 573-3 Grade 3.3316 F – Key Properties & Standards for 5000 Series Aluminium
  • EN 573-3 Grade 3.3549 F – Premium Aluminum Alloy with Expert R&D Support
  • EN 573-3 AW‑1090 F Aluminium: Technical Specifications & Standards
  • DIN 5512-3 X5CrNiMo17-12-2 Strain-Hardened Steel (+C700) – Ideal for Rail Vehicles & Tank Applications
  • Grade X3CrNiCuMo17-11-3-2 Austenitic Steel – EN 10088-1, Solution Annealed + AT
  • EN 12168 CuZn40 H120 Wrought Copper Alloy – High Strength & Corrosion Resistance
  • X6CrNiTi18-10 Grade Steel – DIN 5512-3 Strain‑Hardened with C700
  • EN 10203 TH435 Cold‑Rolled Steel Band – High‑Quality, Corrosion‑Resistant
  • EN 10088-1 X5CrNiMo17-12-2: Strain-Hardened Austenitic Steel for Chemical & Petrochemical Applications
  • DIN 17740 Ni99.2 Soft‑Annealed Grade (+A) – Premium Corrosion‑Resistant Nickel
  • DIN 2393-2 Grade USt 37-2: Brightly Drawn Hard Steel – Technical Specifications
  • EN 12166: Grade CuZr M – Premium Low‑Alloy Copper with Superior Strength and Conductivity
  • EN 10203 TH415 Cold Rolled Steel Band – High-Quality, Corrosion-Resistant
  • DIN 17212 Grade Cf45: Normalized & Normalized-Formed (N) Steel Overview
  • DIN 17212 Grade Cf53 – Normalized Steel for Flash Welding & Machining
  • EN 10088-1 Grade X10CrNi18-8 Strain-Hardened Stainless Steel (+C800)
  • EN 10088-1 Grade X8CrNiS18-9 Strain-Hardened Steel (C700) – Superior Corrosion-Resistant Cutting Tool
  • EN 10088‑1 X2CrNiMo17‑12‑2 Strain‑Hardened Steel (+C700) – Superior Corrosion Resistance
  • EN 10088-1 X6CrNiMoTi17-12-2 Strain-Hardened Steel (+C700) – High Corrosion Resistance
  • SAE J2329 Grade 2 Cold-Rolled Steel – Detailed Specifications & Mechanical Properties
  • SAE J2329 Grade 3 Cold-Rolled Low Carbon Steel – Key Properties
  • SAE J2329 Grade 5 Cold-Rolled Steel – Premium Properties & Applications
  • DIN 17851 TiAl6Sn2Zr4Mo2Si: High-Strength, Artificially Aged Titanium Alloy
  • DIN 17851 TiAl6V6Sn2 – Premium High-Strength, Corrosion-Resistant Titanium Alloy
  • Gold (Au): Exceptional Ductility, Elasticity, and Alloying Capabilities
  • Gold (Au) Soft Annealed – Properties, Ductility, and Alloying Effects
  • Platinum (Pt) Deformation: Causes, Effects, and Industry Impact
  • Platinum (Pt) Soft Annealed (+A) – Premium Malleable Metal for Industrial & Jewelry Use
  • PtAu5 Soft-Annealed Alloy (+A): Advanced Crucible Material for Melt Digestion and XRF Analysis
  • PtIr10 Alloy: Superior Corrosion Resistance and Wear Performance
  • PtIr5 Alloy Deformation Characteristics and Applications
  • PtIr5 Soft Annealed (A) – High-Performance Platinum‑Iridium Contact Material
  • JIS H4100 3003 Aluminum Alloy – Superior Corrosion Resistance & Versatile Performance
  • Aluminum JIS 2017 – Grade 2017 O: Heat‑Treatable, Strong & Corrosion‑Resistant Alloy
  • JIS H4120 Grade 6061-O Aluminium – Superior Corrosion Resistance & Weldability
  • SEW 410 G-X2CrNiN18-9 Quenched Stainless Steel – High Corrosion Resistance
  • SEW 410 Grade G-X8CrNi26-7 – High Toughness Duplex Stainless Steel, Quenched (+Q)
  • SEW 410: G-X2CrNiMoN18-10 Quenched Stainless Steel – Superior Corrosion Resistance
  • SEW 555 27NiCrMoV11-6 Quenched & Tempered Steel – High-Performance Turbine & Generator Shafts
  • SEW 835 GS-Ck45 Quenched & Tempered Steel for High-Performance Mechanical Components
  • SEW 835 Grade GS-C45 Quenched & Tempered Steel for Mechanical Engineering Applications
  • SEW 835 GS-36Mn5 Quenched & Tempered Steel – High Strength & Durability
  • SEW 101: Grade 38MnSiVS5 Hot‑Worked and Controlled‑Cooled Steel – High‑Performance Automotive Forgings
  • SEW 101 Grade 27MnSiVS6 – Hot-Worked, Controlled-Cooled Steel for Automotive Forgings
  • SEW 101 Grade 44MnSiVS6: Hot‑Worked and Controlled‑Cooled Steel for Automotive Forgings
  • X6CrNb17 Soft Annealed Ferritic Steel – Enhanced Corrosion Resistance for Industrial Applications
  • NiCr8020 Alloy – DIN 17742 Solution Annealed, Ideal for High-Temperature Heating Conductors
  • DIN 17743 LC-NiCu30Fe – Soft Annealed, Low‑Carbon, Corrosion‑Resistant Steel
  • DIN 2393-2 Grade St 37‑2 – Bright Drawn, Hardened Low‑Carbon Steel
  • DIN 2394-2: Grade St 34-2 – Normalized or Normalized Formed (+N) Steel Specifications
  • DIN 5512-2 St14 Steel Grade: Key Properties & Applications
  • Grade X5CrNi18-10 (C700) Strain‑Hardened Steel – DIN 5512‑3 for Rail Vehicle Applications
  • JIS G3317 Grade SZAC490 Cold‑Rolled Steel – High Strength & Precision
  • JIS G3439 Grade STK41 Rolled Steel – Specifications & Properties
  • JIS G3445 Grade STKM12A: Low Carbon Steel Properties & Specs
  • JIS G3445 Grade STKM12B – Low Carbon Steel Specification
  • JIS G3445 Grade STKM12C – Low Carbon Steel Properties & Specifications
  • JIS G3445 Grade STKM13B Steel Specifications & Properties
  • JIS G3445 Grade STKM15C: Specifications & Properties
  • JIS G3445 Grade STKM19A – Low‑Carbon Steel Properties & Specifications
  • JIS G3445 Standard – STKM19C Low‑Carbon Steel Specifications
  • JIS G3472 Grade STAM290GA – Low Carbon Steel Properties & Specs
  • JIS G3472 Grade STAM290GB Steel – Technical Specs & Performance
  • JIS G3472 Grade STAM390G – Key Properties & Performance Specifications
  • JIS G3472 Grade STAM440G: Premium Low‑Carbon Steel for Structural Applications
  • JIS G3472 Grade STAM440H Low‑Carbon Steel – Specifications & Properties
  • JIS G3473 Grade STC370 Low-Carbon Steel – Key Properties and Applications
  • JIS G3473 Grade STC440 – Low‑Carbon Steel Spec Sheet
  • JIS 3003 H14 Aluminum: Superior Corrosion Resistance & Weldability
  • JIS H4040 Grade 3003 Aluminum Alloy – Superior Corrosion Resistance & Weldability
  • JIS 3003 H18 Aluminum Alloy – Superior Corrosion Resistance & Machinability
  • JIS H4080 3003 Aluminum Alloy – Superior Corrosion Resistance & Weldability
  • JIS G4804 Grade 12SMnPb35 Cold‑Drawn Steel – Comprehensive Properties & Performance
  • JIS G4804 9S20 Cold-Drawn Steel – Key Properties & Performance
  • JIS A5525 Grade SKK400 Arc Welded Steel – Key Properties & Uses
  • JIS A5525 Grade SKK490 Arc Welded Steel – Key Properties & Applications
  • JIS A5530 SKY400 Grade – High-Performance Arc-Welded Steel
  • JIS A5530 SKY490 Arc‑Welded Low‑Carbon Steel – Key Properties & Specifications
  • JIS G3213 Grade 12A Steel – Properties of Annealed, Normalized, and Tempered Conditions
  • JIS G3213 Grade 12B: Specifications for Annealed, Normalized & Tempered Steel
  • JIS G3213 Grade 13B Steel: Annealed, Normalized, or Tempered – Key Properties
  • JIS G3302 SGC440 Cold-Rolled Steel – Premium Low-Carbon Grade
  • JIS G3302 Grade SGC340 Cold-Rolled Steel – Superior Strength & Precision
  • JIS G3302 Grade SGC400 Cold‑Rolled Low‑Carbon Steel
  • JIS G3302 SGC490 Cold‑Rolled Low‑Carbon Steel – Premium Grade for Precision Applications
  • JIS G3445 STKM13A Low‑Carbon Steel – Key Properties & Performance
  • JIS G3452 Grade SGP – Detailed Low‑Carbon Steel Specifications
  • JIS G3467 STF410 Steel – Low-Carbon Grade Specifications
  • JIS G3472 Steel Grade STAM340G – Properties & Technical Data
  • JIS G3317 Grade SZAC340 Cold‑Rolled Steel: Technical Specs & Performance
  • JIS G3317 Grade SZAC400 Cold-Rolled Steel – Key Properties & Performance
  • JIS G3317 Grade SZAC440 Cold-Rolled Low Carbon Steel – Performance Specifications
  • EN 1652 Grade CuZn39Pb0.5 R470 – High-Strength Leaded Brass for Cold Forming & Superior Machinability
  • EN 1652 CuZn39Pb2 H070 Brass Alloy – Properties, Applications & Performance
  • EN 1652 CuZn39Pb2 (R560) – Leaded Brass Grade Specification
  • EN 1653 CuAl10Ni5Fe4 R590 Copper Alloy Plates for Boilers and Pressure Vessels
  • GB/T 699-1999 Grade 45 Steel: Properties & Applications
  • EN 10083-2 Grade C35E Soft Annealed Steel (+A) – Premium Quality for Vehicle & Machine Engineering
  • ISO 683-1 Grade C50E Steel – Quenched for Heavy‑Duty Applications
  • EN 10083-2 Grade C55E Quenched Steel – Ideal for Automotive & Machinery Parts
  • EN 10083‑2 Grade C60E Quenched Steel – High Strength & Durability for Heavy‑Duty Applications
  • EN 10083‑2 Grade C60R: Normalized & Normalized‑Formed Steel for High‑Load Applications
  • EN 10083-2 Grade 28Mn6: Normalized or Normalized Formed Steel for Automotive and Machine Components
  • JIS G4804 Grade 10S20: Simulated Case-Hardened Steel – Properties & Specifications
  • JIS G4804 Grade 10SPb20: Simulated Case-Hardened Steel Spec Sheet
  • JIS G4804 11SMn28 Cold‑Drawn Low‑Carbon Steel – Specifications & Properties
  • JIS G4804 Grade 11SMnPb28 Cold-Drawn Steel – Specifications & Properties
  • JIS G4804 Grade 12SMn35 Cold-Drawn Steel – High-Strength Low-Carbon Solution
  • EN 1652 Grade CuZn20 R480 – High-Performance Copper Alloy for Electronics & Automotive
  • EN 1652 CuZn33 R500 – High‑Performance Copper Alloy for Precision Applications
  • EN 10132-3 25CrMo4 Quenched Steel – Premium Narrow Strip
  • EN 1652 Grade CuZn35Pb1 (R290) – High-Performance Lead-Added Brass Alloy
  • EN 10132-3 Grade C30E Cold Rolled Mild Steel Strip (+CR) – 0–6 mm Thickness, Ready for Quenching & Tempering
  • EN 10132-3 Grade C35E Cold-Rolled Steel (+CR) – High-Quality Mild Steel for Precision Applications
  • EN 1652 Grade CuZn37 R300 – Premium Copper Alloy for Cold Forming and Corrosion Resistance
  • EN 1652 Grade CuZn37 R350 – Premium Unhardenable Copper Alloy for Cold Forming
  • EN 1652 CuZn37 R410: High-Performance Copper Alloy for Cold Forming
  • EN 1652 Grade CuZn37 R550: Premium Copper Alloy for Cold‑Forming & Electrical Applications
  • EN 10132-3 Grade C40E Cold-Rolled Mild Steel – Premium Strip for Quenching & Tempering
  • EN 10132-3 Grade C40E Quenched Steel – Premium Cold-Rolled Narrow Strip
  • EN 10132-3 C45E Cold-Rolled Mild Steel – Premium Grade for High-Performance Applications
  • EN 10132-3 Grade C45E Quenched – Premium Mild Steel Strip for Precision Rolling
  • EN 10132-3 Grade C50E Cold Rolled Steel Strip – Specifications & Applications
  • EN 10132-3 Grade C50E Quenched Cold-Rolled Strip – Premium Mild Steel for Advanced Applications
  • EN 10132-3 Grade C55E Cold-Rolled Steel Strip (±CR)
  • EN 10132-3 Grade C55E Quenched Steel Strip – Specifications & Delivery Conditions
  • EN 10132-3 Grade C60E Cold-Rolled Mild Steel Strip (Up to 6 mm)
  • EN 10132-3 Grade C60E Quenched Cold‑Rolled Steel Strip – 0.3 mm to 6 mm
  • EN 1652 Grade CuNi9Sn2 R340: High‑Strength, Tarnish‑Resistant Alloy for Superior Performance
  • EN 1652 Grade R380 CuNi9Sn2 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuSn3Zn9 R510 – High‑Performance, Low Stress‑Corrosion Alloy for Electrical Engineering
  • EN 1652 Grade CuSn3Zn9 R580 – High-Performance Cu‑Sn‑Zn Alloy for Electrical Applications
  • EN 1652 Grade CuSn3Zn9 R660 – High-Performance Copper–Tin–Zinc Alloy for Electrical Engineering
  • EN 1652 Grade CuSn4 R290 – Premium Tin‑Copper Alloy for Superior Formability and Corrosion Resistance
  • EN 1652 CuSn4 R390 – High-Performance Tin‑Copper Alloy for Superior Corrosion Resistance and Electrical Conductivity
  • EN 1652 Grade CuSn4 R480 – High-Performance Tin‑Copper Alloy
  • EN 1652 Grade CuSn5 R310 – High‑Performance Tin‑Copper Alloy for Precision Springs & Connectors
  • EN 10327 Grade DX55D – Hot-Dip Aluminium‑Silicon Coated Steel (+AS)
  • EN 1652 Grade CuSn6 R350 – Premium Tin‑Copper Alloy for Superior Corrosion Resistance
  • EN 1652 Grade CuSn6 R500 – Premium Tin‑Copper Alloy for High‑Performance Applications
  • EN 1652 CuSn8 R370 – Premium Tin‑Copper Alloy for Marine & Chemical Use
  • EN 1652 Grade CuSn8 R540 – High-Performance Tin‑Copper Alloy
  • EN 1652 Grade CuSn8 R600: High-Strength Tin-Copper Alloy for Corrosion-Resistant Applications
  • EN 1652 Grade CuZn0.5 R290 – Premium Low-Alloy Copper Alloy
  • EN 1652 Grade CuZn10 (H050) – Premium Copper‑Zinc Alloy for Electrical & Jewelry Applications
  • EN 1652 Grade CuZn10 H110 – High-Performance Copper Alloy for Electrical and Jewelry Applications
  • EN 1652 CuZn15 (CW502L) – Unhardenable Wrought Copper Alloy for Electrical & Jewelry Applications
  • EN 1652 CuZn20 H085: High‑Strength, Unhardenable Copper Alloy for Jewelry, Automotive, and Industrial Use
  • EN 10277-3 Grade 46SPb20: Premium Cold‑Drawn, Quenched & Tempered Steel for High‑Strength Applications
  • EN 10277-3 Grade 46SPb20 Cold Drawn Steel – High Strength, Low Ductility, Pb‑Enhanced Machinability
  • EN 10277-3 Grade 46SPb20 – Quenched, Tempered & Cold Drawn (QT+C) – Premium Free‑Cutting High‑Strength Steel
  • EN 1564 Grade GJS-1000-5 Austempered Cast Iron – Superior Strength & Ductility
  • EN GJS-1200-2 Austempered Cast Iron – High Strength & Ductility
  • EN 10095 NiCr15Fe Soft Annealed (+A) – High-Temperature, Corrosion-Resistant Alloy
  • EN 1652 Grade Cu-DLP H065 – High‑Performance Deoxidized Copper
  • EN 10095 NiCr28FeSiCe – Solution Annealed (AT) – Premium High‑Temperature Chromium Alloy
  • EN 10277‑5 Grade 42CrMoS4 Quenched & Tempered Cold Drawn Steel – High‑Performance, Wear‑Resistant for Automotive & Machinery
  • EN 10277-5 Grade 42CrMoS4 – Premium Cold‑Drawn, Quenched & Tempered Steel for High‑Load Automotive & Machinery
  • EN 10277-5 Grade 51CrV4 Steel – Quenched, Tempered & Turned (QT+SH) for High-Performance Applications
  • EN 10095 X10NiCrSi35-19: Solution-Annealed Steel for High-Temperature Applications up to 1100°C
  • EN 1652 CuNi12Zn24 R360 – Premium High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuNi12Zn24 R430: High Strength, Corrosion-Resistant Copper‑Nickel‑Zinc Alloy
  • EN 1652 CuNi12Zn24 R490 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuNi18Zn20 R380 – High Strength, Corrosion‑Resistant Copper Alloy
  • EN 1652 Grade CuNi18Zn20 R450 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 10277-5 Grade C60R Steel – Rolled & Turned with SH for High‑Load Applications
  • EN 1652 Grade CuNi18Zn27 R390: High Strength, Corrosion‑Resistant Copper‑Nickel‑Zinc Alloy
  • EN 1652 CuNi18Zn27 (R470) – High Strength, Corrosion‑Resistant Copper‑Nickel‑Zinc Alloy
  • EN 12168 CuZn40Mn1Pb1AlFeSn (H140) – High-Quality Copper Brass Rods & Profiles
  • DIN 17440 X8CrNiS18-9: Premium Cold‑Worked Austenitic Stainless Steel for Food, Cosmetic, and Chemical Industries
  • X17CrNi16-2 Soft Annealed Steel – DIN 17440 Grade for Pressure Vessels & Industrial Applications
  • EN 12451 CuZn28Sn1As O50 – Superior Corrosion Resistance & Formability
  • EN 12451 CuZn28Sn1As R320 Alloy – Ideal for Heat Exchangers & Desalination Tubes
  • EN 12451 CuZn28Sn1As R360: Premium Copper Alloy for High-Performance Heat Exchangers
  • EN 12451 CuZn30As O60 – Copper Brass Seamless Tube Grade
  • EN 10277-2 Grade E295GC Cold Drawn Steel – High Strength & Wear Resistance
  • EN 10277‑2 Grade E335GC Cold Drawn Steel – High Strength & Wear Resistance
  • EN 10277-3 Grade 35S20: Rolled & Turned Steel with Surface Hardening
  • EN 10277‑3 Grade 35SPb20 – Cold‑Drawn, Quenched & Tempered Steel for High‑Strength Applications
  • EN 10277-3 Grade 35SPb20 Cold-Drawn Steel – Premium Strength & Machinability
  • EN 10277-3 Grade 35SPb20 – Quenched, Tempered & Cold Drawn Steel for Automotive and Machinery Applications
  • EN 10277-3 Grade 38SMn28 Steel: Cold‑Drawn, Quenched & Tempered for High‑Strength Precision Parts
  • EN 10277-3 Grade 38SMn28 Cold Drawn Steel – High Strength, Precision Manufacturing
  • EN 10277‑3 Grade 38SMn28: Quenched, Tempered & Cold‑Drawn Steel for High‑Strength Parts
  • EN 10277-3 Grade 38SMnPb28: Cold Drawn, Quenched & Tempered Steel for Precision Parts
  • EN 10277-3 Grade 38SMnPb28 Cold-Drawn Steel – High Strength, Excellent Workability
  • EN 10277-3 38SMnPb28 Steel – Quenched, Tempered & Cold Drawn for High-Strength Applications
  • EN 10277-3 Grade 46S20 Steel – Rolled & Turned (+SH) for High‑Strength Cutting Applications
  • EN 12449 CuZn36 H110 Seamless Copper Tubes – Premium Alloy for Industrial Use
  • EN 10269 Grade 35B2 – Annealed for Spheroidized Carbides: Enhanced High-Temperature Performance
  • EN 12166 Grade CuBe2 TD – Premium Hardenable Copper-Beryllium Alloy
  • EN 12166 CuBe2Pb R1150 – Premium Grade Wire & Spring Alloy
  • EN 12166 Copper Beryllium Alloy R1300 – High Strength Wire & Fastener Grade
  • EN 10269 Grade X3CrNiCu18-9-4 – Solution Annealed Stainless Steel for High‑Temperature Applications
  • EN 10269 X3CrNiCu18-9-4 Strain-Hardened Stainless Steel (+C700) – Superior Corrosion Resistance & High Temperature Performance
  • EN 10269 Grade X4CrNi18-12 – Solution Annealed with Enhanced Treatment
  • EN 10269 Grade X4CrNi18-12 Strain-Hardened Steel (+C700) – Industrial Alloy for Corrosion Resistance
  • EN 12166 Grade CuCr1Zr R470 – High‑Strength Copper Alloy for Wire, Springs, and Fasteners
  • EN 10269 X6CrNiTiB18-10 – Solution‑Annealed High‑Temperature Steel (AT)
  • X3CrNiMo17-13-3 Grade Steel (Quenched +Q) – DIN 17440 Certified for Pressure Vessels
  • X12Cr13 Martensitic Steel – EN 10272 Grade, Quenched & Tempered (QT650) for High-Pressure Applications
  • EN 10272 Grade X17CrNi16-2 Quenched & Tempered (QT900) – High‑Performance 17% Chromium Steel
  • EN 10272 X17CrNi16-2 Stainless Steel – Quenched & Tempered (QT800) for Pressure Vessel Rods
  • EN 12168 Grade CuZn37Mn3Al2PbSi – H150 Unhardenable Copper Alloy with Superior Strength and Corrosion Resistance
  • EN 12164 Grade CuZn37Mn3Al2PbSi H170 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 10273 Grade 10CrMo9-10: Precision-Processed Steel Bars for High-Pressure Applications
  • EN 12168 CuZn40Mn1Pb1AlFeSn (H120) – High-Performance Copper Brass for Industrial Applications
  • EN 10273 13CrMo4-5 Steel Bars – Normalized & Tempered or Quenched & Tempered for High-Pressure Applications
  • EN 12164 Grade CuZn40Pb2 R380 – Lead‑Enhanced Copper Alloy with Superior Machinability
  • ISO 683-4 Grade 35S20 Untreated Steel – High-Performance Cutting and Quenching Properties
  • EN 12167: CuCr1Zr R470 – High-Performance Hardenable Copper Alloy
  • ISO 683-4 Grade 35SPb20 – Quenched & Tempered Steel for Automotive & Machinery Parts
  • EN 12167 Grade CuCr1Zr R370: High-Strength, Temperature-Stable Low-Alloy Copper Alloy
  • ISO 683-4 Grade 38SMn28 Quenched & Tempered Steel: High-Strength Free-Cutting Material
  • ISO 683-4 Grade 38SMnPb28: Quenched & Tempered Free‑Cutting Steel for Superior Machinability
  • EN 12165 Grade CuAl10Ni5Fe4 H180 – High Strength, Temperature‑Resistant Copper Alloy
  • EN 10087 46S20 Uncoated Steel – High Strength & Cutting Performance
  • EN 10087 Grade 46SPb20 – Quenched & Tempered Steel for Automotive & Machine Parts
  • EN 10250‑4 Grade X12Cr13 – Quenched & Tempered Stainless Steel for Industrial Applications
  • EN 10250-4 Grade X20Cr13 Quenched & Tempered Steel – High Strength, Corrosion Resistant
  • EN 12167 Grade CuNi2Si R600: High-Performance Hardenable Copper Alloy
  • EN 12165 CuNi7Zn39Pb3Mn2 Alloy – High‑Strength H110 Grade for Bars & Forged Parts
  • EN 12165 CuZn23Al6Mn4Fe3Pb H180 – Superior Strength & Corrosion Resistance
  • EN 10250-4 X30Cr13 Quenched & Tempered Steel – Ideal for Cutting Tools & High‑Wear Parts
  • EN 12165 Grade CuZn35Ni3Mn2AlPb H100 Copper Alloy – High Strength & Corrosion Resistance
  • EN 12168 CuZn37Mn3Al2PbSi H130 – Premium Unhardenable Copper Alloy for Superior Strength & Corrosion Resistance
  • EN 12165 Grade CuZn39Pb0.5 H080 – High‑Strength Leaded Brass Alloy
  • EN 10250-4 Grade X6Cr17 – Soft Annealed Ferritic Steel for Corrosion Resistance
  • EN 10083-2 Grade C55E Soft Annealed Steel – High Strength for Automotive & Machinery
  • EN 12164 CuZn37Mn3Al2PbSi R640 – Unhardenable Copper Alloy with Superior Wear and Corrosion Resistance
  • DIN 17200 Grade C55 Steel – Cold Shear Treated for Enhanced Wear Resistance
  • EN 12166 Grade CuZn40Pb2 H08: Unhardenable Wrought Alloy with Enhanced Machinability
  • DIN 17200 Grade C60 Steel – Cold Shearing Treatment for Enhanced Ductility and Wear Resistance
  • EN 10225 S355G14 Steel – Normalized or Normalized Formed (+N) for Offshore Structures
  • EN 10225 Grade S355G15 – Normalized or Normalized‑Formed Steel for Offshore Applications
  • EN 12167 Cu-DHP R280 – Premium Phosphoric Pure Copper for High‑Performance Applications
  • EN 12164 Lead Phosphor Bronze CuZn21Si3P – R500 Grade: High Strength & Corrosion Resistance
  • EN 12164 Grade CuZn21Si3P R600 – Premium Leaded Phosphor Bronze for Superior Corrosion Resistance
  • EN 12164 R380 CuZn39Pb3 Brass – High Strength, Low Lead Alloy
  • EN 10083-2 Grade C50 Steel – Cold‑Sheared and Treated for High‑Strength Applications
  • EN 12164 CuZn40Mn1Pb1AlFeSn Brass Grade R440 – Specifications & Performance
  • EN 10248-1 Grade S240GP – High‑Quality Hot Rolled Low‑Carbon Steel
  • EN 10248-1 Grade S270GP Hot Rolled Steel – Strength & Performance Overview
  • EN 10248-1 Grade S320GP Hot Rolled Steel – Key Properties & Applications
  • EN 10248-1 Grade S355GP Hot Rolled Steel – Properties & Performance
  • EN 10248-1 Grade S390GP Hot Rolled Steel – Specifications & Properties
  • EN 12167 Grade CuCr1Zr R430: Premium Low‑Alloy Copper for High‑Temperature Applications
  • EN 10248-1 Grade S430GP Hot Rolled Steel – Superior Strength & Versatility
  • EN 10222-3 Grade 12Ni14 – Normalized & Tempered Nickel Alloy for Cryogenic Applications
  • EN 12164 Grade CuSP R360 – Unhardenable Low‑Alloy Copper for Precision Applications
  • EN 10222-3 Grade 12Ni14 – Normalized/Normalized-Formed (+N) Cryogenic Nickel Alloy
  • EN 10222-3 Grade 13MnNi6-3: Normalized & Tempered Cryogenic Alloy for Pressure Vessels
  • EN 10222-3 Grade 15NiMn6: Normalized/Tempered or Quenched/Tempered Nickel Steel
  • EN 10222‑3 Grade 15NiMn6 – Normalized/Normalized‑Formed Cryogenic Alloy (N)
  • EN 12164 CuSn4Pb4Zn4 R550 – Premium Leaded Phosphor Bronze Bar
  • EN 10222-3 X12Ni5: High-Performance Normalized & Tempered Nickel Steel for Low-Temperature Forging
  • EN 10222-3 Grade X12Ni5 – Normalized or Normalized Formed (+N) – High-Performance Cryogenic Nickel Alloy
  • EN 12166 Grade CuZn39Pb2 H100 – Leaded Brass Alloy Specifications
  • EN 1652 Grade CuZn39Pb2 H120 – Unhardenable Brass Alloy with Enhanced Machinability
  • EN 10222-5 X2CrNi18-9 Solution-Annealed Steel (+AT) – High Corrosion & Mechanical Strength
  • EN 10222-5 Grade X2CrNiCu19-10 – Solution Annealed Stainless Steel (AT)
  • EN 12166 CuZn39Pb2 H070 – Premium Leaded Brass Alloy for Cold Forming
  • EN 10222-5 Grade X2CrNiMo17-12-3: Solution Annealed + AT – Premium Austenitic Steel
  • EN 10222-5 X3CrNiMo18-12-3 – Solution Annealed Stainless Steel, Ideal for Pressure Vessels
  • EN 12166 Grade CuZn39Pb3 H08 – Lead-Added Brass for Enhanced Machinability and Corrosion Resistance
  • EN 10222-5 Grade X7CrNiNb18-10 – Solution-Annealed Stainless Steel for Corrosion‑Resistant Pressure Vessels
  • DIN 17200 Grade C50 Steel: Cold‑Sheared +S Treatment for Superior Strength
  • CuZn10 (CW501L) – Unhardenable Wrought Copper Alloy with High Strength & Conductivity
  • EN 12163 CuZn15 H130 – High-Performance Unhardenable Copper Alloy
  • EN 12163 CuZn20 H140 – Durable, Versatile Wrought Alloy
  • EN 12166 Grade CuZn36 R700 – High-Strength Copper Brass Wire
  • EN 12449 CuZn36Pb3 R460: Premium Seamless Copper Alloy Tubes
  • EN 12163 CuZn33 (CW506L) – Premium Grade for Cold‑Formed, High‑Strength Wrought Alloy
  • EN 12163 CuZn33 H115 – High-Performance Copper Alloy for Precision Components
  • EN 12163 CuZn33 (H145) – High‑Strength Unhardenable Copper Alloy
  • EN 12163 Grade CuZn33 R460 – High-Strength Unhardenable Copper Alloy for Precision Applications
  • EN 12163 CuZn35Ni3Mn2AlPb R550: High-Performance Copper Alloy for Superior Strength and Corrosion Resistance
  • EN 12163 CuZn36 H070 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12163 Grade CuZn36 H105 – Premium Copper Alloy for High-Performance Applications
  • EN 12163 Grade CuZn36 – High-Performance Unhardenable Copper Alloy
  • EN 12165 Grade CuZn39Mn1AlPbSi H130: High-Performance Unhardenable Copper Alloy
  • EN 12163 Grade R440 CuZn39Mn1AlPbSi – Premium Unhardenable Copper Alloy
  • EN 10217-7 Grade X2CrNiMoCuWN25-7-4 – Solution Annealed Steel for Corrosion‑Resistant Tubes
  • EN 10217-7 Grade X2CrNiMoN25-7-4 Solution-Annealed Steel (+AT) – High-Temperature Corrosion Resistance
  • EN 10217-7 X2CrNiN23-4 Austenitic Ferritic Steel – Solution Annealed for Corrosion-Resistant Tubes
  • EN 12163 CuZn40Mn2Fe1 – R460 Grade: High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12163 CuZn40Mn2Fe1 (R540) – Premium Unhardenable Copper Alloy with Superior Corrosion Resistance
  • EN 12163 CuCr1Zr TB00 – High-Strength Low-Temperature Copper Alloy
  • EN 12166 CuSn6 H03 – Premium Tin‑Copper Alloy for Corrosion Resistance
  • EN 12166 Grade CuSn6 R700 – High-Performance Tin‑Copper Alloy
  • EN 12166 CuSn8 H03 – Premium Tin-Copper Alloy for Corrosion Resistance
  • EN 12166 Grade CuSn8 H02 – High-Performance Copper Tin Alloy
  • EN 12166 CuZn10 R530 Copper Wire – Technical Specifications
  • EN 12166 Grade CuZn15 H060: High-Quality Copper Alloy Wire
  • EN 12166 Grade CuZn15 R480 – Premium Unhardenable Copper Alloy for Electrical and Jewelry Applications
  • EN 12163 Grade R550 CuNi2Si: High-Performance Copper Alloy
  • EN 12163 Grade CuNi2Si R600: High-Performance Copper Alloy for Superior Conductivity and Corrosion Resistance
  • EN 12166 CuZn20 H065 Copper Alloy Wire – Specification & Properties
  • EN 10216-5 Grade X2CrNiMoCuWN25-7-4 – Solution Annealed (Plus AT) – Premium Austenitic‑Ferritic Alloy
  • EN 12166 Grade CuZn30 H070 – Premium Copper–Zinc Alloy Wire
  • EN 10216-5 X2CrNiMoN25-7-4 Austenitic‑Ferritic Steel – Solution Annealed for Superior Corrosion Resistance
  • EN 10216-5 X2CrNiN23-4 Solution-Annealed Steel – High-Performance Grade for Pressure Vessels & Pipelines
  • EN 12163 CuSn5 R330 – Premium Copper–Tin Alloy for Manometer Springs & Contact Springs
  • EN 12163 Grade CuSn5 R390 – High-Performance Copper Tin Alloy for Industrial Applications
  • EN 12163 Grade CuSn5 R460 – High-Performance Copper Tin Alloy for Precision Tubes
  • EN 12163 CuSn6 R550 – Premium Copper‑Tin Alloy with Superior Corrosion Resistance
  • EN 12163 Grade Cu-DHP R230 – Premium Phosphoric Pure Copper
  • EN 12163 Cu-DHP R260: Premium Deoxidized Phosphoric Copper for High-Performance Applications
  • EN 12163 Grade Cu-DHP R280 – Premium Phosphoric Pure Copper for High-Performance Applications
  • EN 12163 Grade Cu-DLP H065 – High-Performance Deoxidized Copper for Precision Engineering
  • EN 12163 Grade Cu-DLP R230 – Premium Deoxidized Copper for Advanced Engineering
  • EN 12163 Grade Cu-DLP R260: Premium Deoxidized Copper for Superior Performance
  • EN 12163 Cu-DLP R280: High-Performance Deoxidized Copper Grade
  • EN 12163 Grade CuAl10Ni5Fe4 R680: High-Strength Wrought Alloy
  • EN 12163 CuAl10Ni5Fe4 R740 – High‑Strength, Thermally Conductive Cu‑Al Alloy
  • EN 12166 Grade CuSn4 R520 – High‑Performance Tin‑Bronze Alloy
  • EN 12166 Grade CuSn4 H02 – High-Performance Tin‑Copper Alloy for Advanced Applications
  • EN 12166 CuSn5 H02 – Premium Copper Tin Alloy for Precision Springs & Connectors
  • EN 10213 G17CrMoV5-10: High-Strength Quenched & Tempered Steel for Turbine Components
  • EN 10213‑2 GP240GR Grade: Normalized or Normalized Formed (+N) – Specifications & Properties
  • EN 10213 Grade GP280GH: Normalized or Normalized‑Formed (+N) Steel Properties
  • EN 12163 – CuCr1Zr R370: Premium Low‑Alloy Copper Alloy
  • EN 10213 GP280GH Steel – Quenched & Tempered (QT) – Superior Mechanical Properties
  • EN 10213 Grade GX23CrMoV12-1: Quenched and Tempered Steel for High‑Temperature Applications
  • EN 12163: Grade R430 CuCr1Zr – High-Strength Copper Alloy
  • EN 12163 CuCr1Zr R470 – High-Strength, Low-Temperature Hardenable Copper Alloy
  • EN 10277-2 Grade ZSt50-2: Premium Cold-Drawn Steel for High-Performance Applications
  • EN 10277‑2 Grade ZSt50‑2: Cold‑Drawn & Turned High‑Strength Steel
  • EN 10277-2 Grade ZSt50-2 Turned – Durable, High-Performance Steel for Bolts & Shafts
  • EN 10277‑2 Grade ZSt60‑2: Premium Cold‑Drawn Steel for High‑Wear, High‑Strength Applications
  • EN 10277-2 Grade ZSt60-2: Cold‑Drawn, Turned & Normalized Steel for High‑Strength Applications
  • EN 10277-2 Grade ZSt60-2: High-Performance Turned Steel for Wear-Resistant Applications
  • EN 10277-2 Grade ZSt70-2: Premium Cold-Drawn High-Carbon Steel for Wear-Resistant Components
  • EN 10277-2 Grade ZSt70-2: High-Performance Cold-Drawn & Normalized Steel for Wear-Resistant Applications
  • EN 10277-2: ZSt70-2 Steel – High-Strength, Wear-Resistant Turned Components
  • EN 10132-4 Grade C100S Cold Rolled Steel (+CR) – Premium Springs & Precision Applications
  • EN 10132‑4 Grade C100S Quenched Steel for Springs and Precision Components
  • EN 10132-4 Grade C55S Quenched & Tempered Steel – Ideal for Springs & Cold-Rolled Strips
  • EN 10132-4 Grade C60S – Premium Quenched & Tempered High‑Carbon Steel
  • EN 10132-4 Grade C67S Cold-Rolled Steel (+CR) – Precision Springs & Special Applications
  • EN 10132-4 Grade C67S Quenched Steel for High-Precision Cold-Rolled Strips
  • C75S Cold Rolled Steel (EN 10132‑4) – Precision Spring & Thin Strip Grade
  • EN 10132-4 Grade C75S – Quenched Cold-Rolled Steel for Springs & Precision Applications
  • EN 10132-4 Grade C85S Cold Rolled Steel (+CR) – High‑Precision Springs & Specialty Applications
  • EN 10132-4 Grade C85S Quenched (+Q) Steel – Precision Cold-Rolled Strip for Springs
  • EN 10132-4 Grade C90S Quenched & Tempered Steel – High-Performance Spring Material
  • DIN 1651 Grade 35SPb20 Cold Drawn Steel – High Machinability & Reliability
  • DIN 1651 Grade 45SPb20 Cold Drawn, Quenched & Tempered Steel for High‑Strength Applications
  • DIN 1651 Grade 45SPb20 Steel: Turned, Quenched, and Tempered – Optimal for High-Strength Automotive Components
  • DIN 1651 Grade 45SPb20 Cold-Drawn Steel – Superior Machinability & Strength
  • DIN 17442 G-X35CrMo17 Quenched & Tempered Steel – Superior Corrosion Resistance
  • DIN 1651 Grade 60SPb20: High‑Strength Cold‑Drawn, Quenched & Tempered Steel for Automotive & Tooling
  • DIN 1651 Grade 60SPb20: Hardened & Tempered Steel for High-Strength Applications
  • DIN 1651 Grade 60SPb20 Cold Drawn Steel – High Strength & Machinability
  • DIN 17445 Grade G-X5CrNi13-4 Quenched & Tempered (QT1) – Premium Steel for Water Power & Shipbuilding
  • DIN 17445 G‑X8CrNi13: Quenched & Tempered Martensitic Stainless Steel for Corrosion‑Resistant Cast Parts
  • EN 10213-4 Grade GX5CrNi19-10 – Heat-Treated and Quenched Austenitic Stainless Steel
  • EN 10213-4 Grade GX5CrNiMo19-11-2: High‑Performance Solution Heat‑Treated and Quenched Steel for Chemical & Textile Industries
  • DIN 17445 G‑X22CrNi17 – Quenched & Tempered Grade for Blade Wheels & Bearing Rings
  • GX5CrNiNb19-11: Heat-Treated, Quenched Grade for High-Performance Cast Parts & Industrial Applications
  • DIN 17465 GX25CrNiSi18-9 Cast Alloy – Exceptional Heat Resistance & Temperature Stability
  • DIN 17465 GX25CrNiSi20-14: High-Performance Austenitic Stainless Steel for Extreme Heat Applications
  • DIN 17465 GX40CrNiSi22-9 Cast Alloy – High-Temperature Resistance for Oven and Heating Applications
  • DIN 17465: GX40CrNiSi25-12 – High‑Strength Austenitic Stainless Steel for Heavy‑Load Applications
  • DIN 17465: GX40CrNiSi25-20 Cast Steel – Optimal for High-Heat Oven Components
  • DIN 17465 GX40NiCrSi38-18 Cast Steel – High‑Temperature Resistance & Mechanical Strength
  • DIN 1654-5 Grade X5CrNiMo17-12-2: Premium Cold-Drawn & Quenched Stainless Steel
  • DIN 1654-5 Grade X5CrNiMo17-12-2: Cold‑Drawn, Quenched, Lightly Skinned – Premium Stainless Steel for Chemical & Pharmaceutical Use
  • DIN 1654-5 X5CrNiMo17-12-2: High-Performance Quenched & Turned Steel for Chemical & Pharmaceutical Applications
  • DIN 1654-5 X6Cr17 Annealed for Spheroidized Carbides – Superior Cold-Forming & Corrosion Resistance
  • DIN 1654-5 Grade X6Cr17 – Annealed for Spheroidized Carbides and Precision Turning
  • DIN 1654-5 Grade X6Cr17: Cold-Drawn, Annealed Steel with Spheroidized Carbides for Superior Cold‑Forming
  • DIN 1654-5 Grade X6CrNiMoTi17-12-2: Cold-Drawn, Quenched Stainless Steel for High-Performance Applications
  • DIN 1654-5 Grade X6CrNiMoTi17-12-2 – Quenched & Turned: Exceptional Cold-Forming & Corrosion Resistance
  • DIN 1654-5 Grade X6CrNiTi18-10: Cold-Drawn & Quenched Stainless Steel
  • DIN 1654-5 X6CrNiTi18-10 Cold-Drawn Stainless Steel – Superior Corrosion Resistance
  • DIN 1654-5 Grade X6CrNiTi18-10 – Quenched & Tempered Stainless Steel for High‑Performance Applications
  • DIN 17103 WStE 420: High‑Temperature Normalized Steel for Robust Welded Constructions
  • DIN 17103 WStE 500 – Normalized & Normalized Formed Steel for High‑Temperature Applications
  • DIN 17230 Grade 43CrMo4 Quenched & Tempered Steel – Superior Bearing Performance
  • DIN 17230 Grade 48CrMo4: Quenched & Tempered Anti-Friction Steel
  • DIN 17245 GS‑17CrMo5‑5 Quenched & Tempered Steel – Ideal for Thick‑Walled Cast Parts
  • DIN 17245 GS-17CrMoV5-11 Quenched & Tempered Steel – High-Performance Turbine & Jet Case Material
  • DIN 17245: GS-22Mo4 Quenched & Tempered Steel for High-Performance Turbine Parts
  • DIN 1651 Grade 35SPb20: Cold‑Drawn, Quenched & Tempered Steel for Precision Machining
  • DIN 1651 Grade 35SPb20: Turned, Quenched, and Tempered Steel for High-Performance Applications
  • EN 10263-4 Grade 37Cr4 Quenched & Tempered Steel – High Strength & Durability
  • EN 10263-4 Grade 38Cr2 Quenched & Tempered Steel – Specifications & Applications
  • EN 10263-4 Grade 41Cr4 Quenched & Tempered Steel – Optimal for Cold-Forming, High-Strength Screws & Ball Studs
  • EN 10263-4 Grade 42CrMo4 Quenched & Tempered Steel – High‑Strength, Cold‑Formable Grade 10.9/12.9
  • EN 10263-4 Grade 46Cr2 Quenched & Tempered Steel: High-Strength, Precision-Engineered for Heavy-Duty Fasteners
  • EN 10263-4 Grade Cq35 Steel – Annealed for Spheroidized Carbides (AC)
  • EN 10263-4 Grade Cq35 – Annealed Steel with Spheroidized Carbides for High-Strength Screws and Nuts
  • EN 10263-4 Grade Cq45: Annealed for Spheroidized Carbides (AC) – Enhanced Cold-Formability
  • EN 10263-4 Grade Cq45 – Annealing for Spheroidized Carbides & Turning
  • DIN 1654-5 Grade X10Cr13: Annealed for Spheroidized Carbides (+AC) – Ideal for Cold‑Forming
  • DIN 1654-5 Grade X10Cr13: Annealed for Spheroidized Carbides and Cold-Worked Strength
  • DIN 1654-5 Grade X10Cr13 – Cold Drawn, Annealed Steel with Spheroidized Carbides and Light Skin Pass
  • DIN 1654-5 Grade X2CrNi19-11: Cold-Drawn & Quenched Steel for High-Performance Applications
  • DIN 1654-5 Grade X2CrNi19-11 Steel – Cold‑Drawn, Quenched & Skin‑Passed for High‑Performance Applications
  • DIN 1654-5 X2CrNi19-11 Steel – Quenched & Tempered for Superior Cold-Forming
  • DIN 1654-5 Grade X2CrNiMoN17-13-3 – Cold‑Drawn & Quenched Austenitic Steel
  • DIN 1654-5 Grade X2CrNiMoN17-13-3: Premium Cold-Drawn, Quenched, and Skin-Passed Stainless Steel
  • DIN 1654-5 Grade X2CrNiMoN17-13-3: Premium Quenched & Tempered Austenitic Steel for Superior Strength and Chemical Resistance
  • DIN 1654-5 Grade X2CrNiN18-10 – Cold‑Drawn & Quenched Austenitic Stainless Steel
  • DIN 1654-5 X2CrNiN18-10 Austenitic Steel – Quenched & Turned for High-Performance Applications
  • ASTM A875 HSLAS‑F Grade 410 Steel – High Strength, Low‑Carbon Material
  • ASTM A875 HSLAS-F Grade 480 Steel: Key Mechanical & Thermal Properties
  • ASTM A875 HSLAS-F Grade 550 – HSLA Steel with High Strength & Low Carbon
  • ASTM A875 Stainless Steel Grade 230: Key Properties & Specifications
  • ASTM A875 SS Grade 255 – High-Strength Low Carbon Steel Specification
  • ASTM A875 Stainless Steel Grade 275 - Key Properties & Specifications
  • ASTM B316 Grade 5056 H32 Aluminium Alloy – Properties & Specifications
  • ASTM B316 Grade 5056-O: Premium 5000-Series Aluminum Alloy
  • BS 4360 Grade 50D – Technical Specifications & Key Properties
  • BS 3100 Grade A1 Steel Specifications & Properties
  • EN 10277-5 Grade C45: Premium Cold-Drawn, Soft-Annealed Steel for Automotive & Engineering Applications
  • EN 10277‑5 Grade C60 – Cold Drawn or Turned, Soft‑Annealed Steel for High‑Ductility, Wear‑Resistant Applications
  • EN 10277-5 Grade Ck45 Steel – Cold‑Drawn, Turned & Soft‑Annealed for Heavy‑Duty Applications
  • EN 10277-5 Grade Ck60: Premium Cold-Drawn or Turned & Soft-Annealed Steel for Heavy-Duty Applications
  • EN 10277-5 Grade Cm45: Cold-Drawn or Turned, Soft Annealed Steel for Vehicle and Engine Components
  • EN 10263-4 Grade 30CrNiMo8 Steel – Quenched & Tempered (QT) for High‑Strength Screws
  • EN 10263-4 Grade 34Cr4 Quenched & Tempered Steel – High Strength & Formability
  • EN 10263-4: Grade 34CrNiMo6 Quenched & Tempered Steel – High-Strength, Cold-Formable
  • EN 10263-4 Grade 35B2 – Annealed for Spheroidized Carbides, Optimized Cold-Forming & Strength
  • EN 10263-4 Grade 35B2 Steel – Annealed for Spheroidized Carbides & Precision Turning
  • ASTM A660 WCA Heat-Treated Low Carbon Steel – Premium Grade & Specifications
  • ASTM A660 Grade WCC Heat‑Treated Low Carbon Steel: Key Mechanical & Thermal Properties
  • ASTM‑Certified Alclad 3003 H113: Premium Aluminium Alloy for Industrial Applications
  • ASTM Alclad 3003 H18 – High-Performance Aluminium Alloy for Structural Applications
  • ASTM B211 Grade 5056 H111 Aluminum Alloy – Comprehensive Properties Overview
  • ASTM B211 Grade 5056 H12 – High Strength 5000 Series Aluminum Alloy
  • ASTM B211 Grade 5056 H14 Aluminum Sheet: Comprehensive Specs & Performance
  • ASTM B211 Grade 5056 H18 Aluminum – Specifications & Properties
  • ASTM B211 Grade 5056 H192 Aluminium Alloy – Key Properties & Standards
  • ASTM B211 Grade 5056 H32 Aluminum – Comprehensive Property Overview
  • ASTM B211 Grade 5056 H34 Aluminum Alloy – Properties & Applications
  • ASTM B211 Grade 5056 H38 Aluminium – Properties & Standards
  • ASTM B211 Grade 5056H3 (H392) – Comprehensive 5000 Series Aluminum Sheet Properties
  • ASTM B211 Grade 5154 H32 – High-Performance 5000 Series Aluminum Alloy
  • ASTM B211 Grade 5154 H34 – High Strength Aluminium Alloy
  • ASTM B211 Grade 5154 H36 Aluminium – Technical Specifications & Properties
  • ASTM B211 Grade 5154 H38 Aluminum: Key Properties & Specifications
  • ASTM A737 Grade B Normalized Low‑Carbon Steel – Key Properties & Specifications
  • ASTM A737 Grade C Normalized Steel: Comprehensive Properties & Performance Data
  • ASTM Alclad 3003 H25: High-Strength 3000 Series Aluminium with Superior Mechanical Properties
  • ASTM A653 BHS Grade 210 Steel: Properties & Performance
  • ASTM A653 BHS Grade 240 Steel: Key Properties & Performance Overview
  • ASTM A653 HSLAS 380 Class 1: High Strength Low Alloy Steel Specifications
  • ASTM A653 HSLAS Grade 380 Class 2: Key Properties & Specifications
  • ASTM A765 Grade I Steel – Normalized & Tempered, Double Normalized & Tempered, or Quenched & Tempered Specifications
  • ASTM A765 Grade III Steel: Normalized, Tempered, or Quenched & Tempered Properties
  • ASTM A765 Grade IV Steel: Normalized, Double Normalized, or Quenched & Tempered Properties
  • ASTM A656 Grade 345 Type 7 – As-Rolled Low‑Carbon Steel
  • ASTM A656 Grade 345 Type 8 – Premium As‑Rolled Steel for Structural Use
  • ASTM A769 Grade 36 Steel – Specifications & Performance Overview
  • ASTM A656 Grade 415 Type 3 As‑Rolled Steel – High Strength Low Carbon Industrial Grade
  • ASTM A769 Grade 45 – Key Properties & Specifications
  • ASTM A656 Grade 415 Type 7 As-Rolled Steel – High Strength Low Carbon
  • ASTM A769 Grade 45W Steel – Properties & Specifications
  • ASTM A656 Grade 415 Type 8 – Premium As‑Rolled Low‑Carbon Steel
  • ASTM A656 Grade 485 Type 3 – High-Performance As-Rolled Steel
  • ASTM A769 Grade 50W Steel: Key Properties & Performance
  • ASTM A656 Grade 485 Type 7 As-Rolled Steel – Premium Low‑Carbon, High‑Strength
  • ASTM A769 Grade 80: Premium Low-Carbon Steel Specification
  • ASTM A588 Grade A Steel – Specifications & Performance
  • ASTM A588 Grade B: Key Properties & Strength of Low-Carbon Steel
  • ASTM A588 Grade K Steel: Properties & Performance
  • ASTM A592 Grade A Quenched & Tempered Steel – Key Properties & Specifications
  • ASTM A592 Grade E Quenched & Tempered Steel – Specifications & Properties
  • ASTM A595 Grade A Carbon Steel – Premium Low‑Carbon Alloy
  • ASTM A595 Grade B Carbon Steel: Comprehensive Property Overview
  • ASTM A871 Type I Grade 60 Steel – As-Rolled, Normalized, or Quenched & Tempered
  • ASTM A871 Type II Grade 60 Steel – As‑Rolled, Normalized, or Q&T
  • ASTM A871 Type II Grade 65 Steel – As‑Rolled, Normalized, or Quenched & Tempered
  • ASTM A709 Grade 345 Type 1 – High Strength Low‑Carbon Steel
  • ASTM A709 Grade 345 Type 2 Steel: Properties & Specifications
  • ASTM A618 Grade II Hot-Formed Steel – Specifications & Properties
  • ASTM A618 Grade Ia Hot-Formed Steel: Key Properties & Applications
  • ASTM A633 Grade A Steel – Key Properties & Performance Overview
  • ASTM A633 Grade C Steel: Properties & Performance
  • ASTM A633 Grade D Steel – Properties & Standards
  • ASTM A633 Grade E: Low Carbon Steel Specifications & Properties
  • ASTM A653 BHS Grade 180 Steel: Key Properties & Performance Overview
  • ASTM A1011 HSLAS Grade 450 Class 2 Steel: Key Properties & Specifications
  • ASTM A1011 HSLAS Grade 480 Class 1 – Low‑Carbon Steel Specification & Performance
  • ASTM A1018 HSLAS-F Grade 340: Premium Low‑Carbon Steel for Structural Applications
  • ASTM A109 Grade 1 Hardened Steel – Key Properties & Applications
  • ASTM A179 Cold-Drawn & Heat-Treated Steel: Specifications & Performance
  • ASTM A183 Grade Nut – Reduced-Section Tension Test Results
  • ASTM A369 Grade FPA Heat‑Treated Steel – Detailed Properties & Specs
  • ASTM A335 Grade P1 Heat‑Treated Steel – Properties & Performance
  • ASTM A369 Grade FPB – Premium Heat‑Treated Low‑Carbon Steel
  • ASTM A36 Steel: Comprehensive Mechanical & Physical Properties
  • ASTM A463 SS Grade 230 – Hot-Dip Aluminum-Coated Steel for Superior Corrosion Resistance
  • ASTM A463 SS Grade 275: Hot-Dip Aluminum Coating Specification
  • ASTM A463 SS Grade 255 – Premium Aluminum-Coated Steel via Hot-Dip Processing
  • ASTM A517 Grade S Quenched & Tempered Steel: Key Properties & Specifications
  • ASTM A562: Normalized or Normalized‑Formed Low‑Carbon Steel – Properties & Standards
  • ASTM A524 Grade I Hot-Finished or Cold-Drawn Steel – Specifications & Properties
  • ASTM A556 Grade A2 Cold-Drawn Steel: Key Properties & Applications
  • ASTM A556 Grade B2 Cold‑Drawn Steel: Key Properties & Applications
  • ASTM A1008 HSLAS Grade 340 Class 1 Low-Carbon Steel – Key Mechanical & Thermal Properties
  • ASTM A1008 Grade 340 HSLAS Low‑Carbon Steel – Class 2
  • ASTM A1008 HSLAS Grade 380 Class 1 Steel – Key Properties & Specifications
  • ASTM A1008 HSLAS Grade 380 Class 2 Steel: Key Properties & Performance
  • ASTM A1008 Grade 410 Class 1 – HSLAS Stainless Steel Specification
  • ASTM A1008 HSLAS Grade 410 Class 2 – Low Carbon Steel Specification
  • ASTM A1011 HSLAS Grade 310 Class 1 Steel – Specifications & Properties
  • ASTM A1008 HSLAS Grade 450 Class 1 Steel – Specifications & Properties
  • ASTM A1011 HSLAS Grade 310 Class 2 – Premium Low‑Carbon Steel for High‑Temperature Applications
  • ASTM A1008 HSLAS Grade 450 Class 2 Steel – Key Properties
  • ASTM A1011 HSLAS Grade 340 Class 1 – High-Strength Low-Alloy Steel Specifications
  • ASTM A1008 HSLAS Grade 480 Class 1 – High‑Performance Low‑Carbon Steel
  • ASTM A1011 HSLAS Grade 340 Class 2 Steel – Key Properties & Specifications
  • ASTM A1008 HSLAS 480-Class 2 Steel – High Strength, Low Alloy – Ideal for Structural Applications
  • ASTM A1011 HSLAS Grade 380 Class 1 Low Carbon Steel – Key Properties & Specifications
  • ASTM A1011 HSLAS Grade 380 – Class 2 Low‑Carbon Steel: Specifications & Performance
  • ASTM A1011 SS Grade 205 – Low‑Carbon Steel Properties
  • ASTM A1011 Grade 410 Class 1 HSLAS Steel – Key Properties & Specifications
  • ASTM A1011 HSLAS Grade 410 Class 2 Steel: Key Properties & Performance
  • ASTM A1011 HSLAS 450 Grade Low-Carbon Steel – Class 1
  • ASTM A1008 Grade 180 Bake‑Hardenable BHS Steel – Properties & Uses
  • ASTM A1008 BHS Grade 210 Bake‑Hardenable Steel – Key Properties & Applications
  • ASTM A1008 BHS Grade 240 Bake-Hardenable Steel – Properties & Applications
  • ASTM A1011 HSLAS Grade 480 Class 2 Steel – Key Properties & Specifications
  • ASTM A1011 HSLAS-F Grade 410 Steel: Specifications & Properties
  • ASTM A1011 HSLAS-F Grade 480 Low‑Carbon Steel: Key Properties & Specifications
  • ASTM A1011 HSLAS-F Grade 550: Premium Low‑Carbon Steel for Industrial Applications
  • ASTM A1011 Stainless Steel Grade 310 Type 1 – Specifications & Properties
  • ASTM A131 FH36 Grade Steel – Properties & Performance
  • ASTM A131 Grade E Steel – Normalized or Thermo‑Mechanical Control Processed
  • ASTM A1008 HSLAS-F Grade 410 Low Carbon Steel - Key Mechanical & Physical Properties
  • ASTM A1008 HSLAS‑F Grade 480 Low‑Carbon Steel – Key Mechanical & Thermal Properties
  • ASTM A1008 HSLAS-F Grade 550 Low-Carbon Steel – Key Properties & Specifications
  • ASTM A1011 Grade CS Type B – Low Carbon Steel Specification
  • ASTM A131 Grade A: Low Carbon Steel Specifications & Properties
  • ASTM A131 Grade B Low Carbon Steel: Properties & Specifications
  • ASTM A131 Grade FH32 – Premium Low‑Carbon Steel Specifications
  • ASTM A131 Grade D Steel: Normalized, Control Rolled, or Thermo‑Mechanical Processed
  • ASTM A1008 – HSLAS Grade 310 Class 1: Low‑Carbon Steel Specifications
  • ASTM A1008 HSLAS Grade 310, Class 2 – Premium Low‑Carbon Steel Properties
  • AW-5356 F Aluminum Alloy – EN 573‑3 Specification & Key Mechanical Properties
  • EN 573-3 Grade AW-5356 O3 Aluminium Alloy – Key Properties & Standards
  • AW-5183 O3 Aluminium Alloy – EN 573-3 Grade & Key Properties
  • AW-5210 F Aluminum Grade – EN 573-3 Certified Properties & Performance
  • AW-5505 Aluminium Alloy (EN 573-3 Grade) – Key Mechanical Properties
  • EN 573-3 AW-5556A F – High-Performance 5000 Series Aluminium Alloy
  • EN 573-3 Certified AW-5556A O3 Aluminum Grade
  • AW-5305F Aluminium Grade – EN 573-3 Certified Properties
  • AW-6201 T1 Aluminium Grade (EN 573-3) – Key Properties & Standards
  • AW-6201 T4 Aluminium Alloy – EN 573-3 Certified Grade
  • AW-8008 H18 – Premium Food‑Safe AlFeMn Alloy, EN 573-3 Certified
  • AW-8008 H24 – Food‑Safe AlFeMn Alloy (EN 573-3 Grade)
  • EN 573-3 AW-8008 O – Food‑Safe, High‑Strength AlFeMn Alloy
  • AW-8008 H22: Food‑Safe, High‑Strength AlFeMn Alloy (EN 573-3)
  • AW-8008 H26 Aluminium Alloy – EN 573-3 Certified Food‑Safe, High‑Strength Grade
  • AW-8014 O – Food-Safe, High-Performance Aluminum Alloy (EN 573-3)
  • AW-8111 O Aluminium Alloy – EN 573‑3 Grade, Food Safe & High Strength
  • CEN/TS 13388: Grade CC333G M – Comprehensive Specifications for Cast Copper Bronze
  • CEN/TS 13388 Grade CW101C: R410 & H090 Specification Overview
  • CEN/TS 13388: CW352H R300 – High‑Strength Copper‑Nickel Alloy Specifications
  • AA 3004 H14 Aluminium Alloy: Key Properties & Applications
  • AA 3004 H16 Aluminium Alloy: Key Properties & Applications
  • AA 3103 H19: Comprehensive Mechanical & Thermal Properties of 3000 Series Aluminum
  • AA 3103 H22 Aluminium Alloy – Key Mechanical & Physical Properties
  • AA 3103 H24 Aluminium Alloy – Key Properties & Specifications
  • AA 3103 H26 Aluminium Alloy – Key Mechanical, Physical, and Thermal Properties
  • AA 6082 T42 – High‑Strength Wrought Aluminium Alloy
  • AA 6082 T451 Aluminium Alloy – Key Properties & Performance
  • AA 6082 T5 Aluminium Alloy – Properties & Performance
  • AA 6082 T6151: High-Strength 6000 Series Aluminium Alloy
  • AA 6082 T651 Aluminium Alloy: Key Properties & Applications
  • AA 6005 T6 Aluminium: High Strength & Corrosion Resistance
  • AA 6082 T61: Key Properties of Wrought 6000 Series Aluminum
  • AA 6082 T62 Aluminium Alloy – Properties & Performance
  • AA 7005 T5 – Premium 7000 Series Aluminium Alloy
  • EN 573-3 AW-5110 F Aluminium Alloy – Properties & Standards
  • EN 573-3 AW‑5087 F Aluminum Grade: Key Properties & Standards
  • AW-5087 O3 Aluminium Alloy – EN 573-3 Certified Properties
  • EN 573-3 Grade AW-5183 F – Aluminium Alloy Specifications & Properties
  • DIN 17140-1 Grade D 83-2 Steel Wire Rod – Specifications & Properties
  • DIN 17140-1 Grade D 20-2: High-Quality Non-Alloy Steel Wire Rod for Cold Drawing
  • ISO 16120-2 Grade C26D – Premium Non‑Alloy Steel Wire Rod for Springs & Wire Applications
  • DIN 17140-1 Grade D 5-2: High-Quality Cold-Drawn Non‑Alloy Steel Wire Rod
  • DIN 1614-1 RRSt 23: Cold Rolled Sheet & Strip Base Grade
  • DIN 1614-1 Grade USt 23 – Premium Base for Cold Rolled Sheets & Strips
  • AA 1050 H12 Aluminium Alloy – Key Mechanical & Thermal Properties
  • AA 1350 H111 Aluminum Alloy – Key Properties and Applications
  • AA 1350 H18 Aluminium Alloy: Properties & Applications
  • AA 3103 H28 – Premium 3000-Series Aluminum Alloy
  • AA 3004 H18 – Premium High-Strength Wrought Aluminium Alloy
  • AA 3105 H19 – Comprehensive Material Properties Overview
  • AA 3004 H12 – Premium 3000 Series Wrought Aluminum Alloy
  • AA 3103 H11 – Comprehensive Aluminium Property Profile
  • AA 3103 H12: High-Strength 3000 Series Aluminum Alloy
  • AA 3103 H13: Key Mechanical & Thermal Properties of Aluminum Alloy
  • AA 3103 H15 Aluminium Alloy – Key Properties & Performance
  • AA 3103 H16 Aluminium: Key Mechanical & Thermal Properties
  • AA 3103 H18 – Premium 3000 Series Aluminum Alloy
  • AA 3103 H17: Properties, Strength, and Performance of a 3000‑Series Aluminum Alloy
  • EN 10016-3 Grade C4D1 Steel Wire Rod – Low‑Carbon, High‑Ductility for Drawing & Cold Rolling
  • ISO 16120-2 Grade C4D Non‑Alloy Steel Wire Rod – Premium Drawing & Cold Rolling Material
  • ISO 16120-2 Grade C7D – Premium Low‑Carbon Steel Wire Rod for Drawing & Cold Rolling
  • ISO 16120-2 Grade C9D Non‑Alloy Steel Wire Rod – Ideal for Springs & Wire Applications
  • ISO 16120-2 Grade C10D – High-Quality Non-Alloy Steel Wire Rod for Springs & Wire Applications
  • ISO 16120-2 Grade C15D Steel Wire Rod – High-Quality Low-Carbon Wire for Springs & Wire Applications
  • ISO 16120-2 Grade C18D Wire Rod – Low‑Carbon, High‑Strength Steel for Springs and Wire Production
  • ISO 16120-2 Grade C20D – Premium Non-Alloy Steel Wire Rod
  • ISO 16120-2 Grade C82D – High-Quality Non-Alloy Steel Wire Rod for Springs and Wire Applications
  • Optimizing DIN 17221 Grade 54SiCr6: Annealing for Spheroidized Carbides
  • DIN 17221 Grade 55Cr3 Steel: Annealing for Spheroidized Carbides and Enhanced Performance
  • DIN 17221 Grade 60SiCr7 – Advanced Annealing for Optimal Spheroidized Carbides
  • SAE J403 Grade 1006 Steel – Superior Formability & Rigidity for Deep Drawing
  • SAE J403 Grade 1010: Low‑Carbon Steel for Precise Machining & Heat‑Treating
  • DIN 17865 G‑Ti3 Castings: Superior Corrosion Resistance for Industrial Applications
  • DIN 17865 Grade G‑Ti3Pd As‑Cast – Superior Corrosion‑Resistant Castings
  • G‑TiAl6V4 Titanium Alloy – DIN 17865 Grade, Annealed for Aviation
  • DIN 17140-1 Grade D 10-2 – High-Quality Low-Carbon Steel Wire Rod
  • ISO 16120-2 Grade C12D: Premium Non‑Alloy Steel Wire Rod for Springs & Wire Applications
  • DIN 17140-1 Grade D 15‑2 – Premium Low‑Carbon Cold‑Drawn Steel Wire Rod
  • EN 1652 Grade CuNi10Fe1Mn R300 – High-Performance Copper Alloy for Corrosion Resistance
  • EN 12163 Grade CuNi10Fe1Mn R350 – High-Performance Corrosion-Resistant Alloy
  • JIS G4802 CS30 Annealed Steel – Standard Grade for Structural Applications
  • JIS G4802 CS35 Annealed Steel – Key Properties & Performance
  • JIS G4802 Grade CS40 Annealed Steel – Technical Data Sheet
  • JIS G4802 Grade CS45 Annealed Steel: Key Properties & Specifications
  • JIS G4802 Grade CS50 Annealed Steel – Specifications & Properties
  • JIS G4802 CS55 Annealed Steel – Technical Data Sheet
  • JIS G4802 CS60 Annealed Steel – High-Performance Grade
  • JIS G4802 CS65 Annealed Steel – Premium High-Carbon Properties
  • JIS G4802 CS70 Annealed Steel – Properties & Specifications
  • JIS G4802 Grade CS75 Annealed Steel – Key Properties & Specifications
  • JIS G4802 Grade CS85 Annealed Steel – Key Properties
  • JIS G4802 Grade CS95 Annealed Steel – High Carbon Properties
  • DIN 1614-1 Grade St 22: Premium Cold-Rolled Steel for Industrial Applications
  • DIN 1614-1 Grade St 24: Premium Cold‑Rolled Steel Sheet & Strip
  • DIN 17140‑1 Grade D 25‑2 – Premium Low‑Carbon Steel Wire Rod for Cold Drawing
  • DIN 17140-1 Grade D 6-2: Premium Low‑Carbon Steel Wire Rod for Cold Drawing
  • DIN 17140-1 Grade D 8-2 – Premium Non‑Alloy Steel Wire Rod for Cold Drawing
  • DIN 17140-1 Grade D9 Wire Rod – Standard Low‑Carbon Steel for Cold Drawing
  • EN 10297-1 Grade Ck60: Normalized or Normalized‑Formed Steel Specimen (+N)
  • EN 10297-1 Grade Cm35: Normalized and Normalized Formed Steel Specifications
  • EN 10297-1: Grade Cm45 Steel – Normalized or Normalized Formed (+N)
  • EN 10297-1 Grade Cm55 – Normalized or Normalized-Formed Steel
  • DIN 17222: Grade 55Si7 Cold‑Rolled & Hardened Steel – Precision Spring Material
  • DIN 17222 Grade 71Si7: Premium Cold‑Rolled & Hardened Steel for High‑Load Tension Springs
  • EN 10016-3 Grade C2D1 Steel Wire Rod – Low Carbon, High Ductility
  • EN 10016-3 Grade C3D1 – Low‑Carbon, High‑Ductility Steel Wire Rod
  • ISO 16120-4 Grade C10D2: High-Quality Non-Alloy Steel Wire Rod for Precision Applications
  • ISO 16120‑4 Grade C12D2: Premium Non‑Alloy Steel Wire Rod for Precision Applications
  • ISO 16120-4 Grade C15D2: Premium Non-Alloy Steel Wire Rod for Springs and Cold Rolling
  • ISO 16120-4 Grade C18D2 – High-Quality Non-Alloy Steel Wire Rod for Springs and Wire Applications
  • ISO 16120-4 Grade C20D2 – High‑Quality Non‑Alloy Steel Wire Rod for Springs and Wire Applications
  • ISO 16120-4 Grade C26D2: High-Quality Low-Carbon Steel Wire Rod for Springs & Wire Use
  • ISO 16120-4 Grade C3D2 – Non-Alloy Steel Wire Rod Specifications & Applications
  • ISO 16120-4 Grade C5D2: Premium Low‑Carbon Steel Wire Rod for Springs & Cold Rolling
  • ISO 16120-4 Grade C60D2 Steel Wire Rod – Premium Low‑Carbon, Cold‑Rolled for Springs & Wire Applications
  • S960QL Steel – High‑Yield, Weldable, Quenched & Tempered Grade for Structural Applications
  • ISO 16120-4 Grade C8D2: Premium Non‑Alloy Steel Wire Rod for Springs & Cold Rolling
  • EN 10225 S355G13 Quenched & Tempered Steel – Optimal for Offshore Structures
  • UNS S32760 (Super Duplex 1.4501) – Premium Corrosion‑Resistant Alloy for Sour Service
  • UGIPURE® 4472 – Premium Solution‑Annealed Nitrogen‑Alloyed Stainless Steel for Surgical Implants
  • UGICHROM® 4404: Ultra‑Durable Chromium‑Plated Stainless Steel for High‑Performance Hydraulics
  • DISPAL® S220 AM – High‑Stiffness Aluminum Alloy for Precision Additive Manufacturing
  • AA 206.0 T4 Aluminum Alloy – Key Mechanical Properties & Performance
  • Comprehensive Mechanical Properties of Pink Sheets Grade 319.0 T5 Alloy
  • AISI 1141 Steel (Grade 1141) – Key Properties & Industrial Applications
  • EN 10297-1 Grade 25CrMo4 Quenched & Tempered Steel – Properties & Applications
  • EN 10297‑1 Grade 30CrMoV9: Quenched & Tempered Steel (QT) – Key Mechanical & Physical Properties
  • EN 10297‑1 Grade 30CrNiMo8 (QT) – Comprehensive Mechanical & Physical Properties
  • EN 10297-1 Grade 34CrMo4 Quenched & Tempered Steel – Properties & Performance
  • EN 10297-1 Grade 34CrNiMo6 – Quenched & Tempered Steel: Detailed Mechanical Properties
  • EN 10297-1 Grade 41Cr4 Quenched & Tempered Steel – Properties & Performance
  • EN 10297‑1 Grade C35 Normalized or Normalized Formed Steel (+N) – Key Properties
  • EN 10297-1 Grade C45: Normalized & Normalized Formed Steel Properties
  • EN 10297-1 Grade C55 Normalized Steel – Key Mechanical & Physical Properties
  • EN 10297-1 Grade C60 Normalized/Normalized Formed Steel – Key Properties and Applications
  • EN 10297-1: Grade Ck35 Normalized or Normalized Formed Steel – Technical Specifications
  • EN 10297‑1: Grade Ck45 Normalized or Normalized Formed Steel (+N) – Key Properties
  • EN 10297-1 Grade Ck55 (Normalized or Normalized Formed +N) – Key Properties Overview
  • DIMO 2311: Premium Hardened CrMnMo Tool Steel for Precision Plastic Molds
  • DIMO 2738 Tool Steel – Superior Polishability & Dimensional Stability for High‑Quality Plastic Molds
  • Amstrong® Ultra 650MC – High-Strength, Low-Carbon Steel for Superior Weldability
  • Amstrong® Ultra 650MCT: High-Strength, Low-Carbon Steel for Superior Weldability
  • Grade B AM FCE Steel – High Strength, Low-Temp Toughness & HIC Resistance
  • X42 AM FCE Steel – Premium API 5L Pipeline Grade
  • X52 AM FCE Steel – High‑Performance Pipeline Solution
  • X60 AM FCE Steel – High-Strength, HIC-Resistant Pipeline Pipe
  • X65 AM FCE: API 5L‑Compliant Steel for High‑Strength, Low‑Temperature Oil & Gas Pipelines
  • X70 AM FCE Steel Pipe – High Strength, HIC Resistance & Low-Temperature Toughness
  • X80 AM FCE Steel for Pipeline Applications
  • DC03 AM FCE: Premium Cold Rolled Mild Steel for Superior Formability
  • Printdur® Ni625LFe: Advanced Nickel Alloy for Superior Corrosion Resistance
  • Printdur® Ni625 – High‑Performance Corrosion‑Resistant Nickel Alloy for 3D Printing
  • FA 6815 H14SR Aluminium Fin Alloy – Superior Sag Resistance & Post-Braze Strength
  • AMPCO® 25 Forgings: High-Performance Alloy for Superior Die Materials
  • 1085O Non-Heat Treatable Aluminum Wrought Alloy – Superior Surface Finish & Mechanical Performance
  • 1090O Aluminium Alloy – Non‑Heat Treated Wrought Material with Superior Surface Finish
  • 5252-O: High-Purity, Non-Heat-Treatable Aluminum Wrought Alloy for Superior Brightening and Anodizing
  • High-Performance Aluminium Alloy Plate – FA 7911 for Sidesupport, Header & Tube Applications
  • Alloy 3 (C17510) – Premium TF00 Forging & Extrusion Solution
  • EtchMet™ TM20 (C17200) Strip – High-Strength Spring Material for Mobile Cameras
  • EtchMet™ TM10 (C17200) Strip – High‑Strength Spring Material for Mobile Devices
  • DIN EN 10283 Grade 1.4588: High‑Performance Austenitic Stainless Steel, Solution Heat Treated
  • EN 10132-3: 25CrMo4 Quenched & Tempered Cold-Rolled Strip – Precision Steel for Industrial Applications
  • EN 10217-3 P460NL1 Normalized Steel – High‑Strength, Low‑Temperature Weldable Grade
  • EN 10217-3 Grade P460NL2 – High‑Toughness Normalized Steel for Sub‑Zero Applications
  • DIN 5513 AW‑5754: Premium Rail Vehicle Material – High Strength, Corrosion Resistance & Anodizable
  • AISI 4130 Annealed Steel: Key Properties & Applications
  • AISI 4340 Hot Rolled Steel: Key Properties & Specs
  • NB15 Nickel Silver Alloy – High Toughness, Corrosion Resistance & Machining Performance
  • NM2 Nickel Silver Alloy (CuNi7Zn39Pb3Mn2) – High-Performance CW400J Free-Machining Grade
  • NM3 (CuNi7Zn39Pb3Mn2) – Premium Nickel Silver Alloy C79860
  • MoldMAX V®: High-Conductivity, Durable Copper-Nickel Alloy for Advanced Applications
  • UGIMA® 4542 H900 – Superior Machinability Stainless Steel
  • UGI® 4542 H925: High‑Strength, Corrosion‑Resistant Martensitic Stainless Steel
  • UGI® 4542 H1075 – High-Strength, Corrosion-Resistant Martensitic Stainless Steel
  • UGI® 4542 +P800/H1150M: High-Strength, Corrosion-Resistant Martensitic Stainless Steel
  • UGI® 4542 H1150D: High‑Strength Martensitic Stainless Steel with Superior Corrosion Resistance
  • DIMO 2312: Premium Hardened CrMnMoS Tool Steel for High-Performance Plastic Molds
  • EN 573-3 Grade AW-2117 O – Standard Aluminium Wire Properties
  • EN 573-3 Certified AW-2117 O3 Aluminium Alloy – Technical Specifications
  • EN 10088-1 X39CrMo17-1: Premium Quenched & Tempered Steel (+QT750)
  • EN 10088-1 X3CrNiCu19-9-2 Austenitic Steel – Solution Annealed for Superior Corrosion Resistance
  • DIN 17744 NiCo20Cr20MoTi Precipitation Hardened Alloy – High-Temperature Resistance & Excellent Weldability
  • DIN 2394-2 Grade USt 37-2: Normalized or Normalized-Formed Steel Standard
  • EN 10222-5 X2CrNiMo18-14-3 Solution‑Annealed Grade for Corrosion‑Resistant Applications
  • DIN 17742 LC‑NiCr15Fe Soft‑Annealed Alloy (+A) – Low‑Carbon, Corrosion‑Resistant, High‑Temperature Durable
  • EN 10216-5 X3CrNiN18-11: Solution-Annealed Austenitic Stainless Steel (+AT)
  • EN 10088-1 X6CrNiCuS18-9-2 – Solution Annealed Austenitic Steel for Rods & Wire Rods
  • DIN 17740 LC-Ni99 Soft Annealed (+A): Premium Nickel for Pressure Vessels & Nuclear Engineering
  • S355J2G3CuC Steel (DIN 5512-1) – Normalized/Normalized Formed for Rail Vehicle Engineering
  • X6CrNiTi18-10 Strain-Hardened Steel (+C700): Ti-Stabilized, Welding-Resistant, Corrosion-Resistant for Chemical & Food Industries
  • EN 10088-1 Grade X29CrS13 Quenched & Tempered (QT850) – Superior Martensitic Stainless Steel
  • EN 10088-1 Grade X7CrNiAl17-7: Solution-Annealed Stainless Steel with Enhanced Performance
  • DIN 17440 X30Cr13: Quenched & Tempered Steel – Superior Cutting Tools & Bearings
  • Alloy 25: High-Strength Copper Alloy for Forging & Extrusion – TB00 (C17200)
  • Alloy 25 Forging & Extrusion – Highest Strength Copper Alloy (TF00 C17200)
  • Alloy 165 – Premium High‑Strength Material for Forging & Extrusion (C17000)
  • Alloy 165 Forging & Extrusion (TF00/C17000) – High Strength & Fatigue Resistance
  • AA Grade 6111 T4 Aluminium Alloy Specifications
  • AA 6560 T5 Aluminum Alloy: Comprehensive Standards & Mechanical Properties
  • AA 6560 T6 Aluminium Alloy: Key Mechanical Properties & Standards
  • EN 573-3 Grade 3.0385 F – Standard Aluminium Alloy Specifications
  • EN 573-3 Grade 3.0505 H42: Aluminium Alloy Properties & Standards
  • EN 573-3 Grade 3.0505 H44 – Premium Aluminium Alloy for Industrial Use
  • EN 573-3 Grade 3.0505 H46 – Certified Aluminium Grade for Industrial Applications
  • EN 573-3 Grade 3.0505 H48 – Premium Aluminium Alloy Properties
  • DIN 1725-1 Grade 3.0515 H22 – Comprehensive Aluminium Properties
  • DIN 1725-1 Grade 3.0515 H24 Aluminium: Key Properties & Performance
  • EN 573-3 Grade 3.0515 H36 – Wrought 3000 Series Aluminium Alloy Specification
  • EN 573-3 Grade 3.0515 H46 Aluminum Alloy – Key Properties & Standards
  • EN 573-3 Grade 3.0525 F – Wrought 3000 Series Aluminium Properties
  • EN 573-3 Grade 3.0526 Aluminium: Key Mechanical Properties & Standards
  • DIN 1725-1 AlFeSi Alloy – Grade 3.0915 T6: High-Strength, Formable Aluminum for Industrial Applications
  • EN 573-3 Grade 3.1305 H13 – High Strength Aluminium Alloy
  • EN 573-3 Grade 3.1645 Aluminium Alloy – Comprehensive Properties & Standards
  • AW-1110F Aluminium Grade – EN 573-3 Compliance & Properties
  • AW-2007 O Aluminium Alloy – EN 573-3 Grade Overview
  • AW-2117 F – Premium EN 573-3 Certified Aluminium Alloy for Industrial Engineering
  • AA Standards Grade 2038 T4 – Comprehensive Mechanical & Physical Properties
  • AA 3005 H12 – Standard Aluminium Alloy Specification
  • AA 3005 H14 Aluminium Alloy – Standards & Technical Specifications
  • AA 3005 H16 Aluminium Grade: Standards & Properties
  • AA 3005 H18 Aluminium Grade – Standards & Specifications
  • AA Standards Grade 3005 H25: Key Mechanical Properties & Specifications
  • AA 3005 H27 Aluminium Standard: Key Properties and Specifications
  • AA 3005 H28 Aluminium Alloy – Technical Specifications & Mechanical Properties
  • AA Standards 3005 H29: Comprehensive Aluminium Grade Properties & Specs
  • AA 3005O Aluminium Alloy Standards & Mechanical Properties
  • AA Standards Grade 3102 H112 – 3000 Series Aluminium Properties
  • AA Standard Grade 3102 O – Key Properties & Mechanical Specifications
  • AA Standards Grade 6005A T1 – Full Mechanical Property Overview
  • AA 6009 T4 Aluminium Standard: Properties & Performance
  • AA 6010 T4 Aluminium Grade – Standard Mechanical Properties
  • AA Standards Grade 6016 T4 – Aluminium 6000 Series Mechanical Property Profile
  • AA Grade 6022 T4 Aluminium: Detailed Mechanical and Physical Properties
  • 6060 T51 Aluminum Alloy – AA Standards & Key Mechanical Properties
  • AA Grade 6082 T6511 Aluminum: Technical Specs & Standards
  • AA 6110 T9 Aluminium Grade – Comprehensive Standards & Properties
  • EN 10222‑5 X6CrNiTiB18‑10 Solution‑Annealed Steel for High‑Temperature Applications
  • DIN 17440 X10CrNiS18-9 Quenched Steel – High-Performance Free-Cutting Alloy
  • DIN 17440 X12CrMoS17 Steel – Quenched & Tempered Grade for High-Performance Applications
  • EN AW-5083 Aluminum Rolled Plate – High Strength, Corrosion‑Resistant
  • EN AW 6082 Aluminum Rolled Plate – High Strength, Excellent Stress Corrosion Resistance
  • CERTAL® Aluminum Rolled Plate – High Strength & Dimensional Stability, EN AW 7022 (AlZn5Mg3Cu)
  • EN AW-7075 Rolled Aluminum Plate – High Strength & Corrosion Resistance
  • CERTAL® SPC Aluminum Rolled Plate – Precision‑Milled, Low‑Stress, High Flatness
  • Soft‑Annealed PtIr10 Alloy: Exceptional Corrosion Resistance and Wear Performance
  • Rhodium (Rh) Soft Annealed (+A): Premium Quality & Versatile Applications
  • EN 12844 Grade ZP2: Premium Aluminium Alloy for High-Strength Castings & Moulds
  • EN 12844 Grade ZP27 – Material Properties & Performance
  • EN 12844 Grade ZP8 – Comprehensive Material Specifications
  • AA 1435 H12 Aluminium Standard – Key Mechanical Properties
  • AA Standards Grade 1435 H14 – Detailed Mechanical Properties & Specifications
  • AA Standard Grade 1435 H16: Key Mechanical Properties & Specifications
  • AA Standards Grade 1435 H18 – 1000 Series Aluminium Mechanical Properties
  • AA Standards Grade 1435O: Comprehensive Mechanical Property Profile
  • AA 2002 T4 Aluminium Grade Standards – Key Properties & Performance
  • AA Standards Grade 2008 T4: Detailed Mechanical and Physical Properties
  • SAE J158 M4504 Air‑Quenched & Tempered Malleable Cast Iron – Enhanced Strength & Durability
  • SAE J158 Grade M5003: Air‑Quenched & Tempered Malleable Cast Iron
  • SAE J158 M5503: Liquid‑Quenched, Tempered Malleable Iron for Superior Machinability
  • SAE J158 Grade M7002: Liquid Quenched & Tempered Malleable Cast Iron
  • M8501 Malleable Iron – SAE J158 Grade, Liquid Quenched & Tempered
  • SEW 090-1 Grade S690G2QL: High-Strength, Wear-Resistant Steel – Quenched & Tempered
  • SEW 400 X2Cr11 Soft-Annealed Stainless Steel – Superior Corrosion Resistance & Strength
  • SEW 400 X2CrNiN18-7 Quenched Stainless Steel – High Strength & Corrosion Resistance
  • SEW 400 X4CrNiMoN27-5-2 Quenched Steel: High Performance & Corrosion Resistance
  • SEW 400 Grade X1CrTi15 Soft Annealed Stainless Steel (+A) – High Performance Low‑Carbon Alloy for Automotive & Industrial Use
  • SEW 400 X2CrMoNb18-2 Steel – Soft-Annealed Grade (+A) for High-Performance Applications
  • SEW 410 Grade G-X 2 NiCrMoCuN25-20 – Quenched Alloy for High-Temperature Pump Components
  • SAE J435 Grade 0030 – Detailed Welding Properties for Medium Carbon Steel
  • DIN 17440 X4CrMoS18 Soft Annealed Steel – Superior Corrosion Resistance & Versatile Fastener Applications
  • DIN 17460 Grade X8CrNiTi18-10 Solution Annealed (+AT) – High‑Temperature Steel for Pressure Vessels & Nuclear Engineering
  • DIN 2394-2: St 37-2 Grade Steel – Normalized & Normalized Formed (+N) Properties
  • DIN 5512-1 Grade S355J2G1W Steel – As-Rolled with Annealing (AR)
  • EN 10083-3 Grade 38MnB5 Quenched & Tempered Steel – High-Performance Boron Alloy for Precision Engineering
  • EN 10088-1 X14CrMoS17 Strain-Hardened Steel (+C550) – High-Performance Cutting & Construction Applications
  • EN 10088-1 Grade X5CrNi18-10 Strain-Hardened Steel (+C700) – Superior Corrosion Resistance & Workability
  • JIS H4040 Grade 6063: High-Performance Aluminum Alloy for Architecture
  • JIS H4040 Grade 6063 Aluminum – Quick-Cooled & Artificially Aged for Superior Strength
  • JIS H4080 Grade 5052 Aluminum: Superior Corrosion Resistance & Weldability
  • JIS H4080 Grade 6061 T4 Aluminum Alloy – High Strength & Corrosion Resistance
  • JIS Z3232 Grade 1100 O Aluminum: Superior Corrosion Resistance & High Purity
  • JIS H4080 Grade 6063 Aluminum: Quick-Cooled, Artificially Aged for Superior Performance
  • JIS 6063 Aluminum Alloy – Durable, Corrosion‑Resistant Architectural Grade
  • JIS Z3263 Grade BA11PC H14 Aluminum – Premium Corrosion Resistance & Easy Welding
  • JIS BA11PC Aluminum Alloy – Grade H12: Superior Corrosion Resistance & Mechanical Strength
  • JIS BA11PC O Aluminum Alloy – Superior Corrosion Resistance & Versatile Welding
  • JIS H4100 Grade 1100 – High‑Purity 99% Aluminum Alloy
  • JIS H4100 Grade 5052 Aluminum: Superior Corrosion‑Resistance & Welding Performance
  • JIS H4100 Grade 6063 Aluminum Alloy – High Corrosion Resistance & Superior Finish
  • JIS H4100 Grade 6063: Quick-Cooled, Artificially Aged Aluminum Alloy
  • JIS H4120 Grade 1100 H14 – Pure, Corrosion‑Resistant Aluminum Alloy
  • JIS 5052 T32 Aluminum Alloy – Superior Corrosion Resistance & Welding Performance
  • SEW 555 30CrMoNiV5‑11 Steel – High‑Strength Quenched & Tempered for Turbine Shafts & Discs
  • SEW 555 28CrMoNiV4-9: Quenched & Tempered Alloy Steel for Turbine Shafts & Discs
  • SEW 555 X14CrMoVNbN10-1 Quenched & Tempered Steel – High‑Performance Turbine & Generator Components
  • SAE J158 M3210 Annealed Malleable Cast Iron – Superior Ductility & Machinability
  • JIS G3444 Grade STK490: Key Properties & Performance Overview
  • JIS G3444 Grade STK500 Steel: Key Properties & Specifications
  • JIS G3444 STK540 Low-Carbon Steel – Comprehensive Material Specifications
  • JIS G3454 Grade STPG370: Specifications & Performance Data
  • JIS G3455 Grade STS370: Low‑Carbon Steel – Technical Data & Performance
  • JIS G3455 Grade STS410: Premium Low‑Carbon Stainless Steel Specifications
  • JIS G3455 Grade STS480 – Low Carbon Steel Profile
  • JIS G3456 Grade STPT370 Steel – Detailed Properties & Standards
  • JIS G3456 Grade STPT480: Specifications & Performance Data
  • JIS G3457 Grade STPY400 Low‑Carbon Steel – Key Properties & Specifications
  • JIS G3461 STB410 Low Carbon Steel: Key Mechanical & Physical Properties
  • JIS G3464 STBL380 Low‑Carbon Steel Grade – Key Properties & Specs
  • JIS H4000 2014 H13: Premium Precipitation-Hardened Aluminum Alloy for Superior Strength and Weldability
  • JIS 3003 Hot-Rolled Aluminum – Durable, Corrosion-Resistant, and Easy to Machine
  • JIS H4000 Grade 5005 Hot‑Rolled Aluminum: Superior Strength & Corrosion Resistance
  • JIS H4040 Grade 1100 – Pure Aluminum Alloy with Superior Corrosion Resistance
  • JIS H4040 2011 H13 – Premium Age-Hardenable Aluminum Alloy
  • JIS H4040 Grade 2011 T3 – Premium Aluminum Alloy for Precision Machining
  • JIS H4040 5052 Aluminum Alloy – Superior Corrosion Resistance & Weldability
  • JIS 5052 H18 Aluminum Alloy – Superior Corrosion Resistance & Weldability
  • JIS G3128 E460DD Quenched & Tempered Steel - Superior Strength & Durability
  • JIS G3141 Grade SPCC 1/4 Hard Steel – Key Properties & Specifications
  • JIS G3141 SPCC 1/8 Hard Low-Carbon Steel – Properties & Specifications
  • JIS G3141 Grade SPCC – Full Hardness Low Carbon Steel
  • JIS G3141 SPCD 1/2 Hard Steel: Detailed Material Properties
  • JIS G3141 Grade SPCD 1/4 Hard – Key Properties & Specs
  • JIS G3141 SPCD 1/8 Hard Steel – Comprehensive Property Overview
  • JIS G3141 Grade SPCE 1/2 Hard – Technical Specifications
  • JIS G3141 Grade SPCE 1/4 Hard Steel – Specifications & Mechanical Properties
  • JIS C2555 PCYH450 Hot‑Rolled Low‑Carbon Steel – Superior Strength & Durability
  • JIS C2555 PCYH500 Hot‑Rolled Steel – Premium Low‑Carbon Grade
  • JIS G3141 SPCE 1/8 Hard Steel – Grade, Specs & Mechanical Properties
  • JIS C2555 Grade PCYH550 Hot-Rolled Steel – Superior Low-Carbon Performance
  • JIS G3141 Grade SPCC 1/2 Hard - Premium Low‑Carbon Steel for Structural Use
  • JIS G3141 SPCD Grade Steel – Full Hardness Data & Specifications
  • JIS G3141 Grade SPCE Full Hardness Steel – Mechanical & Thermal Properties
  • JIS G3444 Grade STK400: Low-Carbon Steel Properties & Specs
  • JIS G3456: STPT410 Low Carbon Steel Grade – Technical Specs & Properties
  • JIS G3461 Grade STB340 – Low Carbon Steel Property Specifications
  • JIS G3461 Grade STB510 Low‑Carbon Steel Properties
  • EN 10132-3 Grade C60E – High-Quality Quenched & Tempered Cold-Rolled Steel
  • EN 1652 CuZn5 R230 – High‑Performance Unhardenable Wrought Alloy for Electrical and Industrial Applications
  • EN 1652 CuZn5 R270 – Premium Copper‑Zinc Alloy for Electrical and Structural Applications
  • EN 1652 CuZn5 R340 – High-Conductivity, Corrosion-Resistant Alloy
  • EN 12163 CuAl10Ni5Fe4 (CW307G) Wrought Alloy – High Strength & Heat Resistance
  • EN 1653 Grade CuZn39Pb0.5 R310 – High-Strength Leaded Brass for Boilers & Pressure Vessels
  • EN 10083-2 Grade C40E – Normalized or Normalized Formed Steel for High-Temperature Applications
  • EN 10083-2 Grade C45R Normalized or Normalized Formed Steel (+N) – Ideal for Automotive & Machine Components
  • EN 10083-2 Grade C50R: Normalized or Formed Steel for High Workability and Strength
  • EN 10083-2 Grade C55R - Normalized or Normalized Formed Steel for High-Performance Applications
  • EN 10083-2 Grade C60R Quenched & Tempered Steel – High Strength & Workability for Automotive & Industrial Applications
  • EN 10083-2 Grade 28Mn6 Steel – Quenched & Tempered for Automotive & Machine Applications
  • JIS C2555 PCYH250 Hot‑Rolled Steel – High Strength & Reliability
  • JIS C2555 PCYH300 Hot‑Rolled Steel – High‑Quality Low Carbon Grade
  • JIS C2555 PCYH350 Hot-Rolled Steel – Key Properties & Specifications
  • JIS C2555 Grade PCYH400 Hot-Rolled Low Carbon Steel – Key Properties & Specifications
  • JIS C2555 Grade PCYH600 Hot‑Rolled Low‑Carbon Steel – Key Properties & Specifications
  • JIS C2555 PCYH650 Hot‑Rolled Steel – Premium Low‑Carbon Grade
  • JIS C2555 PCYH700 Hot-Rolled Low Carbon Steel – Key Properties & Applications
  • JIS G3128 Grade E460CC Quenched & Tempered Steel: Key Mechanical Properties
  • EN 1652 Grade CuSn3Zn9 R380 – High-Performance Copper Alloy for Electrical Applications
  • EN 1652 Grade CuSn3Zn9 R430: High-Performance Copper Tin Alloy for Electrical Applications
  • EN 10095 X6NiCrSiNCe35-25 – Solution Annealed, High‑Temperature Stainless Steel
  • EN 1652 Grade CuZn0.5 R220 – High Conductivity, Unhardenable Copper Alloy
  • EN 1652 CuZn0.5 R240 – High Conductivity, Low Alloy Copper
  • EN 1652 Grade CuZn15 (R410) – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 CuZn30 R480 – High‑Strength, Unhardenable Copper Alloy for Deep Drawing & More
  • EN 10132-2 16MnCr5 Soft‑Annealed Strips for Case Hardening – Thin, High‑Strength
  • EN 10132-2 Grade 17Cr3 – Soft‑Annealed or Skin‑Passed Cold‑Rolled Narrow Strip for Case Hardening
  • EN 1652 Grade CuZn36 R480 – Unhardenable Wrought Alloy for High Strength Applications
  • EN 1652 Grade CuZn37 (G010) – Premium Unhardenable Wrought Copper Alloy
  • EN 1652 CuZn37 (CW508L) – Premium Grade 37 Copper Alloy for Cold Forming & Electrical Applications
  • EN 1652 CuZn37 G030: Premium Grade Wrought Copper Alloy
  • EN 1652 Grade CuZn37 G050 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 CuZn37Pb0.5 Brass – High Strength, Corrosion‑Resistant Alloy (R290)
  • EN 1652 CuZn37Pb0.5 – Lead‑Enhanced Brass with High Strength (R370)
  • EN 1652 CuZn37Pb0.5 R440: Unhardenable Brass Alloy with Enhanced Machinability
  • EN 10132-3 Grade C50E Quenched & Tempered Cold-Rolled Strip – High Strength, Precise Thicknesses
  • EN 10132-3 Grade C55E: Quenched & Tempered Cold‑Rolled Steel for High‑Performance Applications
  • EN 1652 Copper Alloy CuZn38Pb2 R470 – High-Performance Seamless Round Tubes
  • EN 1652 Grade Cu-OF R290 – High-Performance Copper-Free Material
  • EN 1652 Grade Cu-OF R360 – High-Performance, Oxygen-Free Copper Alloy
  • EN 10277-5 Grade 34CrS4 – Quenched, Tempered & Cold Drawn Steel for Automotive & Machine Applications
  • EN 10277-5 Grade 34CrS4 Cold-Drawn, Quenched & Tempered Steel – Premium Performance for Automotive & Machinery
  • Grade 41CrS4 Steel – EN 10277-5 Quenched, Tempered, and Cold Drawn for Vehicle and Machine Components
  • 41CrS4 Cold‑Drawn, Quenched & Tempered Steel – EN 10277‑5 Specification for Automotive & Machine Components
  • EN 10277‑5 Grade 51CrV4 Cold‑Drawn, Quenched & Tempered Steel (+C+QT) – High‑Performance Alloy for Aerospace & Heavy Machinery
  • EN 10277-5 Grade C35E Rolled & Turned Steel (+SH) – Ideal for High-Load Vehicle & Machine Parts
  • EN 10277-5 Grade C35R – Bright, Rolled & Turned Steel for Vehicle & Engine Parts
  • EN 10277‑5 Grade C40E Steel: High‑Temperature Performance & Precision Machining
  • EN 10277-5 Grade C40R Steel: Rolled & Turned (SH) – High-Strength, Excellent Workability
  • EN 10277-5 Grade C45E Steel – Rolled, Turned & Heat‑Treatable for Heavy‑Duty Applications
  • EN 10277-5 Grade C45R Rolled & Turned Steel – High Workability & Reliable Strength (+SH)
  • EN 10277‑5 Grade C50E Steel – Rolled, Turned, and Hot‑Finished
  • EN 10277-5 Grade C50R: Rolled & Turned Steel for High-Performance Applications
  • EN 10277-5 Grade C60E – High-Strength Rolled & Turned Steel for Heavy-Duty Vehicle & Engine Applications
  • EN 10277-5 Grade C60R – Quenched, Tempered & Cold Drawn Steel for High-Load Applications
  • EN 10277-5 Grade C60R Cold Drawn Steel – High Strength, High Workability for Automotive & Industrial Applications
  • EN 10277-5 Grade C60R: High-Strength Cold-Drawn, Quenched & Tempered Steel
  • EN 1652 Grade CuSn3Zn9 R320 – High‑Performance Copper Alloy for Electrical Engineering
  • EN 1563 Grade GJS‑800‑2: Expert Heat Treatment for High‑Strength Cast Iron Parts
  • EN 10090 X33CrNiMnN23-8 – High‑Performance Valve Steel (Solution Heat‑Treated & Precipitation Hardened)
  • EN 10090 X40CrSiMo10-2: High‑Performance Quenched & Tempered Valve Steel
  • EN 10090 X45CrSi9-3 Quenched & Tempered (QT) – High-Performance Valve Steel
  • EN 10090 Grade X50CrMnNiNbN21-9: High-Performance Valve Steel – Solution Heat‑Treated & Precipitation Hardened (+AT+P)
  • EN 10090 X53CrMnNiN21-9: Solution Heat‑Treated & Precipitation Hardened Valve Steel – Superior Corrosion Resistance
  • EN 10090 X53CrMnNiNbN21‑9 Valve Steel – Solution Heat‑Treated & Precipitation Hardened (+AT+P)
  • EN 10090 X55CrMnNiN20-8 Valve Steel – Solution Heat‑Treated & Precipitation Hardened (+AT+P)
  • EN 10090 Grade X85CrMoV18-2: Quenched & Tempered (QT) Valve Steel – Superior Corrosion & Thermal Resistance
  • EN 13148 Grade Cu-DHP R360 – Premium Hot-Dip Tinned Copper Strip
  • EN 1652 Grade Cu-DLP R220: Premium Deoxidized Copper with Superior Strength
  • EN 1652 Grade Cu-DLP R360 – Premium Deoxidized Copper for Superior Strength and Conductivity
  • EN 1652 Cu-ETP Grade H040 – Premium Oxygen‑Free Copper with Exceptional Conductivity
  • EN 1652 Cu‑ETP R200 – Premium Oxygen‑Free Copper for Superior Conductivity
  • EN 10277-5: 25CrMoS4 Steel – Quenched, Tempered & Cold Drawn (QT+C) – High Strength & Ductility for Automotive & Machinery Applications
  • EN 10277-5 25CrMoS4 Cold‑Drawn, Quenched & Tempered Steel for High‑Strength Applications
  • EN 10277-5 Grade 34CrNiMo6 Quenched, Tempered, and Cold‑Drawn Steel (+QT+C) – High‑Strength, Low‑Temperature Performance
  • Grade 34CrNiMo6 Cold Drawn, Quenched & Tempered Steel – EN 10277‑5
  • EN 1652 Cu-OF R220 – Copper‑Free, Oxygen‑Free Alloy with Superior Conductivity & Hydrogen Resistance
  • EN 1652 Cu-OF R240: Premium Oxygen‑Free Copper Alloy
  • EN 10272 X2CrNiN23-4 Duplex Steel – Solution Annealed (+AT) – High Strength, Corrosion Resistance
  • EN 12166 Grade CuNi18Zn20 R480 – High Strength, Corrosion-Resistant Copper Alloy
  • DIN 17440 X12CrMoS17 Soft Annealed Steel – Superior Corrosion Resistance & Versatile Industrial Uses
  • DIN 17440 Grade X14CrMoS17 – Soft‑Annealed Stainless Steel for Pressure Vessels & Mechanical Parts
  • EN 12166 CuNi2Si R640 – High-Performance Wire for Springs & Fasteners
  • EN 10277-2 Grade C35 Steel: Rolled & Turned (+SH) for High-Strength Applications
  • EN 10277-2 Grade C40 Steel – Rolled & Turned (+SH) for Heavy‑Duty Applications
  • EN 12451 Grade CuZn28Sn1As O60 – Unhardenable Copper Alloy for High Strength and Corrosion Resistance
  • EN 10277-2 Grade C45 Steel – Rolled & Turned (+SH) for High-Performance Applications
  • EN 10277-2 Grade C50 Steel – Rolled & Turned Bright Steel for High‑Strength Applications
  • Grade C60 Steel – EN 10277-2 Rolled and Turned (Shrouded) for High-Strength Applications
  • EN 10277-3 35S20 Cold-Drawn, Quenched & Tempered Steel – High Strength, Superior Ductility
  • EN 10277-3 Grade 35S20 Cold Drawn Steel – High Strength & Ductility for Automotive & Machine Parts
  • EN 10277-3 Grade 35S20 – High-Strength, Ductile Quenched & Tempered Steel for Automotive & Machinery
  • EN 10277-3 Grade 46S20: Premium Cold-Drawn, Quenched & Tempered Steel (C+QT)
  • EN 10277-3 46S20 Cold-Drawn Steel – High Strength, Low Ductility for Automotive & Machinery Applications
  • EN 10277-3 Grade 46S20: Quenched, Tempered, Cold Drawn Steel for High-Strength Applications
  • EN 1563 Grade GJS-500-7: Heat Treatment Standards for High-Performance Cast Iron Components
  • EN 1563 Grade GJS-600-3 – Premium Heat-Treated Cast Iron for High-Performance Applications
  • EN 1563 Grade GJS-700-2 Heat Treatment – Manufacturer or Agreement
  • EN 10269 X2CrNiMoN17-13-3 – High‑Strength, Corrosion‑Resistant Austenitic Steel, Solution Annealed (+AT)
  • DIN 17440 Grade X30Cr13 Soft-Annealed Steel – High-Performance Cutting & Bearing Applications
  • EN 12166 Grade CuCo2Be R730 – High‑Performance Copper Alloy for Wire, Springs, and Fasteners
  • EN 10269 X3CrNiMoBN17-13-3 Solution Annealed Steel for Power Plant Superheaters and High‑Temperature Components
  • EN 12166 Grade CuCo2Be R680 – Premium Copper‑Cobalt‑Beryllium Alloy for Wire, Springs & Fasteners
  • EN 10269 X5CrNi18-10 Austenitic Stainless Steel – Solution Annealed with Annealing Treatment
  • EN 10269 Grade X5CrNi18-10 Strain-Hardened (+C700) – Premium Austenitic Steel for Corrosion‑Resistant Applications
  • EN 10269 X5CrNiMo17-12-2 Solution Annealed (+AT) – Premium Austenitic Steel for Chemical & Pharma Applications
  • EN 10269 Grade X5CrNiMo17-12-2: High-Performance Strain-Hardened Alloy for Chemical & Industrial Applications
  • EN 10269: X6CrNi18-10 Austenitic Steel – Solution Annealed & Post‑Annealing Treatment
  • EN 10269 X6CrNiMoB17-12-2 Solution-Annealed Steel (+AT): High-Temperature Austenitic Steel for Power Plants & Chemical Applications
  • EN 10269 X7CrNiMoBNb16-16: Warm‑Worked & Precipitation‑Hardened High‑Temperature Steel
  • EN 10269 X8Ni9 Normalized & Tempered Steel – Ideal for Low‑Temperature Fasteners and Pressure Vessels
  • EN 12168 Grade CuSP H080 – Low Alloy Copper with High Conductivity and Cold‑Forming Strength
  • EN 12168 Grade CuTeP H080: High-Performance Copper Alloy for Superior Machining
  • EN 10272 X2CrNi12 Soft-Annealed Steel (+A) – Superior Corrosion & Abrasion Resistance
  • X2CrNiMoCuN25-6-3 Austenitic Steel – EN 10272 Grade, Solution Annealed + AT for Pressure Vessel Rods
  • EN 10272 Grade X2CrNiMoCuWN25-7-4 Solution-Annealed Steel – Superior Corrosion Resistance & High Strength
  • EN 10272 X2CrNiMoN22-5-3 Austenitic-Ferritic Steel – Solution Annealed (+AT) for Pressure Vessels
  • X2CrNiMoN25-7-4 Austenitic Steel – Solution Annealed, High-Performance Cold/Warm Rolled Strips, Sheets, and Profiles
  • DIN 17440 Grade X14CrMoS17 – Quenched & Tempered Stainless Steel for Pressure Vessels & Structural Components
  • DIN 17440 Grade X20Cr13 Soft-Annealed Steel (+A): High-Performance Corrosion Resistance & Temperature Stability
  • EN 12164 Grade CuNi7Zn39Pb3Mn2 R600 – Premium Copper‑Nickel Alloy for Industrial Applications
  • EN 12168 Grade CuZn36Pb2As (H070) – Premium Copper–Bronze for Water Supply
  • EN 12165 Copper Alloy Wire – CuZn38Pb2 H080 – Premium Quality & Performance
  • EN 12168 Grade CuZn40Mn1Pb1AlFeSn (H100) – High-Performance Copper Brass Alloy
  • EN 10269 21CrMoV5-7 Quenched & Tempered Steel – Superior High-Temperature Strength
  • EN 10269 Grade 25CrMo4 Quenched & Tempered: Premium High‑Strength Steel
  • EN 12166 Grade Cu-DHP R270 – Premium Deoxidized Copper for High-Performance Applications
  • EN 10269 Grade 30CrNiMo8 – High‑Performance Quenched & Tempered Steel for Aircraft & Heavy Machinery
  • EN 12166 Cu‑DHP R330 – Premium Deoxidized Copper for High‑Performance Applications
  • EN 10269 Grade 34CrNiMo6 – Quenched & Tempered (QT) Steel for High-Stress Applications
  • EN 10269 40CrMoV4-6 Quenched & Tempered Steel – High‑Temperature Performance up to 540 °C
  • EN 10269 Grade 42CrMo4 Quenched & Tempered (QT) – High‑Performance Steel for Heavy‑Duty Applications
  • EN 12167 CuZn39Mn1AlPbSi (CW718R) – Unhardenable Copper Alloy with Enhanced Strength & Corrosion Resistance
  • EN 10269 X12CrNiMoV12-3 Quenched & Tempered Steel – Martensitic Stainless for Turbine Applications
  • EN 12167 Grade CuZn39Pb3 H110 – Premium Leaded Brass Alloy for Superior Machinability
  • EN 12167 Grade CuZn39Pb3 H090 – Unhardenable Wrought Brass Alloy
  • EN 10269 X2CrNiMo17-12-2 Solution-Annealed Steel – Superior Corrosion Resistance & Formability
  • EN 10269 X2CrNiMo17-12-2 Strain-Hardened Steel (+C700) – High Corrosion Resistance & Superior Formability
  • EN 12166 Grade CuZn40Pb2 (H090) – Composition, Properties & Applications
  • EN 12164 Grade CuZn38Pb1 R360 – Premium Cold‑Formable Brass Alloy
  • EN 12164 CuZn39Pb0.5 R360 Brass – Superior Strength & Machinability
  • EN 12164 R380: CuZn39Pb2 Brass Alloy – High Strength & Machinability
  • EN 12164 Grade CuZn39Pb3 R400 – High-Performance Brass Alloy
  • EN 10083-2 Grade C55 Normalized Steel for High-Load, Wear-Resistant Applications
  • EN 12164 CuZn40Mn1Pb1 R390: Unhardenable Copper Alloy for High-Performance Applications
  • EN 12164 CuZn40Mn1Pb1AlFeSn Brass – R460 Grade, High Strength & Corrosion Resistance
  • EN 12164 Grade CuZn40Mn1Pb1AlFeSn (R500) – Premium Brass for Industrial Applications
  • EN 12164 Grade CuZn40Mn1Pb1AlFeSn – High-Strength Wrought Copper Brass (R520)
  • EN 12167 CuCo2Be R730 – High‑Performance Low‑Carbon Copper Alloy
  • EN 12167 CuCo₂Be R680: High-Conductivity, Corrosion-Resistant Low-Alloy Copper
  • ISO 683-4 Grade 35S20 Steel – Quenched & Tempered (QT) for Automotive & Machinery
  • EN 12164 Grade R400 – CuZn40Pb2 Copper Alloy for Improved Machinability
  • EN 10250-2 Grade C30 Steel – Normalized & Tempered (+NT) for High Ductility Applications
  • EN 10250‑2 Grade C40 Steel – Normalized & Tempered (NT) – Key Properties & Applications
  • EN 12165 CuAl10Fe3Mn2 H120 High-Strength Wrought Alloy


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