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  • EN 10087 Grade 46S20 – High‑Strength Quenched & Tempered Steel
  • EN 10250-2 Grade C50 Normalized & Tempered Steel – High Strength & Abrasion Resistance
  • DIN 17440: X12Cr13 Quenched & Tempered Steel for High-Pressure Applications
  • EN 12163 Grade CuZn36 R310 – Premium Unhardenable Copper Alloy for High-Performance Applications
  • EN 12166 Copper Alloy CuZn37 (R290) – Properties & Specifications
  • EN 12166 Grade CuZn37 R460 – High-Performance Copper Alloy Wire
  • EN 12163: CuZn37 H070 – High-Performance Copper Alloy for Cold Forming Applications
  • EN 12166: CuZn37 H01 – Premium Copper Alloy for Cold Forming Applications
  • EN 12163 Grade CuZn37 R310 – High-Strength Unhardenable Copper Alloy for Cold Forming
  • EN 10217-7 Grade X1NiCrMoCuN25-20-7 – Solution‑Annealed Stainless Steel for High‑Temperature Corrosion Resistance
  • EN 12163 CuZn39Sn1 H080 – High-Quality Brass for Precision Engineering
  • EN 10222-2 Grade X10CrMoVNb9-1: Normalized & Tempered High-Temperature Stainless Steel for Pressure Vessels
  • EN 12164 Grade CuSn4Pb4Zn4 R450 – Leaded Phosphor Bronze Bars with 450 MPa Tensile Strength
  • EN 12166 CuZn39Pb0.5 R500 Wire – High‑Strength, High‑Conductivity Copper Alloy
  • EN 12168 Grade CuZn39Pb2 H110 – Leaded Brass with Superior Cold Forming
  • EN 12164 Grade CuTeP R360 – Superior Copper Alloy for Machining & Corrosion Resistance
  • EN 10222-5 Grade X2CrNiMoN17-11-2 – Solution Annealed Steel with Enhanced Corrosion Resistance
  • EN 10222-5 X2CrNiMoN22-5-3: Solution Annealed Grade with Superior Corrosion Resistance
  • EN 12166 Grade CuZn39Pb3 H110 – High-Strength, Lead-Enhanced Brass Alloy
  • EN 10222-5 Grade X3CrNiMo13-4: Quenched & Double Tempered Steel for High-Performance Applications
  • EN 12166 Grade CuZn39Pb3 H090 – Lead-Containing Brass Alloy
  • EN 12164 Grade CuZn37Mn3Al2PbSi R540 – Unhardenable Copper Alloy for High Strength & Corrosion Resistance
  • EN 12168 CuZn40Pb2 (H110) – Lead‑Alloy Copper for Enhanced Machinability
  • EN 12166 CuSn6 H02 Alloy – Specifications & Applications
  • EN 12166 Grade CuSn6 R520 – High‑Performance Tin‑Copper Alloy
  • EN 12166 CuSn8 R620: Premium Tin‑Copper Alloy for Superior Corrosion Resistance
  • EN 12166 Grade CuSn8 H01: High-Performance Tin-Copper Alloy for Corrosion-Resistant Applications
  • EN 10028-7 Grade X3CrNiMo13-4 – Quenched & Tempered Steel for High‑Performance Applications
  • EN 12166 CuSn8 R520 – High-Performance Tin‑Copper Alloy for Industrial Applications
  • EN 10028-7 Grade X4CrNiMo16-5-1: High-Performance Quenched & Tempered Martensitic Stainless Steel
  • EN 10216-3 Grade P460NL1 – Normalized & Normalized Formed Cryogenic Weldable Steel
  • EN 10216-3 P460NL2 Steel – Normalized/Normalized Formed (+N) for Cryogenic Applications
  • EN 12163 Grade R640 CuNi2Si Copper Alloy – Superior Conductivity & Corrosion Resistance
  • EN 12166 CuZn20 R540 Wire – Premium Copper Alloy for General Applications
  • EN 12166 Grade R340: CuZn35Pb1 Brass Alloy for Superior Machining
  • EN 12164 CuZn35Pb1 R400 Brass – High Strength & Cold Formability
  • EN 12163 Grade CuSn6 R470 – High-Performance Tin‑Copper Alloy
  • EN 12166 CuZn35Pb2 (H080) – High-Performance Brass Alloy
  • EN 12166 Grade CuZn36 H01 – Premium Copper Alloy for Precision Engineering
  • EN 12163 Grade CuZn28 (R310) – Premium High‑Strength Copper Alloy
  • EN 12163 Grade CuZn28 R370 – High-Performance Unhardenable Copper Alloy
  • EN 12163 CuZn31Si1 R460 – Unhardenable Copper Alloy for Friction Components
  • EN 12163 CuZn31Si1 R530 – High-Performance Copper Alloy for Friction Applications
  • DIN 1651 Grade 60S20 Cold Drawn Steel – High Strength, Ideal for Automotive & Tooling Applications
  • DIN 17445 Grade G-X20Cr14: High‑Performance Quenched & Tempered Stainless Steel for Turbine Components
  • DIN 17445 Grade G-X3CrNiMoN17-13-5 Quenched: High-Temperature Resistant Steel for Pressure Vessels
  • High-Strength 25CrMo4 Steel – EN 10277-5 Cold-Drawn, Turned, Quenched & Tempered
  • EN 10277‑5: 25CrMoS4 Cold‑Drawn, Quenched & Tempered – Premium High‑Strength Steel for Automotive & Engine Parts
  • EN 10277-5 Grade 28Cr4: High‑Strength Cold Drawn or Turned Steel, Quenched and Tempered
  • EN 10132-4 Grade 51CrV4: Soft‑Annealed & Skin‑Passed Steel for Springs & Cold‑Rolled Applications
  • EN 10132-4 Grade C100S: Quenched & Tempered Steel for Precision Springs and Cold‑Rolled Applications
  • EN 10132‑4 Grade C85S Quenched & Tempered Steel – Premium Cold‑Rolled Strip for Springs & Thin Components
  • EN 10028-3 Grade P460N – Normalized & Stress-Relieved Sheet Steel Properties
  • EN 10025-5 S355J2G1W Steel – As‑Rolled with Enhanced Atmospheric Corrosion Resistance
  • EN 12166 Grade CuSn4 R330 – High-Performance Tin‑Copper Alloy for Corrosion Resistance and Electrical Applications
  • EN 12166 Grade CuSn4 H01 – High-Performance Copper‑Tin Alloy
  • EN 1652 Grade CuSn4 – Recrystallized & Annealed for Optimal Formability & Strength
  • EN 1652 Grade CuSn4 M20 – Premium Copper Tin Alloy for Superior Strength & Corrosion Resistance
  • EN 12166 Grade CuSn4 R420 – High-Performance Tin‑Copper Alloy
  • EN 12166 Grade CuSn5 H01 – Premium CuSn5 Alloy for Springs & Connectors
  • EN 12166 Grade CuSn5 O60 – High‑Conductivity Copper Tin Alloy for Precision Tubes and Connectors
  • EN 12163 CuCo₂Be R730 – Premium Low-Carbon Copper Alloy with Superior Conductivity
  • EN 12163 Grade CuCo2Be R680 – High-Performance Low-Carbon Copper Alloy
  • EN 10297-1: Grade 36Mn5 Quenched & Tempered Steel – Specifications & Properties
  • EN 10297-1 Grade Cm60 – Quenched & Tempered Steel: High Strength & Reliability
  • DIN 17205 Grade GS‑30Mn5: Air‑Quenched & Tempered Steel for High‑Performance Applications
  • DIN 17240 Grade 24CrMo5 Quenched & Tempered – High‑Temperature Steel for Chemical & Turbine Applications
  • DIN 17240 Grade C35 Steel – Normalized or Normalized‑Formed (+N) for Creep Resistance up to 400 °C
  • DIN 17155 Grade 13CrMo4-4 Quenched & Tempered Steel: High‑Temperature Performance
  • DIN 17245 G‑X8CrNi12: Quenched & Tempered Steel for Water & Steam up to 400 °C
  • EN 10111 Grade RRStW 23 Hot-Rolled Steel – Specifications & Properties
  • EN 10111 Grade StW 22 Hot-Rolled Steel: Properties & Applications
  • EN 10111 Grade StW 24 – Hot Rolled Low Carbon Steel Specifications
  • EN 10111 Grade UStW 23 Hot Rolled Steel Properties
  • DIN 1651 Grade 35S20 Steel – Cold Drawn, Quenched & Tempered (C+QT)
  • High-Strength 35S20 DIN 1651 Steel: Turning, Quenching, and Tempering for Automotive & Tooling Applications
  • DIN 1651 Grade 35S20 Cold Drawn Steel – Ideal for Automotive & Tooling Applications
  • DIN 1651 Grade 45S20: Cold‑Drawn, Quenched & Tempered Steel – Superior Strength & Cutting Performance
  • DIN 1651 Grade 45S20: Precision‑Machined, Quenched & Tempered Steel
  • DIN 1651 Grade 45S20 Cold-Drawn Steel – High Strength, Superior Cutting Performance
  • DIN 1651 Grade 60S20 Cold Drawn, Quenched & Tempered Steel – High Strength & Durability
  • DIN 17442 Grade G‑X20CrMo13: Quenched & Tempered (QT) – High‑Performance Martensitic Stainless Steel
  • DIN 1651 Grade 60S20: High-Strength, Quenched & Tempered Steel for Precision Machining
  • EN 10277-5 Grade 34CrS4 Cold-Drawn or Turned Steel – Quenched & Tempered for Vehicle and Engine Applications
  • EN 10277-5 Grade 36CrNiMo4 – Cold-Drawn, Turned, Quenched & Tempered Steel for High-Performance Applications
  • EN 10277-5 Grade 37Cr4: Premium Cold-Drawn & Quenched Steel for High-Performance Automotive & Machine Parts
  • EN 10277-5 Grade 37CrS4: High-Performance Cold-Drawn, Quenched, and Tempered Steel for Automotive & Machinery Applications
  • EN 10277-5 Grade 38Cr2 – Cold‑Drawn, Quenched & Tempered Steel for High‑Strength Automotive Components
  • EN 10277-5 Grade 38CrS2: High-Strength Cold-Drawn, Turned, Quenched & Tempered Steel
  • EN 10277‑5 Grade 41Cr4 Steel – Cold‑Drawn, Turned, Quenched & Tempered
  • EN 10277-5 Grade 41CrS4: High‑Strength Cold‑Drawn Steel for Automotive and Machinery Applications
  • EN 10277-5 Grade 42CrMo4 Steel – Cold Drawn, Turned, Quenched & Tempered for High‑Load Applications
  • EN 10277‑5 Grade 46Cr2: High‑Strength Cold‑Drawn or Turned Steel for Automotive and Machine Applications
  • EN 10277‑5 Grade 46CrS2 – Cold‑Drawn, Turned, Quenched & Tempered Steel for High‑Strength Applications
  • EN 10277‑5 Grade 50CrMo4: Cold‑Drawn, Turned, Quenched & Tempered Steel for High‑Load Applications
  • EN 10277‑5 Grade 50CrV4: Premium Cold‑Drawn, Quenched & Tempered Steel for High‑Load, High‑Wear Applications
  • EN 10277‑5 CM60 Cold‑Drawn Steel: High Strength & Superior Workability
  • EN 10277-5 Grade Cm60: Cold-Drawn or Turned and Normalized Steel for High-Strain Applications
  • EN 10263-4 Grade 25CrMo4 Quenched & Tempered Steel – High Strength, Cold-Formable
  • EN 10263-4 Grade 34CrMo4 Quenched & Tempered Steel – High Strength & Versatility
  • DIN 1654-5 Grade X6Cr17 Soft Annealed Steel (A) – Ideal for Cold-Forming & Corrosion Resistance
  • EN 10297‑1 Grade 28Mn6 Quenched & Tempered Steel (QT) – Key Mechanical Properties
  • EN 10297-1 Grade 36CrNiMo4 Quenched & Tempered Steel – Key Properties & Applications
  • ASTM B210 Grade 1060 H18 Aluminum Alloy – Key Properties & Standards
  • ASTM B483 Grade 1060 H113 – Premium Aluminium Alloy Specifications
  • ASTM B483 Grade 1060 H12 Aluminium Alloy – Key Properties & Applications
  • ASTM B483 Grade 1060 H14 Aluminum – Detailed Properties & Specifications
  • ASTM B483 Grade 1060 H18 – High‑Strength 1000‑Series Aluminium Alloy
  • ASTM B483 Grade 1060 O Aluminum: Key Properties & Standards
  • ASTM B483 Grade 5050 H32 Aluminium: Key Properties & Specifications
  • ASTM B483 Grade 5050 H34 – Premium 5050 Series Aluminum Alloy Specifications
  • ASTM B483 Grade 5050 H36 Aluminium: Key Properties & Standards
  • ASTM B483 Grade 5050 H38 Aluminum Alloy – Key Mechanical & Physical Properties
  • ASTM B483 Grade 5050‑O Aluminum: Key Properties & Specifications
  • EN 10277-5 Grade 28CrS4 Cold-Drawn or Turned Steel – Quenched & Tempered for High-Load Vehicle Parts
  • EN 10277-5 Grade 28Mn6 Steel – Cold‑Drawn, Turned, Quenched & Tempered
  • EN 10277-5 Grade 30CrMoV9: Cold-Drawn, Turned, Quenched & Tempered Steel for High-Strength Applications
  • EN 10277-5 Grade 30CrNiMo8: Cold‑Drawn, Turned, Quenched & Tempered High‑Performance Steel
  • EN 10277-5 Grade 32Cr2 – Cold-Drawn, Quenched & Tempered Steel for Automotive Shafts & Precision Parts
  • EN 10277-5 Grade 32CrS2 – Cold‑Drawn, Turned, Quenched & Tempered Steel for Automotive & Engine Components
  • EN 10277‑5 Grade 34Cr4: Cold‑Drawn, Quenched & Tempered Steel for High‑Performance Automotive Components
  • EN 10277‑5 Grade 34CrMoS4 – Cold‑Drawn/Turned, Quenched & Tempered High‑Strength Steel
  • EN 10277-5 Grade 34CrNiMo6 – Cold-Drawn, Turned, Quenched & Tempered Steel for High-Load Applications
  • ASTM B210 Grade 5083 O – Comprehensive Aluminium Properties
  • ASTM Alclad 3003 H14 – Premium 3000‑Series Aluminum Alloy
  • ASTM Alclad 3003-O Aluminium Sheet – Key Specifications & Properties
  • ASTM Alclad 3102-O Aluminium: Key Properties & Standards
  • ASTM B211 2111T8 Aluminum Alloy – Key Properties & Standards
  • ASTM B211 Grade 6110 T9 Aluminium: Specifications & Properties
  • ASTM B210 Grade 1060 O – Premium 1000 Series Aluminum Alloy
  • ASTM B210 Grade 3102-O: Comprehensive Properties & Applications
  • ASTM B210 Grade 5050 H32 Aluminum Alloy – Key Properties & Standards
  • ASTM B210 Grade 5050 H34 Aluminum – Technical Specifications & Mechanical Properties
  • ASTM B210 Grade 5050 H36 – High‑Strength Wrought Aluminum for Structural Applications
  • ASTM B210 Grade 5050 H38 Aluminum Alloy – Premium Properties & Performance
  • ASTM B210 Grade 5154 H38: Premium Aluminium Alloy for High-Performance Applications
  • ASTM B210 Grade 5456-O Aluminium Alloy – Key Properties & Standards
  • ASTM B211 Grade 5154 H112: Premium 5xxx Series Aluminum Alloy
  • ASTM A707 Grade L1 Steel: Premium Annealed, Normalized & Tempered Solutions for Industrial Applications
  • ASTM B210 Grade 1060 H113 Aluminum: Specifications & Properties
  • ASTM B210 Grade 1060 H12 Aluminum Alloy – Specifications & Performance
  • ASTM B210 Grade 1060 H14 Aluminum – Comprehensive Property Overview
  • ASTM A513 Grade 1008 Steel – As-Welded Performance & Properties
  • ASTM A513 Grade 1025 Sink-Drawn Low-Carbon Steel – Key Properties & Specifications
  • ASTM A513 Grade 1026 DOM – Stress‑Relieved Low‑Carbon Steel
  • ASTM A513 Grade 1026 Normalized Low‑Carbon Steel – Key Mechanical Properties
  • ASTM A519 Grade 1118 Stress‑Relieved Low‑Carbon Steel – Key Properties & Specifications
  • ASTM A519 Grade 1118 Normalized Steel – Specifications & Properties
  • ASTM A519 Grade 1118 Cold‑Worked Low‑Carbon Steel – Key Properties & Performance
  • ASTM A592 Grade F Quenched & Tempered Steel – Superior Strength & Durability
  • ASTM A871 Type I Grade 65 Steel – As‑Rolled, Normalized, or Q&T for Superior Strength and Reliability
  • ASTM A871 Type IV Grade 60 Steel – As‑Rolled, Normalized, or Q&T
  • ASTM A871 Type IV Grade 65 Steel – As‑Rolled, Normalized, or Quenched & Tempered (Low‑Carbon, High Strength)
  • ASTM A945 Grade 65 – Non‑Treated, Normalized, or Q&T Steel Specifications
  • ASTM A707 Grade L3 Class 1 Steel – Specifications, Properties, and Heat Treatment Options
  • ASTM A618 Grade III Hot‑Formed Steel: Key Properties & Applications
  • ASTM A618 Grade Ib Hot-Formed Steel – High-Performance Low Carbon Steel
  • ASTM A656 Grade 345 Type 3 As-Rolled Steel – Premium Low‑Carbon Structural Material
  • ASTM A769 Grade 50 Steel – Specifications & Key Properties
  • ASTM A769 Grade 60 Low‑Carbon Steel – Comprehensive Material Properties
  • ASTM B210 Grade 5050-O Aluminum Alloy – Properties & Standards
  • ASTM A513 Grade 1015 Steel – Normalized Low‑Carbon, High‑Strength Material
  • ASTM A513 Grade 1025 DOM Stress-Relieved Steel – Key Properties & Specifications
  • ASTM A513 Grade 1025 Normalized Steel – Detailed Properties & Specifications
  • ASTM A513 Grade 1026 As-Welded Steel – Key Properties & Specifications
  • ASTM A513 Grade 1026 DOM Steel: Key Properties & Specifications
  • ASTM A513 Grade 1026 Sink‑Drawn Steel – Premium Low‑Carbon Alloy
  • ASTM A513 Grade 1524 DOM Stress-Relieved Steel – Key Properties & Applications
  • ASTM A519 Grade 1020 Hot Rolled Steel – Key Properties & Specifications
  • ASTM A519 Grade 1020 Annealed Steel – Key Properties & Applications
  • ASTM A519 Grade 1025 Stress‑Relieved Low‑Carbon Steel – Key Properties & Applications
  • ASTM A519 Grade 1025 Hot-Rolled Steel – Premium Low-Carbon Quality
  • ASTM A519 Grade 1025 Annealed Steel – Key Properties & Performance
  • ASTM A519 Grade 1118 Hot Rolled Steel – Low‑Carbon, High‑Strength Structural Grade
  • ASTM A519 Grade 1118 Annealed Steel: Key Properties & Performance
  • ASTM A512 Grade 1110 – Premium Stress‑Relief Annealed Round Tubes
  • ASTM A512 Grade 1115 Stress‑Relief Annealed Round Tubes – High‑Strength Low‑Carbon Steel
  • ASTM A512 MT1010 Soft Annealed Round Tubes – High-Quality Low‑Carbon Steel
  • ASTM A512 MT1010 Stress‑Relief Annealed Round Tubes – Premium Low‑Carbon Steel
  • ASTM A512 MT1015 Soft‑Annealed Round Tubes – Superior Low‑Carbon Steel
  • High-Quality ASTM A512 MT1015 Stress-Relief Annealed Round Tubes – Precision Low-Carbon Steel
  • ASTM A512 Grade 1016 Stress‑Relieved, Annealed Round Tubes – Premium Low‑Carbon Steel
  • ASTM A512 Grade 1018 Stress‑Relief Annealed Round Tubes – Superior Low‑Carbon Steel for Precision Applications
  • ASTM A522 Grade I – Double Normalized & Tempered (Quenched & Tempered) Steel Properties
  • ASTM A513 Grade 1020 DOM Steel: Key Properties & Applications
  • ASTM A522 Grade II Steel – Double Normalized & Tempered or Quenched & Tempered
  • ASTM A513 Grade 1020 Normalized Steel: Properties & Specifications
  • ASTM A513 Grade 1020 Sink‑Drawn Steel: Key Properties & Applications
  • ASTM A513 Grade 1021 Steel – As-Welded Properties & Specifications
  • ASTM A513 Grade 1021 DOM Stress‑Relieved Steel – Key Properties & Performance
  • ASTM A513 Grade 1021 DOM – Specifications & Properties
  • ASTM A513 Grade 1021 Steel: Normalized Properties & Performance
  • ASTM A513 Grade 1021 Sink-Drawn Steel – Premium Low-Carbon Construction Material
  • ASTM A513 Grade 1025 As-Welded Steel: Properties & Performance
  • ASTM A513 Grade 1025 DOM: Low‑Carbon Steel Specification and Key Properties
  • ASTM A513 Grade 1008 Stress-Relieved DOM Low Carbon Steel – Superior Mechanical Properties
  • ASTM A513 Grade 1008 Normalized Low-Carbon Steel: Key Properties & Specs
  • ASTM A513 Grade 1010 As-Welded Steel – Key Properties & Applications
  • ASTM A513 Grade 1010 DOM: Key Properties & Applications
  • ASTM A513 Grade 1010 Sink‑Drawn Steel – Premium Low‑Carbon Structural Material
  • ASTM A513 Grade 1015 DOM Stress-Relieved Steel – Key Properties & Applications
  • ASTM A352 Grade LCC: Normalized/Tempered or Liquid Quenched & Tempered Steel
  • ASTM A350 LF2 Class 1 Heat-Treated Steel – Premium Low Carbon Grade
  • ASTM A414 Grade F Hot-Rolled Steel – Premium Low‑Carbon Performance
  • ASTM A513 Grade 1008 DOM – Comprehensive Steel Properties & Specifications
  • ASTM A513 Grade 1008 Sink-Drawn Steel – High Strength, Low Carbon Alloy
  • ASTM A513 Grade 1010 DOM – Stress‑Relieved Low‑Carbon Steel
  • ASTM A513 Grade 1010 Normalized Steel: Key Properties & Applications
  • ASTM A513 Grade 1015 Steel – As-Welded Performance & Properties
  • ASTM A513 Grade 1015: Durable Low‑Carbon Steel with Superior Mechanical Properties
  • ASTM A513 Grade 1015 Sink-Drawn Steel: Specifications & Properties
  • ASTM A513 Grade 1020 – As-Welded Low Carbon Steel Properties & Specs
  • ASTM A513 Grade 1020 DOM Stress-Relieved Steel – Properties & Specifications
  • ASTM A513 Grade 1524 As‑Welded Steel – Performance & Properties
  • ASTM A513 Grade 1524 DOM Steel – Comprehensive Specs & Performance
  • ASTM A513 Grade 1524 Normalized – Comprehensive Low‑Carbon Steel Specs
  • ASTM A519 Grade 1020 Stress‑Relieved Low‑Carbon Steel – Key Properties & Performance
  • ASTM A519 Grade 1020 Normalized Steel – Key Properties & Applications
  • ASTM A519 Grade 1020 Cold-Worked Steel – Detailed Properties & Specs
  • ASTM A519 Grade 1025 Normalized Low-Carbon Steel – Key Mechanical & Physical Properties
  • ASTM A519 Grade 1025 Cold-Worked Low-Carbon Steel – Properties & Performance
  • ASTM A1018 Grade 380 Class 2 HSLAS Steel – Low‑Carbon Structural Grade
  • ASTM A1018 HSLAS Grade 410 Class 1 – Premium Low‑Carbon Steel Specifications
  • ASTM A1018 HSLAS Grade 410 Class 2 Steel – Properties & Specifications
  • ASTM A1018 Grade 450 HSLAS Steel – Class 1
  • ASTM A1018 HSLAS Grade 480 Class 2 – High Strength Low Alloy Steel
  • ASTM A1018 HSLAS Grade 450 Class 2 – Premium Low-Carbon HSLA Steel
  • ASTM A1018 HSLAS Grade 480 Class 1 Steel – Key Properties & Applications
  • ASTM A1018 HSLAS-F Grade 410 Steel – Specifications & Properties
  • ASTM A1018 HSLAS-F Grade 480 Low‑Carbon Steel – Key Mechanical & Thermal Properties
  • ASTM A109 Grade 2 Half-Hard Steel – Specifications & Properties
  • ASTM A109 Grade No. 3 Quarter-Hard Steel – Specifications & Properties
  • ASTM A109 Grade 4 Skin‑Rolled Steel – Key Properties & Applications
  • ASTM A109 Grade 5 Dead-Soft Steel: Key Properties and Specifications
  • ASTM A182 Grade F48 Solution-Annealed Steel: Key Properties & Specifications
  • ASTM A192 Steel: Hot‑Finished vs. Cold‑Finished Properties
  • ASTM A210 Grade A1 Steel – Hot- or Cold-Finished for Reliable Structural Applications
  • ASTM A242 Grade Type 1 – Low‑Carbon Steel Specifications & Properties
  • ASTM A320 Grade L1 – Quenched & Tempered Low‑Carbon Steel: Key Properties
  • ASTM A311 1018 Steel – Cold‑Drawn, Stress‑Relieved & Annealed for Superior Performance
  • ASTM A311 Grade 1117 – Cold Drawn, Stress‑Relief Annealed Steel for High‑Performance Applications
  • CEN/TS 13388 Grade CW024A R220 – Premium Metal Grade Specification
  • ASTM A1011: Stainless Steel Grade 250 Type 1 – Key Properties & Standards
  • ASTM A1011: SS Grade 250 Type 2 – Premium Low‑Carbon Steel Properties
  • ASTM A1011 Stainless Steel Grade 275 – Properties & Specifications
  • ASTM A131 Grade DH36: Key Properties & Specifications
  • ASTM A131 Grade DH40 – High‑Strength Low‑Carbon Steel Specification
  • ASTM A131 EH32 Grade Low‑Carbon Steel: Properties & Specifications
  • ASTM A131 EH36 Grade: Key Properties & Performance Overview
  • ASTM A131 Grade EH40 Low-Carbon Steel: Key Properties & Applications
  • ASTM A182 F56 Grade - Solution-Annealed Steel: Properties & Uses
  • ASTM A1018 HSLAS Grade 310 Class 1 Steel – Premium Low‑Carbon Alloy
  • ASTM A1018 HSLAS Grade 310 Class 2 Steel – Key Properties & Specifications
  • ASTM A1018 HSLAS Grade 340 Class 1 – Comprehensive Steel Specifications
  • ASTM A1018 HSLAS 340 Grade, Class 2 Low‑Carbon Steel – Key Properties
  • ASTM A131 Grade AH32 – Low Carbon Steel Specifications & Properties
  • ASTM A131 Grade AH36 Low‑Carbon Steel – Key Mechanical & Physical Properties
  • ASTM A131 Grade AH40: Steel Properties & Specifications
  • ASTM A131 Grade DH32: Key Properties & Applications
  • ASTM A1011 SS Grade 230 Steel – Key Properties & Performance Overview
  • ASTM A1018 HSLAS Grade 380 Class 1 – Premium Low‑Carbon Steel for High‑Strength Applications
  • AA 5050 H111 Aluminum Alloy – Key Mechanical & Physical Properties
  • AA 5050 H12 – High Strength Aluminium Alloy Properties & Performance
  • AA 5083 H14 Aluminium Alloy – High Strength & Corrosion Resistance
  • AA 5083 H16 Aluminium Alloy: Key Properties & Applications
  • AA 5083 H22 Aluminium Alloy – Properties & Applications
  • AA 5083 H24 Aluminum Alloy – High Strength, Excellent Corrosion Resistance
  • AA 5454 H12 – High Strength 5000 Series Aluminium Alloy with Enhanced Mechanical Properties
  • EN 573-3 Grade AW-1370 H11 – Aluminium Wire Properties & Standards
  • EN 573-3 Grade AW-1370 H12 – Premium Aluminium Alloy for Structural Excellence
  • EN 573-3 Grade AW-1350 H13 Aluminium Alloy – Properties & Standards
  • AW-1370 H13: EN 573-3 Certified Aluminium Alloy – Properties & Standards
  • EN 573-3 Grade AW-1370 H14: Wrought Aluminium Wire Properties
  • EN 573-3 Grade AW-1370 O – Comprehensive Aluminium Alloy Specification
  • AA Standards Grade 3004 H19 – Complete Material Property Overview
  • AW-8006 H18 – Certified EN 573-3 AlFeMn Alloy: Food Safe, High Strength & Durability
  • AW-8006 H22 AlFeMn Alloy – EN 573-3 Certified, Food Safe & High-Strength
  • AW-8079 H18 Aluminum Alloy – EN 573-3 Certified, Food‑Safe, High‑Strength
  • AW-8079 H22 Aluminum Alloy – EN 573-3 Certified, Food‑Safe, High‑Strength
  • AW-8079 O – Food‑Safe Aluminium Alloy, EN 573‑3 Certified
  • AA 5049 H15 Aluminum Alloy – Mechanical & Physical Properties
  • AA 5049 H17 – High-Performance 5000 Series Aluminium Alloy
  • AA 5049 H18 Aluminium Alloy – Mechanical & Physical Properties
  • AA 5049 H24: Key Mechanical & Thermal Properties of Wrought 5000 Series Aluminium
  • AA 5050 H14 Aluminum Alloy – Key Properties & Performance Overview
  • AA 5050 H16 Aluminium: Properties, Strength, and Applications
  • AA 5083 H12 Aluminium: High Strength & Corrosion Resistance
  • AA 5050 H18 Aluminium Alloy: Key Properties & Performance Overview
  • AA 5083 H34 Aluminium Alloy – Superior Mechanical Performance
  • AA 5083 H36 Aluminium Alloy – High Strength & Corrosion Resistance
  • AA 5083 H26 Aluminum Alloy – Key Mechanical & Thermal Properties
  • AA 5454 H14 Aluminium Alloy – Mechanical & Thermal Properties Overview
  • AA 5454 H28 Aluminium Alloy – Key Mechanical and Thermal Properties
  • AA 5049 H13 Steel – Advanced Properties & Applications
  • AA 5049 H14: Key Mechanical & Thermal Properties of 5000 Series Aluminium
  • AA 5049 H16 Aluminium Alloy: Properties & Performance
  • AA 5049 H28: Premium 5000 Series Aluminum with Enhanced Mechanical Properties
  • AA 5049 H34 – High-Strength 5000 Series Aluminium Alloy
  • AA 5454 H26 – High‑Strength Aluminium Alloy Specifications
  • AA 5049 H38 Aluminum Alloy – Mechanical & Thermal Data
  • UNS R53400: High-Performance Alloy with Superior Corrosion Resistance
  • DIWA 373: High-Temperature Weldable Steel (EN 1.6368)
  • AA 1050 H16 – Premium Wrought Aluminium with Superior Mechanical Properties
  • AA 1050 H112: Key Properties & Performance Overview
  • AA 1050 H14 Aluminum Alloy – Key Mechanical & Thermal Properties
  • AA 1350 H112 Aluminium Alloy – Key Properties & Mechanical Specs
  • Pink Sheets 201.0 T7: High-Performance Mechanical Properties
  • T61 Pink Sheets Grade 242.0 – Detailed Mechanical Properties
  • Pink Sheets Grade 201.0 T6: Comprehensive Mechanical Property Data
  • Pink Sheets Grade 355.0 T71 – Comprehensive Mechanical Properties & Performance Data
  • AA 5049 H11: Wrought 5000 Series Aluminium – Key Properties & Performance
  • AA 5049 H111 – High‑Strength 5000‑Series Aluminium Alloy
  • Pink Sheets Grade 319.0 T6 – Comprehensive Material Specifications
  • AA 5049 H22 Aluminium Alloy: Key Mechanical & Thermal Properties
  • AA 5049 H26 Aluminium Alloy – Properties & Specifications
  • AA 5049 H32 Aluminium Alloy: Mechanical & Thermal Properties Overview
  • AA 5049 H36 Aluminium – Mechanical & Thermal Properties Overview
  • AA 5049 H112 Aluminum Alloy – Key Mechanical and Physical Properties
  • AA 5050 H28 Aluminium Alloy: Mechanical & Thermal Properties
  • EN 573-3 Grade AW-4004 – Food‑Safe, Age‑Hardening AlSi Alloy
  • EN 573-3 Grade AW-4016 Aluminium Alloy – Technical Specifications & Applications
  • EN 573-3 AW-4018: Food‑Safe, Age‑Hardenable Aluminium Silicon Alloy
  • EN 573-3 Grade AW-4032: Premium Age-Hardenable AlSi Alloy
  • AW-4045 Aluminium Alloy – EN 573-3 Grade for Food‑Safe Applications
  • AW-4046 Grade: Food-Safe, Age-Hardenable AlSi Alloy – EN 573-3 Certified
  • AW-4104 Aluminium Alloy – EN 573-3 Certified Grade
  • EN 573-3 Grade AW-4343: Food‑Safe, Naturally Hard AlSi Alloy
  • EN 10084 Grade C10R Quenched Steel – Premium Gear Material
  • DIN 1725-1 Grade 3.4415 – High-Performance Al–Zn Alloy for Corrosion Protection
  • DIN 17115 21Mn4Al Steel – Normalized or Normalized Formed (+N): Specs & Uses
  • EN 10084 C16R Quenched Steel – High‑Performance Material for Gears & Mechanical Components
  • DIN 17210 C10Pb Steel – High Machinability & Low Core Strength for Automotive Parts
  • EN 573-3 AW-4014 Aluminium Alloy – Food‑Safe, High‑Performance Sheet & Plate
  • DIN 1725-1 Grade 3.2305 – Premium E‑AlMgSi Electrical Conductive Alloy
  • EN 573-3 Grade AW-2031 Aluminium Alloy – Properties & Applications
  • EN 573-3 Grade AW-2091: Premium Age-Hardenable AlCu Alloy for Structural Applications
  • EN 573-3 Grade AW-2124 Aluminium Alloy – Sheet, Strip & Plate Technical Specs
  • EN 573-3 AW-2214: Premium Age-Hardenable AlCu Alloy for Industrial Applications
  • AW‑2319: Age‑Hardenable Aluminum Alloy (EN 573‑3) – Properties & Standards
  • AW-3002 Aluminium Alloy – EN 573-3 Grade, Food‑Safe & High Strength
  • AW-3005A Aluminium Alloy – EN 573-3 Certified, Food‑Safe, High‑Strength Grade
  • AW-3017 (EN 573-3): Premium Food‑Safe Aluminum Alloy
  • AW-3105B Aluminium Alloy (EN 573-3) – Grade & Specifications
  • AW-3207A: Food‑Safe Al‑Mn Alloy per EN 573‑3
  • EN 10277-4 Grade C16R: Soft Annealed & Cold Drawn Steel Bars (+A+C) – Premium Low‑Carbon Steel
  • SAE J1392 Grade 060ZH Hot-Rolled Steel: Specifications & Properties
  • SAE J1392 060ZL Hot-Rolled Low Carbon Steel – Premium Mechanical & Thermal Properties
  • SAE J1392 Grade 070ZH Hot-Rolled Steel: Key Properties & Performance
  • High-Performance SAE J1392 Grade 070ZL Hot-Rolled Steel – Superior Strength & Reliability
  • DIN 17730 Grade G‑Ni95 Cast Material – Superior Corrosion Resistance & Ideal for Chemical & Food Industries
  • DIN 17115 Grade 15Mn3Al Steel – Normalized & Normalized Formed (+N) for Welded Chain Applications
  • DIN 17115 Grade 21Mn5 Quenched & Tempered Steel – Premium Material for Welded Round Link Chains
  • DIN 17115 Grade 27MnSi5 Quenched & Tempered Steel – Optimal for Welded Round Link Chains
  • DIN 17115 RSt 35-2 Grade Steel – Normalized or Normalized Formed (+N) for Chain Applications
  • DIN 17115 Grade USt 35-2 – Normalized or Normalized‑Formed Steel (±N)
  • DIN 17210 C15Pb Steel: Enhanced Strength & Machinability for Automotive & Mechanical Applications
  • DIN 17221 Grade 50CrV4: Annealed for Spheroidized Carbides (+AC) – Enhanced Performance
  • DIN 17221 Grade 51CrMoV4 Annealed for Spheroidized Carbides (+AC) – High‑Performance Hot‑Formed Springs
  • EN 10084 Grade C16E Quenched Steel: Superior Gear and Mechanical Engineering Performance
  • DIN 17224 Grade X7 CrNiAl 17-7 Solution Annealed – High-Performance Stainless Steel for Springs
  • AA 6020: Lead-Free, High-Performance 6000-Series Aluminum Alloy
  • EN 573-3 Grade AW-2001 Aluminium Alloy – Food‑Safe, High‑Strength Extruded & Drawn Components
  • CEN/TS 13388 CW105C Grade: R200, H065 – Key Material Properties
  • ASTM B241 Grade 6061 T4 Aluminum Alloy – High Performance & Corrosion Resistance
  • ASTM B241 Grade 6063 T4 Aluminum Alloy – High Corrosion Resistance & Superior Finish
  • Grade Cq15 Cold-Drawn Steel – Spheroidized Carbides, Annealed, Slightly Skin-Passed
  • EN 10263-4 Grade 19MnB4 – Cold-Drawn & Annealed Steel with Spheroidized Carbides for High-Strength Fasteners
  • EN 10263-4 Grade 22B2 Steel: Cold‑Drawn, Annealed for Spheroidized Carbides & Skin Pass
  • EN 10263-4 Grade 28B2 Steel – Cold Drawn, Annealed, Spheroidized Carbides, Skin‑Passed for Superior Strength
  • EN 10263-4 Grade Cq22: Cold-Drawn, Annealed Steel with Spheroidized Carbides – Ideal for High-Strength Applications
  • DIN 17222 Grade 50CrV4: Precision Cold‑Rolled & Hardened Steel for Springs
  • DIN 17222 Grade 67SiCr5 Cold-Rolled & Hardened Steel for Precision Springs
  • DIN 1651 Grade 10SPb20 – Cold Drawn & Stress‑Relieved Machining Steel for Automotive Parts
  • DIN 1651 Grade 9SMnPb28 Cold-Drawn, Stress-Relieved Steel – Superior Cutting Performance & Surface Quality
  • DIN 1651 Grade 9 SMnPb36 Cold‑Drawn & Stress‑Relieved Steel – Optimal for High‑Performance Machining
  • EN 10270-3 X7CrNiAl17-7 Precipitation Hardened Stainless Steel (+P) – High Fatigue & Temperature Performance
  • EN 10270-3 Grade X7CrNiAl17-7: Premium Cold-Drawn Stainless Steel Wire
  • EN 10277-4 Grade C10R: Soft-Annealed, Peeled Steel Bars (+A+SH)
  • EN 10277-4 Grade C10R – Soft Annealed & Cold Drawn Steel Bars (+A+C)
  • EN 10277-4 Grade C16R Soft‑Annealed & Peeled Steel Bars – Premium Low‑Carbon Steel
  • UGICHROM® 4307 – Premium Micro‑Fissured Chromium Plating for High‑Performance Hydraulic & Pneumatic Systems
  • UGICHROM® 4305 – Advanced Micro‑Fissuring Chromium Plating for Hydraulics & Pneumatics
  • UGICHROM® 4462: High-Performance Micro-Fissuring Chromium Plating for Hydraulic & Pneumatic Systems
  • UGICHROM® 4362 – Premium Micro‑Fissuring Chromium Plated Stainless Steel for Hydraulic & Pneumatic Applications
  • UGIMA® 4542 H925 – High-Performance Precipitation Hardened Stainless Steel
  • UGIMA® 4542 H1075 – Superior Machinability Stainless Steel
  • UGIMA® 4542 +P800/H1150M – Advanced Precipitation Hardened Stainless Steel for Superior Machining
  • UGIMA® 4542 H1150D: Superior Machinability Stainless Steel
  • Amstrong® Ultra 700MC – High Strength, Fine‑Grained Steel for Superior Weldability
  • Amstrong® Ultra 700MCT – Ultra-High Yield Strength Steel with Low Carbon and Fine Grain for Superior Weldability
  • DC04 AM FCE: EN 10130:2006 Compliant, High‑Strength Cold‑Rolled Mild Steel with Superior Formability
  • Bainidur® 1300 – The Low-Crack, High-Strength Forging Alloy
  • Bainidur® 7980 CN: Premium Low‑Alloy Steel for Superior Case Hardening & Carbo‑Nitriding
  • Hera 648 – Advanced PdAgCuPtAu Alloy: High Strength, Low Thermal Expansion
  • High-Performance Molybdenum Wire: Annealed & Electropolished for Superior Thermal and Mechanical Properties
  • Premium Molybdenum Annealed & Pickled Wire – Superior Thermal & Mechanical Performance
  • High-Temperature Tungsten Forged Rod – Durable, Dimensionally Stable, Low Thermal Expansion
  • Kovar Alloy (UNS K94610) – Glass‑Like Thermal Expansion & Versatile Performance
  • EN 10297-1 Grade Cm35: Quenched & Tempered Steel (QT) – Properties & Performance
  • EN 10297-1 Grade Cm45 Quenched & Tempered Steel Specifications
  • EN 10297-1: Grade Cm55 Quenched & Tempered Steel – Key Properties & Performance
  • Premium Molybdenum Smooth Forged Rod – High-Performance Industrial Alloy
  • Premium Molybdenum Forged Rods: Exceptional Heat Resistance & Strength for Industrial Applications
  • Premium Molybdenum Extruded Rods – Superior Strength & Thermal Performance
  • Aluminium Alloy 5042O – High-Strength, Non‑Heat‑Treatable Wrought Metal
  • EtchMet® C17200 TB00 Wire – Ultra‑Thin, High‑Strength Spring Material for Mobile Devices
  • EtchMet® C17200 TD04 Wire – Premium High‑Strength Solution for Smartphone Imaging Systems
  • EtchMet™ C17200 TF00 Wire – High‑Strength Spring Material for Mobile Camera Systems
  • EtchMet™ C17200 TH04 Wire – Premium High-Strength Wire for Mobile Camera Suspensions
  • FA 7031 H24 Aluminium Welded & Folded Tube – High Strength, Long Life
  • FA 7977 H24 Aluminium Tubing – Welded & Folded, High Strength & Longevity
  • High-Strength Aluminium Alloy Plate – Sidesupport, Header, Tube Plate (FA 7857)
  • Premium Aluminium Alloy Plate (FA 7975) – Sidesupport, Header, and Tube Plate
  • High-Performance Aluminium Alloy Plate for Header, Side Support, and Tube Applications – FA 7021
  • UGI® HT286 Alloy – Annealed & Cold Drawn for High-Performance Applications
  • UGICHROM® 4057 – Advanced Micro‑Fissured Chromium Plating for Superior Hydraulic & Pneumatic Performance
  • UGICHROM® 4460: Ultra‑Durable Chromium‑Plated Stainless Steel for Hydraulic & Pneumatic Applications
  • UGICHROM® 4418: High-Performance Micro-Fissured Chromium Coating for Advanced Hydraulic Systems
  • DIN 17125 Grade EStE 420 Steel – Normalized or Normalized Formed (+N)
  • DIN 17125 Grade EStE 460 – Premium Normalized Steel Tubes (+N)
  • DIN 17460 X6CrNiMo17-13 – Solution-Annealed Steel for High-Temperature Nuclear & Chemical Applications
  • EN 10088-1 Grade X3CrNiMoN27-5-2: Solution‑Annealed (AT) – High‑Performance Ferritic Austenitic Steel
  • DIN 17460 X3CrNiN18-11 Solution-Annealed Steel (+AT) – High-Temperature Grade for Pressure Vessels
  • DIN 17460 Grade X6CrNi18-11 – Solution-Annealed High-Temperature Steel for Reactor and Chemical Applications
  • DIN 17460 X3CrNiMoN17-13: Solution-Annealed Steel for High-Temperature Applications
  • UNS R56410 Titanium Beta Alloy – Superior Strength & Heat‑Treatability
  • Printdur® 4404: 316L Stainless Steel for Additive Manufacturing
  • Pink Sheets Grade 355.0 T51 – Comprehensive Material Specifications
  • T51 Pink Sheets Alloy – Grade 356.0 – Key Mechanical Properties
  • EN 10297-1 Grade C35 Quenched & Tempered Steel: Key Properties & Performance
  • EN 10297-1 Grade C45 Quenched & Tempered Steel – Specifications & Properties
  • EN 10297‑1 Grade C55 Quenched & Tempered Steel – Specifications & Mechanical Properties
  • EN 10297-1 Grade C60 Quenched & Tempered Steel – Specifications & Properties
  • EN 10297‑1 Grade Ck35 – Quenched & Tempered Steel (QT) – Technical Specs
  • EN 10297-1 Grade Ck45: Quenched & Tempered Steel with Enhanced Mechanical Properties
  • EN 10297‑1 Grade Ck55 Quenched & Tempered Steel (QT) – Key Properties
  • EN 10297-1 Grade Ck60 Quenched & Tempered Steel – Key Properties & Performance
  • EN 573-3 Grade 3.3206 T39 – Premium Aluminium Alloy for High-Performance Applications
  • EN 573-3 Grade 3.3206 T89 Aluminium Properties – Strength, Toughness & More
  • EN 573-3 Grade 3.3316 H44 Aluminium – Detailed Properties
  • EN 573-3 Grade 3.3316 H46 – Aluminum Alloy Properties
  • EN 573-3 Grade 3.3316 H48 Aluminum Alloy – Key Properties & Standards
  • EN 573-3 Grade 3.3316 H49 – Key Material Specs & Standards
  • EN 573-3 Grade 3.3326 H12 Aluminium – Properties & Standards
  • EN 573-3 Grade 3.3549 H48 – Premium Aluminium Alloy for Structural Applications
  • AW-2017A F Aluminium Alloy – EN 573-3 Grade Specification
  • AW-2017A Aluminium Grade (O3) – EN 573-3 Standard Specifications
  • EN 573-3 Certified AW-3103 O3 Aluminium Alloy – Properties & Standards
  • AW-3207 F Aluminium Grade – EN 573-3 Certified
  • EN 573-3 Grade AW-5040 H32 – Detailed Properties & Standards
  • AW-5040 H38 Aluminum Alloy – EN 573‑3 Certified Grade with Optimal Mechanical Properties
  • DIN 17460 Grade X5NiCrAlTi31-20 – Solution Annealed Steel for High‑Temperature Applications
  • EN 10088‑1 X3CrNiCu18‑9‑4 Austenitic Stainless Steel – Solution Annealed & AT Certified
  • EN 10217-3 Grade P460NH: High-Temperature Creep-Resistant Weldable Steel for Pressure Vessels & Pipelines
  • DIN 17125 Grade TStE 460 – Normalized or Normalized‑Formed Steel for High‑Temperature Applications
  • X12Cr13 Quenched & Tempered Steel (QT650) – EN 10088‑1 Certified, High‑Temperature Resistant
  • DIN 17460 X8CrNiMoVNb16-13 – Solution Annealed (+AT) Hardenable Austenitic Steel
  • AA 7116 T5: Aluminum Alloy Grade 7116 – Key Mechanical Properties & Standards
  • AA Standards Grade 7129 T5 – Aluminum Alloy Properties & Specifications
  • AA 7129 T6 Aluminium – Standard Properties & Performance
  • EN 573-3 Grade 3.0505 H19 – Premium Wrought Aluminum Alloy
  • EN 573-3 Grade 3.0505 H26 – Aluminum Alloy Properties & Standards
  • EN 573-3 Grade 3.0505 H28 Aluminium – Key Properties & Standards
  • EN 573-3 Grade 3.0515 H19 Aluminium: Properties, Standards, and Applications
  • EN 573-3 Grade 3.0515 H38 – High‑Performance Aluminium with Superior Mechanical Properties
  • EN 573-3 Grade 3.0515 H44 – High‑Strength Aluminum Alloy Specs
  • EN 573-3 Grade 3.0515 H48 – Key Mechanical Properties & Standards
  • DIN 1725-1 Grade 3.0915 H22: High-Strength, Formable Aluminum Alloy
  • EN 573-3 Grade 3.1325 F: Comprehensive Properties of 2000 Series Aluminum Alloy
  • EN 573-3 Grade 3.1325 H18 Aluminium – Key Properties & Standards
  • EN 573-3 Grade 3.1325 O3 – 2000 Series Aluminium Alloy
  • WL 3.2134 H3x: Premium Weldable Cast Material for High-Performance Applications
  • EN 573-3 Grade 3.2315 O3 Aluminium Alloy – Key Properties & Standards
  • EN 573-3 Grade 3.2315 T39 Aluminium Alloy – Key Mechanical Properties
  • EN 573-3 Grade 3.2315 (T89) - Technical Specifications & Properties
  • WL 3.2364 Cast Alloy – Grade H3x: Superior Weldability & Performance
  • AA Standard Grade 2117 O – Detailed Mechanical Properties & Density
  • AA Standards Grade 5010 H22: Key Mechanical Properties & Compliance
  • AA Grade 5010 H24 – Key Mechanical Properties & Standards
  • AA Standard Grade 5010 H26 – Aluminium Properties & Specifications
  • AA Standards Grade 5010 O – Key Mechanical Properties & Specifications
  • AA Standards for 5754 O Grade Aluminum: Properties & Performance
  • AA 6005A T5 Aluminium Alloy – Full Standards Overview
  • AA Standards Grade 6005A T61 – Detailed Material Properties and Performance Specifications
  • AA 6053 H13 Aluminum Alloy: Technical Specs & Standards
  • AA Standards Grade 6053 O – Detailed Material Properties
  • AA 6060 T61 Grade – 6000 Series Aluminium Standards & Key Properties
  • AA 6105 T1: Detailed Mechanical & Physical Properties
  • AA Standards Grade 6105 T5 Aluminium Alloy – Key Mechanical Properties
  • AA Standards Grade 6162 T5 – Comprehensive 6000 Series Aluminum Profile
  • AA Standards Grade 6162 T5510 – Detailed Properties & Mechanical Specs
  • AA Standards Grade 6162 T5511 – Comprehensive Mechanical Properties
  • AA Grade 6162 T6 Aluminium: Key Properties & Standards
  • AA Standards Grade 6162 T6510 – Key Mechanical Properties & Specifications
  • AA Standards Grade 6162 T6511 – Comprehensive Aluminium Properties & Standards
  • AA Standards Grade 7076 T61 – Comprehensive Aluminium 7076 Properties
  • SEW 470 Grade X3CrAlTi18-2 Soft Annealed Steel (+A): 1000 °C Resistance
  • SEW 470 X12NiCrSi35‑16 Solution‑Annealed Steel – High‑Temperature, Non‑Embrittling Grade for Furnace Applications
  • SEW 555: 23CrNiMo7-4-7 Quenched & Tempered Alloy Steel for High-Performance Turbine Shafts and Discs
  • SEW 555 X12CrMoWVNbN10-1-1 Quenched & Tempered Steel – High-Performance Turbine Shafts
  • SEW 101 Grade 49MnVS3 – Hot-Worked, Controlled-Cooled Steel for Automotive Forgings
  • SEW 400 Grade X12CrNi17-7 – Quenched Stainless Steel for High-Strength, Corrosion-Resistant Automotive Applications
  • SEW 400 Grade X35CrMo17 Quenched & Tempered Steel: High Performance & Corrosion Resistance
  • SEW 400 Grade X1CrNiMoTi18-13-2 – High-Performance Quenched Stainless Steel for Elevated Temperature Applications
  • IS 1570 Grade C55Mn75 – Hot Rolled, Normalized, Cold Drawn, Hardened & Tempered Steel
  • BS 1474 Grade 6082 T6 Aluminium: Properties & Standards
  • AW-1350A F – EN 573-3 Grade Aluminum Alloy Spec
  • DIN 17460 Grade X8CrNiMoNb16-16 – Solution Annealed for High‑Temperature Applications
  • DIN 17460 X8CrNiNb16-13: High-Temperature Solution-Annealed Steel for Turbine & Hydrogen Vessel Applications
  • DIN 17480 X60CrMnMoVNbN21-10: High-Performance Solution Heat-Treated & Precipitation Hardened Valve Steel
  • EN 10088-1 X46Cr13 Steel – Quenched & Tempered (QT850) for Cutting Tools & High-Performance Components
  • DIN 17851 Grade TiAl6V4: Premium Artificially Aged Titanium Alloy – High Strength & Toughness
  • EN 12844 Grade ZP3 – Superior Ductility for Precision Pressure Castings
  • EN 12844 Grade ZP5 – Premium Alloy for Pressure Castings
  • AA Standards Grade 2117 H13 – Aluminium Alloy Specification
  • AA Standards Grade 2117 H15: Key Mechanical Properties & Specifications
  • JIS 3003 O Aluminum Alloy – Superior Corrosion Resistance & Weldability
  • JIS 3003 Aluminum Alloy – H18 Grade (H4090) – Excellent Corrosion Resistance & Strength
  • JIS H4100 2024-O Aluminum Alloy – High Strength, Aircraft‑Grade Performance
  • 2024 T4 Aluminum (JIS H4100) – High Strength, Aerospace‑Grade, Machinable Alloy
  • JIS H4100 Grade 6061-O Aluminum Alloy – High Strength, Corrosion Resistant
  • JIS 6063 T6 Aluminum – Durable, Corrosion-Resistant Architectural Alloy
  • JIS H4100 Grade 7075 O Aluminum: High-Strength, Aerospace-Grade Alloy
  • JIS H4100 Grade 7075 T6 Aluminum – High-Strength, Corrosion-Resistant Alloy
  • JIS H4120 Grade 2017 T4 Aluminum Alloy – High Strength & Machinability
  • JIS 2024 T4 Aluminum Alloy – High Strength, Machinability & Aerospace Applications
  • JIS H4120 Grade 6061 T6 Aluminium Alloy – High Performance & Corrosion Resistance
  • JIS H4140 Grade 1100 Aluminum Alloy – Exceptional Corrosion Resistance
  • JIS H4140 (2014) T4 Aluminum Alloy – Superior Strength & Machinability
  • JIS H4140 Grade 2014 T6: High-Strength Precipitation-Hardening Aluminum Alloy
  • JIS H4140 2017 T4 Aluminum Alloy – Superior Strength & Machinability
  • 6061‑T6 Aluminium (JIS H4140) – High Strength, Corrosion‑Resistant Alloy
  • JIS H4140 Grade 7075 T6 – High‑Strength Aerospace‑Grade Aluminum Alloy
  • JIS H4180 6061‑T6 Aluminum: High‑Performance, Corrosion‑Resistant Alloy
  • JIS H4180 6063-T6 Aluminum: High Corrosion Resistance & Superior Finishing
  • JIS H4180 Grade 6101 T6 Aluminum Alloy – High Conductivity & Mechanical Strength
  • JIS H4040 Grade 6061 T4 Aluminum: Superior Corrosion Resistance & Weldability
  • JIS H4040 Grade 6061 T6 Aluminium Alloy – High Strength & Corrosion Resistance
  • JIS H4040 Grade 6063 T6 Aluminum Alloy – Corrosion-Resistant & Superior Finish
  • JIS H4040 Grade 7075 O – Premium Aerospace-Grade Aluminum Alloy
  • JIS H4040 Grade 7075 T6 – High‑Strength Aluminum Alloy for Aerospace Applications
  • JIS H4080 Grade 1100 Aluminum Tube – High Corrosion Resistance & Superior Purity
  • JIS H4080 2014 O Grade Aluminum Alloy – High Strength & Weldability
  • JIS H4080 Grade 2014 T4 Aluminum Alloy – Superior Strength & Machinability
  • JIS H4080 2014 T6 Aluminum – High Strength & Machinability
  • JIS H4080 Grade 2017 O – High-Performance Heat-Treatable Aluminum Alloy
  • JIS H4080 Grade 2017 T4 – Premium Heat‑Treatable Aluminum Alloy
  • JIS H4080 Grade 2024 O – Premium Aerospace-Grade Aluminum Alloy
  • 2024-T4 Aluminum (JIS H4080) – Aircraft-Grade, High-Strength Alloy
  • JIS H4080 Grade 6061 O: Premium Aluminum Alloy for Durability
  • JIS H4080 Grade 6061 T6 Aluminium Alloy – High Strength & Corrosion Resistance
  • JIS H4080 Grade 6063 T6 Aluminum Alloy – High Corrosion Resistance & Superior Finish
  • JIS H4080 Grade 7075 O – High-Strength Aerospace Aluminum Alloy
  • JIS H4080 Grade 7075 T6 Aluminum Alloy – High-Strength Aerospace Grade
  • JIS H4090 Grade 1100 H18 Aluminum Alloy – Superior Corrosion Resistance & Mechanical Properties
  • JIS H4090 Grade 3003 H14 Aluminum Alloy – Superior Corrosion Resistance & Machinability
  • 2024‑T4 Aluminum (JIS H4000): High Strength & Excellent Machinability for Aerospace Applications
  • JIS H4000 Grade 2024 T3 Aluminum Alloy – High Strength, Aircraft‑Grade Machinability
  • JIS H4000 Grade 3003 O Aluminum Alloy – Superior Corrosion Resistance & Weldability
  • JIS 3003 Aluminum Alloy – Superior Corrosion Resistance & Machinability
  • JIS H4000 Grade 5005 H18: Premium Low‑Density Aluminum Alloy
  • JIS H4000 Grade 5052 Hot-Rolled Aluminum Alloy – Superior Corrosion Resistance and Weldability
  • JIS H4000 Grade 6061-O Aluminum Alloy: Superior Corrosion Resistance & Weldability
  • High-Performance JIS 6061 T4 Aluminium – H4000 Grade: Excellent Weldability, Corrosion Resistance, Ideal for Hot Forging
  • JIS H4000 Grade 6061 T6 Aluminium Alloy – Superior Strength & Corrosion Resistance
  • JIS H4000 7075-O Aluminum Alloy – High Strength & Corrosion Resistance
  • JIS H4000 Grade 7075 T6 Aluminum Alloy – High Strength & Corrosion Resistance
  • JIS H4040 Grade 2014 O: High-Performance 2000 Series Aluminium Alloy
  • JIS H4040 Grade 2014 T4 Aluminum Alloy – High Strength & Superior Machinability
  • JIS H4040 2014 T6 Aluminum Alloy – Superior Strength & Weldability
  • JIS H4040 Grade 2017O: Heat‑Treatable Aluminum Alloy with Superior Strength & Machinability
  • JIS H4040 2017 Grade T4 Aluminum Alloy – Heat‑Treatable, Strong, and Machinable
  • JIS H4040 Grade 2024 O Aluminum Alloy: High Strength & Machinability
  • JIS H4040 2024 T4 Aluminum Alloy – High Strength for Aerospace Applications
  • JIS H4040 Grade 5052 O Aluminum: Superior Corrosion Resistance & Welding Performance
  • JIS H4040 Grade 6061-O Aluminium – Superior Weldability & Corrosion Resistance
  • EN 10083-2 Grade C60: Normalized or Normalized-Formed Steel for High-Strength Applications
  • EN 10083-2 Grade C40E Quenched & Tempered Steel – Ideal for Heat-Resistant Applications
  • EN 10083‑2 Grade C45R Steel – Quenched & Tempered (QT) for High‑Performance Applications
  • EN 10083-2 Grade C50R Quenched & Tempered Steel – High Strength & Workability for Automotive & Machine Components
  • EN 10083-2 Grade C55E: Normalized/Normalized Formed Steel for Heavy‑Duty Applications
  • EN 10083-2 Grade C55R Quenched & Tempered Steel – Superior Workability & Reliable Strength
  • JIS G3201 SF340A Steel – Properties for Annealed, Normalized, and Tempered Conditions
  • JIS G3201 SF390A Steel: Annealed, Normalized, or Normalized & Tempered Properties
  • JIS G3201 SF440A Steel: Annealed, Normalized, or Normalized & Tempered Specifications
  • JIS G3201 SF490A Steel: Annealed, Normalized, or Normalized & Tempered Specifications
  • JIS G3201 SF540A Steel – Comprehensive Properties for Annealed, Normalized, and Normalized & Tempered Grades
  • JIS G3201 SF590A Steel – Annealed, Normalized, or Normalized & Tempered Properties
  • JIS G3460 Grade STPL380: Low-Carbon Steel Specification & Properties
  • JIS H4000 Grade 1100 H18 – Premium Corrosion‑Resistant Aluminum Alloy
  • JIS H4000 1100 Hot-Rolled Aluminum – High Corrosion Resistance & Purest Alloy
  • JIS H4000 2014 O – Premium 2000 Series Aluminum Alloy
  • JIS 2017 H4000 Grade Aluminum Alloy – High Strength, Excellent Machinability & Corrosion Resistance
  • JIS H4000 Grade 2017 T4 Aluminum: Superior Strength & Machinability
  • JIS H4000 Grade 2017 T3 Aluminum Alloy – High Strength & Superior Machinability
  • JIS H4000 Grade 2024 O – Premium 2024 Aluminium Alloy for Aerospace Applications
  • EN 1652 CuZn20 (R400) – High-Strength, Unhardenable Wrought Alloy for Jewelry, Automotive & Electronics
  • EN 1652 Grade CuZn30 R270 – Premium Unhardenable Copper Alloy
  • EN 1652 CuZn30 (CW505L) – High-Strength Unhardenable Wrought Copper Alloy for Precision Applications
  • EN 1652 Grade CuZn30 (CW505L) – Premium Unhardenable Wrought Copper Alloy for High-Strength Applications
  • EN 1652 CuZn33 R280 – Premium Copper Alloy for High-Performance Applications
  • EN 1652 Grade CuZn33 R350 – Premium Copper Alloy for High‑Performance Applications
  • EN 1652 CuZn33 R420 – Premium Unhardenable Wrought Alloy for High‑Strength Applications
  • EN 1652 Grade CuZn35Pb1 R370 – Lead‑Enhanced Brass for Superior Machinability
  • EN 1652 R440 Grade CuZn35Pb1 – Unhardenable, Lead-Added Brass with High Machinability
  • EN 10132-3 Grade 25Mn4 – Soft‑Annealed, Skin‑Passed Steel Strips (Up to 6 mm)
  • EN 10132-3: Grade 34CrMo4 Soft-Annealed or Skin-Passed (A/LC) Strip
  • EN 1652 Grade CuZn36 R300 – Unhardenable Wrought Alloy with Superior Formability
  • EN 1652 Grade CuZn36 R350: High-Strength, Unhardenable Copper Alloy for Precision Applications
  • EN 1652 CuZn36 R410: Premium Unhardenable Copper Alloy for Superior Strength
  • EN 1652 CuZn39Pb2 H090 Brass – Properties & Applications
  • EN 1652 CuZn39Pb2 R420 – Lead‑Enhanced Unhardenable Brass Alloy
  • EN 1652 Grade CuZn40 R470 – High‑Performance Copper Alloy for Precision Applications
  • EN 1653 Cu-DLP R200 Copper Plate – Premium Quality for Boilers & Pressure Vessels
  • EN 541 AW-5006 H27: High-Strength 5000 Series Aluminum Alloy
  • EN 541 AW-5006 H47 – High‑Quality Aluminum Alloy with Proven Performance
  • EN 10277-5 Grade C50E: Quenched, Tempered, Cold-Drawn Steel for Heavy Engineering
  • EN 10277-5 Grade C50E Cold Drawn Steel – High Strength for Heavy Engineering
  • EN 10277-5 Grade C50E: Cold‑Drawn, Quenched & Tempered Steel for Heavy Engineering Applications
  • EN 10277-5 Grade C50R – Quenched, Tempered & Cold-Drawn Steel for Automotive & Industrial Applications
  • EN 10277-5 Grade C50R Cold-Drawn Steel – High Strength & Workability
  • EN 10277-5 Grade C50R Cold Drawn, Quenched, and Tempered Steel (C+QT) – High Strength & Workability
  • Grade C60E Steel – Quenched, Tempered & Cold‑Drawn for High‑Load Applications
  • EN 10277-5 Grade C60E Cold Drawn Steel – High-Performance, Heat-Resistant Alloy
  • EN 10277-5 Grade C60E Steel – Cold Drawn, Quenched & Tempered (+C+QT)
  • EN 1652 Grade CuNi18Zn20 R500 – High Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuNi18Zn20 R580: High-Strength, Corrosion-Resistant Copper Alloy
  • EN 10095 X12NiCrSi35-16 Solution-Annealed Alloy – High‑Temperature Stability & Low Embrittlement
  • EN 10095 X18CrN28 Soft Annealed Steel – High Sulfureous Gas & Oil Ash Resistance
  • EN 10095 X25CrMnNiN25-9-7 Stainless Steel – Solution Annealed with Additional Treatment
  • EN 10095 X3CrAlTi18-2 Soft-Annealed Stainless Steel (+A) – High‑Temperature Performance to 1000 °C
  • EN 10095 X6NiCrNbCe32-27: High-Temperature, Solution-Annealed Steel for Pressure Vessels and Nuclear Applications
  • EN 1652 Grade CuZn10 R280 – High-Strength Unhardenable Copper Alloy
  • EN 1652 Grade CuZn10 R350 – Premium Wrought Copper Alloy for Electrical & Jewelry Applications
  • EN 1652 Grade CuZn20 R270 – High‑Strength Wrought Alloy for Automotive & Jewelry
  • EN 1652 Grade CuZn20 R320 – High-Performance Copper Alloy for Industrial Applications
  • EN 1652 Cu-OF H040: High-Performance Copper-Free Material for Advanced Electrical and Thermal Applications
  • EN 1652 Grade Cu-OF R200 – Premium Oxygen‑Free Copper with Outstanding Conductivity
  • EN 10277-5 Grade C35E Steel: Quenched, Tempered, and Cold‑Drawn for High‑Performance Applications
  • EN 10277-5 Grade C35E Cold-Drawn & Tempered Steel for Heavy-Duty Applications
  • EN 10277-5 Grade C35E Cold-Drawn Steel – Superior Performance for Heavy-Duty Applications
  • EN 10277-5 Grade C35R – Quenched, Tempered & Cold Drawn Steel for Vehicle & Engine Components
  • EN 10277-5 Grade C35R Cold Drawn Steel – High-Load Applications
  • EN 10277-5 Grade C35R: Cold-Drawn, Quenched & Tempered Steel for High-Performance Vehicle and Engine Parts
  • EN 10277-5 Grade C40E Steel – Quenched, Tempered & Cold Drawn for High-Performance Applications
  • EN 10277-5 Grade C40E: Premium Cold-Drawn Steel for High-Temperature Applications
  • EN 10277-5 Grade C40E – Premium Cold‑Drawn, Quenched & Tempered Steel for Automotive & Industrial Use
  • EN 10277-5 C40R Quenched & Tempered Steel – High Strength, Cold-Drawn Performance for Automotive & Industrial Parts
  • EN 10277-5 Grade C40R Cold Drawn Steel – Premium High‑Strength for Automotive & Machinery
  • EN 10277-5 Grade C40R: Cold-Drawn, Quenched & Tempered Steel for High-Load Automotive & Industrial Parts
  • EN 10277-5: High-Performance Grade C45E Steel – Quenched, Tempered, and Cold Drawn (+QT+C)
  • EN 10277-5: Grade C45E Cold-Drawn Steel – High-Performance for Heavy-Duty Applications
  • EN 10277-5: Grade C45E Cold Drawn, Quenched, and Tempered Steel (+C+QT) – High-Performance Structural Material
  • EN 10277-5 Grade C45R: Quenched, Tempered, and Cold-Drawn Steel for Vehicle & Machine Components
  • EN 10277-5 Grade C45R Cold Drawn Steel – Ideal for Vehicle & Engine Components
  • EN 10277‑5 Grade C45R: Cold‑Drawn, Quenched & Tempered Steel for High‑Load Vehicle and Machine Components
  • EN 10269 Grade C45E – Normalized or Normalized Formed Steel for Heavy-Duty Vehicle and Machine Components
  • EN 10269 Grade X12Ni5 – Normalized & Tempered (+NT) Low‑Temperature Ni‑Alloyed Steel
  • EN 10269 Grade X19CrMoNbVN11-1 - Quenched & Tempered Steel for High-Temperature Applications
  • EN 10269 X22CrMoV12-1 QT2 Steel – High-Temperature Performance
  • EN 10269 Grade X22CrMoV12-1: High‑Temperature Quenched & Tempered Steel for Reactor & Turbine Applications
  • EN 12167 Grade O60 CuZn39Pb3 Leaded Brass Alloy – High Hardness & Machinability
  • EN 10269 Grade X8Ni9 – Premium Low‑Temperature Quenched & Tempered Ni‑Alloyed Steel
  • EN 12167 Grade CuZr R350: High-Performance Low-Carbon Copper Alloy for Superior Strength and Conductivity
  • EN 10273 10CrMo9-10 Steel – Normalized & Tempered (NT) for High‑Temperature Boiler Applications
  • EN 10273 Grade 13CrMo4-5 – Normalized & Tempered High-Temperature Steel
  • EN 10273 Grade 16Mo3 Steel – Normalized or Normalized Formed (+N) for High-Temperature Applications
  • EN 10277-2 Grade C35 Cold-Drawn Steel – High Strength, Low Temperature Performance
  • EN 10277-2 Grade C40 Cold Drawn Steel – High Strength for Vehicle & Machine Engineering
  • EN 10277-2 Grade C45 Cold Drawn Steel – High-Performance Structural Material
  • EN 10277-2 Grade C50 Cold Drawn Steel – High Strength & Wear Resistance
  • EN 10277-2 Grade C60 Cold-Drawn Steel – High Strength & Wear Resistance
  • EN 14436 Cu-DHP R290: Premium Copper for Electrolytically Tinned Strips
  • EN 1652 Cu-DLP R200 – Premium Deoxidized Copper for Superior Performance
  • EN 1652 Cu-DLP R240: High-Performance Deoxidized Copper for Precision Applications
  • EN 1652 Grade Cu-DLP R290 – Premium Deoxidized Copper for Industrial Use
  • EN 12164 R360 CuZn39Pb3 Brass – Unhardenable Alloy with High Strength and Improved Machinability
  • EN 10083-2 Grade C55 – Quenched & Tempered Steel for High-Performance Automotive Components
  • EN 12164 CuZn40Mn1Pb1 R440 – High-Performance Unhardenable Copper Alloy
  • EN 12164 CuZn40Pb2 R360 – High Strength, Low Hardness, Superior Machinability
  • EN 10250-2 Grade 28Mn6 Quenched & Tempered Steel – Ideal for High-Performance Automotive and Machine Parts
  • EN 10250-2 Grade 28Mn6 Steel – Normalized & Tempered for High-Performance Applications
  • EN 12168 CuZn40 M20: Premium Copper Alloy for High-Performance Applications
  • EN 1977 Grade Cu-HCP H040: High-Purity Deoxidized Copper for Vacuum Applications
  • EN 10250-4 Grade X17CrNi16-2 – Quenched & Tempered Steel for High-Load Applications
  • EN 10250-4 Grade X1CrNiMoCuN20-18-7 – Solution Annealed Stainless Steel for High-Performance Applications
  • EN 10250-4 X2CrNi18-9 Austenitic Steel – Solution Annealed + AT
  • X2CrNiMoN22-5-3 Solution-Annealed Steel (EN 10250-4) – High Corrosion Resistance & Superior Weldability
  • EN 10250-4 X2CrNiN23-4 Duplex Stainless Steel – Solution Annealed (+AT)
  • EN 10250-4 Grade X3CrNiMo13-4: High-Performance Quenched & Tempered Steel for Turbines & Power Plants
  • EN 10250-4 Grade X3CrNiMoN27-5-2 Solution Annealed – High-Performance Stainless Steel for Corrosion Resistance
  • EN 10250-4 Grade X4CrNiMo16-5-1: High-Performance Quenched & Tempered Stainless Steel
  • EN 12165 Grade CuZn39Pb2 H080 Brass – Specifications & Applications
  • EN 12165 Grade CuZn40Pb2 H080 – Lead‑Added Copper Alloy for Enhanced Machinability
  • EN 10269 Grade C35E – Normalized or Normalized Formed Steel for Heavy‑Duty Applications
  • EN 10222‑5 X5CrNi18‑10 Solution Annealed (+AT): High‑Performance Austenitic Stainless Steel
  • EN 10222-5 X5CrNiMo17-12-2: Solution-Annealed Austenitic Steel for Chemical & Pharmaceutical Use
  • EN 12164 Grade CuZn36Pb3 R340 – High‑Performance Leaded Brass Alloy
  • EN 10222-5 Grade X6CrNi18-10 (Solution Annealed + AT): High‑Temperature Austenitic Steel for Reactor, Boiler, and Chemical Applications
  • EN 10222-5 X6CrNiMoTi17-12-2 (Solution Annealed) – High Corrosion‑Resistant Stainless Steel
  • EN 12166 Grade CuZn39Pb3 – Leaded Brass with Enhanced Machinability
  • EN 10222-5 X6CrNiNb18-10 – Solution Annealed Steel with Superior Corrosion Resistance
  • EN 10222-5 X6CrNiTi18-10 – Solution Annealed & AT: Premium Corrosion‑Resistant Steel for Chemical & Food Applications
  • EN 12164 Grade CuZn37Mn3Al2PbSi – R590: Superior Wear‑Resistant Copper Alloy
  • EN 12168 CuZn37Pb2 R340 Brushed Brass – Premium Machinability & Strength
  • EN 12168 Grade CuZn37Pb2 R400: High-Strength Machinable Brass for Industrial Applications
  • EN 12168: CuZn40Pb2 O60 – Lead-Enhanced Brass for Superior Machinability
  • EN 12168 Grade CuZn37Pb2 R480 – High-Strength Machinable Brass
  • EN 12164 CuZn38Pb1 Grade – 410 MPa Copper–Zinc–Lead Alloy
  • EN 12166 Grade CuZr R280 – High-Performance Copper Alloy for Wire & Fasteners
  • EN 12168 Grade CuZn38Pb2 R360 – Premium Copper‑Brass for Cold Forming
  • EN 12166 CuZr R350: Premium Grade Copper-Zirconium Alloy for High-Performance Applications
  • EN 12166 Grade CuZr R250 – High‑Strength Copper‑Zirconium Alloy for Wire, Springs & Fasteners
  • EN 12164 Grade CuZn39Pb0.5 (R410) – Unhardenable Wrought Brass with Enhanced Machinability
  • EN 10083-2 Grade C40 Steel – Quenched & Tempered (QT) for High-Performance Applications
  • EN 12163 Grade CuZr R280: High-Strength, High-Conductivity Copper Alloy
  • EN 12163 Grade CuZr R350 – High-Performance, Low Alloy Copper Alloy
  • EN 10222-2: Grade 13CrMo4-5 (Normalized & Tempered) – Industrial Grade Steel for Pressure Vessels
  • EN 10222-2 Grade 13CrMo4-5 – High-Strength Quenched & Tempered Steel for Pressure Vessels
  • EN 10222-2 Grade 14MoV6-3 – Normalized & Tempered (NT) High-Temperature Steel for Pressure Vessels
  • EN 12166 Grade CuZn38Pb2 R500 – Copper Alloy Wire for General Applications
  • EN 12164 CuNi12Zn30Pb1 R420: High-Strength, Corrosion-Resistant Copper‑Nickel‑Zinc‑Pb Alloy
  • EN 10222-2 Grade 16Mo3 Steel – Normalized or Normalized Formed (+N) for High‑Temperature Applications
  • EN 10222-2 Grade 16Mo3 Quenched & Tempered Steel (+QT) – High-Temperature, Pressure Vessel Grade
  • EN 12164 Grade CuNi18Zn19Pb1 R420 – High Strength, Non-Magnetic Alloy
  • EN 12164 Grade CuPb1P R250 – High Conductivity, Low Alloy Copper for Precision Applications
  • EN 12164 CuPb1P R300 – Premium Conductive Copper Alloy
  • EN 10222-2 Grade X20CrMoV11-1 – High‑Temperature Quenched & Tempered Steel (+QT)
  • DIN 17200 28CrS4 Quenched & Tempered Steel – High Strength for Automotive Gears & Shafts
  • EN 10222-5 Grade X2CrNiMo17-12-2 – Solution Annealed Steel for High-Performance Corrosion Resistance
  • EN 12164 R370 – CuZn35Pb2 Brass: Lead‑Enhanced Alloy with Superior Machinability and Cold‑Forming Strength
  • EN 12164 Grade CuZn35Pb2 R440 – Lead‑Added Brass Alloy Overview
  • EN 10222-5 Grade X2CrNiMoN17-13-3 – Solution Annealed Steel with Superior Corrosion Resistance
  • EN 12164 CuZn36Pb2As R280: Premium Cold‑Forming Copper Brass for Water Supply Systems
  • EN 10222-5 X2CrNiN18-10 – Solution Annealed + AT: High‑Performance Austenitic Stainless Steel
  • EN 10216-5 Grade X10CrNiMoMnNbVB15-10-1 – Solution Annealed with Additional Treatment
  • EN 12166 CuZn30 R550 – High-Strength, Thermally Conductive Wrought Copper Alloy
  • EN 12163 Grade CuSn6 R400: Premium Tin‑Copper Alloy with Superior Corrosion Resistance
  • EN 10216‑5 Grade X6CrNiMo17‑13‑2 – Solution Annealed for High‑Temperature Performance
  • EN 12166 CuZn35Pb2 Brass Alloy – Grade R480
  • EN 12168 CuZn35Pb2 R400: High-Performance Lead-Enhanced Brass Alloy
  • EN 12166 CuZn35Pb2 R340 – Lead-Enhanced Brass Alloy for High Strength and Superior Machinability
  • EN 10083-1 Grade 25CrMo4 Quenched & Tempered Steel: High Strength & Ductility for Automotive & Engine Components
  • EN 12166 Grade CuZn36 H00 – Premium Copper Alloy for Superior Formability
  • DIN 17200 Grade 28Mn6 Quenched & Tempered Steel – Key Properties & Applications
  • EN 10083-1 Grade 30CrNiMo8: High-Performance Quenched & Tempered Steel for Heavy-Duty Applications
  • EN 10083-1 Grade 34Cr4 Quenched & Tempered Steel (+QT) – High Performance for Automotive & Industrial Applications
  • EN 10083-1 Grade 34CrMo4 Quenched & Tempered Steel: High Strength & Toughness for Automotive & Industrial Applications
  • EN 10083‑1 Grade 34CrNiMo6 Steel – Quenched & Tempered (+QT) for High‑Load Applications
  • EN 12166 Grade CuZn37 H00 – Superior Cold‑Formed Copper Alloy
  • EN 1652 CuZn37 R370: Premium Copper Alloy for Cold Forming & Corrosion Resistance
  • DIN 17200 Grade 50CrMo4 Steel – Quenched & Tempered (QT) for High-Load Automotive & Machinery Applications
  • EN 12163 CuZn5 R240: High-Performance CuZn5 Alloy for Electrical Applications
  • EN 12163 CuZn5 R290 Alloy – Ideal for Electrical Components & Shock Absorbers
  • DIN 17200 Grade 28Cr4 Steel – Quenched & Tempered for Automotive & Machine Engineering Applications
  • EN 10132-4 Grade C55S Steel – Soft Annealed or Skin-Passed (A or A+LC)
  • EN 10132‑4 Grade C60S Soft‑Annealed Steel – Premium Spring & Cold‑Rolled Strip
  • EN 10132-4: Grade C90S Soft Annealed Steel – Ideal for Springs & Cold‑Rolled Applications
  • EN 12163 Cu‑DHP R300: Premium Hydrogen‑Resistant Phosphoric Copper Grade
  • EN 12163 Cu‑DHP R350: Premium Deoxidized Phosphoric Copper
  • Cu-DLP R250 – Premium Deoxidized Copper with Enhanced Strength & Formability
  • EN 12163 Grade Cu-DLP R300: Premium Deoxidized Copper for Advanced Applications
  • EN 12163 Grade Cu-DLP R350 – High-Performance Deoxidized Copper
  • EN 1652 Grade CuSn4 O60 – Premium Tin‑Bronze Alloy for Corrosion Resistance and Electrical Conductivity
  • EN 12163 Grade CuSn8 R390 – Premium Tin‑Copper Alloy for Superior Corrosion Resistance
  • EN 12166 Grade CuSn6 H01 – Premium Tin‑Copper Alloy for Corrosion‑Resistant Applications
  • EN 12163 Grade CuNi12Zn24 R380: High-Strength, Corrosion-Resistant Alloy
  • EN 12163 Grade CuNi12Zn24 R450 – High-Strength Copper‑Nickel‑Zinc Alloy
  • EN 12163 Grade CuNi12Zn24 R540 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12163 Grade CuNi18Zn20 R400 – Premium High-Strength Copper‑Nickel‑Zinc Alloy
  • EN 12166 CuSn8 R550 Copper Alloy – High Corrosion Resistance & Mechanical Performance
  • EN 12166: CuZn10 R440 Copper Alloy Wire – Technical Specs & Performance
  • EN 1652 Grade CuNi2Be TH – High-Strength Low-Alloy Copper Alloy
  • EN 12166 CuZn15 (R300) Wrought Copper Alloy – Superior Electrical Conductivity & Corrosion Resistance
  • EN 10216-4 26CrMo4-2 High-Grade Quenched & Tempered Steel Tubes for Cryogenic & Heavy-Duty Applications
  • DIN 1654‑5 X10Cr13 Quenched & Tempered Steel – Optimal for Cold‑Forming & High‑Temp Applications
  • DIN 1681 GS-52 Heat-Treated Steel - Premium Wear Resistance for Heavy Machinery
  • DIN 1681 GS-60 Heat‑Treated Steel – Superior Wear Resistance & Strength
  • EN 10217-3: Grade EStE 420 Steel – Normalized / Normalized Formed (+N) – Technical Specifications
  • EN 10217-3 Grade EStE 460 – Normalized or Normalized Formed Steel Tubes (+N)
  • EN 10217-3: Grade TStE 460 Normalized Steel Tubes for High-Pressure and Industrial Applications
  • DIN 17230 Cf54 Quenched & Tempered Steel – Premium Anti‑Friction Bearing Material
  • DIN 17240 Grade 21CrMoV5-7 Quenched & Tempered Steel – High‑Temperature Performance
  • DIN 17240 Grade 40CrMoV4-7: High-Performance Quenched & Tempered Steel for Extreme Temperatures
  • DIN 17240 Grade C35 Quenched & Tempered Steel – High-Temperature Creep Resistance
  • DIN 17240 Grade Ck 35 – Quenched & Tempered Steel for High-Temperature Bolt & Nut Applications
  • DIN 17240 Grade Cq 35 Quenched & Tempered Steel – High-Temperature Creep-Resistant for Bolts & Nuts
  • DIN 17240 X19CrMoVNbN11-1 Steel – Quenched & Tempered Grade for High‑Temperature Applications
  • DIN 17240 X8CrNiMoBNb16-16 Steel: Hot Work-Hardened, Age-Hardened for High-Temperature Applications
  • DIN 17442 Grade X20CrMo13 Steel – Quenched & Tempered for High-Temperature Applications
  • DIN 17445 Grade G-X5CrNiNb18-9 Quenched Stainless Steel – Ideal for Food, Textile, and Chemical Industries
  • DIN 17445 Grade G-X6CrNi18-9 – Quenched Austenitic Stainless Steel for Industrial Applications
  • DIN 17445 G-X6CrNiMo18-10 Quenched Stainless Steel – Premium Performance for Chemical & Textile Industries
  • EN 10132-4 102Cr6 Soft Annealed Steel – Spring & Cold-Rolled Strip with Skin Pass Options (+A, +A+LC)
  • EN 10132-4 Grade 80CrV2: Soft Annealed & Skin-Passed Steel for Springs & Cold-Rolled Applications
  • EN 10277-5 Grade 34CrMo4: Cold-Drawn, Turned, Quenched & Tempered Steel for High-Strength Applications
  • EN 10277-5 Grade C35 Cold-Drawn Steel – Ideal for Vehicle & Engine Components
  • EN 10277-5 Grade C35: Cold-Drawn or Turned, Normalized Steel for Automotive & Machine Applications
  • EN 10277-5 Grade C45 Cold-Drawn Steel – Optimal for Automotive & Machine Components
  • EN 10277-5 Grade C45: Cold Drawn, Turned & Normalized Steel for Automotive & Machinery
  • EN 10277-5 Grade C60 Cold Drawn Steel – High Ductility & Wear Resistance for Automotive & Industrial Parts
  • EN 10277‑5 Grade C60: Cold‑Drawn, Turned & Normalized Steel for High‑Ductility, Wear‑Resistant Automotive Parts
  • EN 10277-5 Grade Ck35 Cold‑Drawn Steel – Superior Strength for Automotive & Industrial Applications
  • EN 10277-5 Grade CK35: Cold‑Drawn, Turned & Normalized Steel for Automotive & Heavy‑Duty Applications
  • EN 10277‑5: CK45 Cold‑Drawn Steel – High‑Performance Grade for Heavy Forging
  • CK45 Steel – EN 10277-5 Grade, Cold‑Drawn & Normalized
  • EN 10277-5 Grade Ck60 Cold Drawn Steel – Ideal for Heavy Engineering Applications
  • EN 10277-5 Grade Ck60 Steel – Cold Drawn/Turned & Normalized for Heavy-Duty Applications
  • EN 10277-5 Grade CM35 Cold-Drawn Steel – High Workability & Mechanical Strength
  • EN 10277-5 Grade CM35 – Cold-Drawn/Turned & Normalized Steel for High-Performance Automotive Components
  • EN 10277-5 Grade Cm45 Cold-Drawn Steel: High Workability & Consistent Mechanical Properties
  • EN 10277-5 Grade Cm45: Cold-Drawn, Turned, and Normalized Steel for Automotive & Industrial Applications
  • EN 10277-5 Grade Cm60 – High-Strength Cold-Drawn Steel for Automotive & Engineering Applications
  • EN 10263-4 Grade Cq35 Quenched & Tempered Steel – High Strength & Cold-Formability
  • EN 10263-4 Grade Cq45 Quenched & Tempered Steel – Properties & Applications
  • ASTM B210 Grade 5154 H34 Aluminum Alloy – Key Properties & Applications
  • ASTM B241 Grade 6162 Aluminium (T5, T5510, T5511) – Key Properties & Standards
  • ASTM B241 Grade 6162 T6/T6510/T6511 – High‑Strength 6000 Series Aluminium Tubing
  • ASTM B210 Grade 5154-O Aluminium: Specifications & Properties
  • ASTM A945 Grade 50 Steel – Non‑Treated, Normalized, or Q&T – Performance Specs
  • ASTM B211 Grade 5056-O Aluminium: Properties, Standards & Applications
  • ASTM B211 Grade 4032 T86 Aluminum Alloy – Key Properties & Standards
  • ASTM B316 Grade 2117 T4 – High-Strength 2000 Series Aluminum Alloy
  • ASTM A757 Grade A2Q: High-Performance Quenched & Tempered Steel for Structural Applications
  • ASTM B241 Grade 6066 O – Premium 6066 Aluminum Alloy for Structural Use
  • ASTM B241 Grade 6066 Aluminum (T4, T4510, T4511): Comprehensive Property Overview
  • ASTM B241 Grade 6066 T42 Aluminum Tube – Specifications & Performance
  • ASTM B241 Grade 6066 Aluminum Tubes – T6, T6510, T6511 Standards and Properties
  • ASTM B241 Grade 6066 T62 Aluminum Alloy Tube Specifications
  • ASTM B241 Grade 6351 T4: Aluminum Tubing – Performance & Standards
  • ASTM B241 6351 T6 Aluminium Tubing – Specifications & Performance
  • ASTM Alclad 3003 H112 – Detailed Material Properties
  • ASTM B316 Grade 6053 T61: High-Strength 6000 Series Aluminum Wire & Rod
  • ASTM B746 Grade 5052 H141 – Premium Corrosion-Resistant Aluminum Alloy
  • Niclafor® 1000 TH4 – High‑Strength CuNi9Sn6 Strips & Sheets for Heavy‑Duty Applications
  • 1.4545 (15-5PH) Martensitic Nickel‑Chromium Steel: Properties & Applications
  • Alloy 390® Strip TH04 (C17460): Superior Strength, Conductivity, and Reliability
  • S-200-F H Beryllium: High-Performance Structural Grade
  • S-200-F Beryllium: Premium Structural Grade for Advanced Optical and Aerospace Applications
  • AA 5454 H36 Aluminum Alloy – Key Mechanical Properties & Density
  • AW-1098 F Aluminium – EN 573-3 Grade & Core Mechanical Properties
  • AA 5059 H111 Aluminum Alloy Standards & Key Properties
  • AA 5059 O Grade Aluminum: Detailed Standards & Mechanical Properties
  • AA 5154 H111 Aluminium Grade – Standard Properties & Specifications
  • EN 573-3 AW-6005A Grade: Aluminium Alloy Specifications & Standards
  • AW-6082 O3 Grade Aluminum – EN 573-3 Certified, Superior Strength & Toughness
  • AA Standards Grade 6082 T6 – Aluminum Alloy Performance Overview
  • AA Standards Grade 7005 T53: Comprehensive Mechanical Properties & Performance Specifications
  • CEN/TS 13388 Grade CW614N R400 – Premium Steel with Certified Quality
  • CEN/TS 13388: CW023A Grade R200 – Copper Standard Specification
  • ASTM A512 Grade 1025 Stress‑Relief Annealed Round Tubes – High‑Performance Low‑Carbon Steel
  • ASTM A512 MT1020 Stress-Relief Annealed Round Tubes – Premium Low‑Carbon Steel
  • DIN 17658 G-CuNi30 M: Premium Corrosion-Resistant Copper–Nickel Alloy
  • DIN 488-1 Grade B500A – High-Ductility Reinforcing Steel
  • DIN 488-1 Grade B500B Reinforcing Steel – Properties & Standards
  • DIN 17658 Grade G-CuNi10 M: Superior Corrosion Resistance in Harsh Environments
  • DIN 17223-1 Grade 1.0500 Patented Cold‑Drawn Steel Wire – Superior Spring Performance
  • EN 10084 C15R Steel – Quenched for High‑Strength, Wear‑Resistant Applications
  • DIN 17210 Grade Cm15 Soft Annealed Steel (+A) – Superior Wear Resistance & Core Strength
  • DIN 17111 Grade R10S10 Hot Rolled Steel – Ideal for Bolts, Nuts & Rivets
  • DIN 17111 Grade R7S6 Hot-Rolled Steel – Ideal for Fasteners
  • DTD498 Copper Alloy: High Strength, Ductility, and Excellent Conductivity
  • Beryllium Copper BECOL-25 – High Strength, Superior Conductivity (TB00 Temper)
  • BECOL-25 Beryllium Copper (TD04) – Superior Conductivity & Strength
  • Beryllium Copper (BECOL-25) TH04 – High Conductivity, Superior Machinability
  • SILVERSPEED-XL: Premium Nickel Silver Alloy for Superior Machining
  • AM‑S 49‑28‑R Grade R56400 Titanium Alloy – Superior Strength & Toughness
  • ASTM A537 Class 2 Steel: High-Performance Pressure Vessel Plates
  • ASTM A537 Class 3 Steel – Optimal Low-Carbon Alloy for Pressure Vessels
  • UNIDAL® Precision Al Zn4Mg2 Rolled Plate – High Flatness & Low Stress for Anodizing & Welding
  • Niclafor® 1000 TH4 – High‑Strength CuNi9Sn6 Alloy for Heavy‑Duty Applications
  • Niclafor® 1000 TD4 – Premium CuNi9Sn6 Copper‑Nickel‑Tin Alloys (Strips & Sheets)
  • DIN 1725-2 Grade 3.2211 O – Premium G‑AlSi11 Eutectic Alloy for High‑Precision Casting
  • DIN 1725-2 Grade 3.2581 T1 – Premium AlSi12 Casting Alloy
  • DIN 1725-2 Grade 3.3241 T5 – High-Performance G‑AlMg3Si Alloy for Marine, Automotive & Aerospace Applications
  • EN 1706 Grade AC-43000 T5 Aluminium Casting Alloy – Properties & Standards
  • EN 573-3 AW-1060: Premium Food‑Safe Aluminum Alloy
  • AW-1085 Aluminum: Food‑Safe, EN 573‑3 Certified Grade for Optimal Performance
  • EN 573-3 Grade AW-1198: Food‑Safe Aluminum with Superior Strength and Toughness
  • EN 573-3 Certified AW-1200A Aluminum – Food‑Safe, High‑Quality Grade
  • EN 573-3 AW-1235: Food‑Safe Aluminum Foil Specification
  • EN 573-3 AW-1450 Aluminum: Food‑Safe, High‑Performance Properties
  • EN 573-3 AW-2014A H18: High-Performance Aluminum Alloy
  • AW-5018 Aluminum Alloy – Food‑Safe, High‑Strength, EN 573‑3 Certified
  • EN 576 Grade 3.0256 Aluminium Alloy – Key Material Specifications
  • EN 10277-3: Grade 11SMnPb30 – Rolled & Turned Steel for Automotive & Equipment Applications
  • EN 10277-3 Grade 11SMnPb37 – Rolled & Turned Steel (Superheated)
  • EN 10277-3 Grade 15SMn13 Rolled & Turned Steel (+SH) – Premium Cutting Case Hardening
  • EN 10277-4 Grade C10R – Rolled & Turned Steel Bars (Surface Heat Treated)
  • EN 10277-4 Grade C16R – Rolled & Turned Steel Bars (+SH)
  • ISO 683-1 Grade C22E Soft Annealed Steel – Ideal for Heavy Forged Parts & Vehicle Components
  • SAE J454 Grade 5005: Lightweight, Thermally Conductive Aluminum Alloy for Marine Applications
  • DIN 17210 Grade C10 Soft Annealed (+A) Steel – High Performance for Wear‑Loaded Parts
  • DIN 17210 Grade C15 Soft‑Annealed Steel (+A) – High‑Performance Wear‑Resistant Component Material
  • DIN 17210 Grade Ck10 Soft Annealed Steel – Ideal for Low-Core Strength Wear-Resistant Parts
  • DIN 17210 Ck15 Soft Annealed Steel (+A) – Superior Wear Resistance & Core Strength
  • DIN 17223-1 Grade B Patented Cold-Drawn Steel Wire – Ideal for Springs
  • EN 10084 Grade C10E Quenched Steel – Enhanced Wear Resistance & Low-Core Strength
  • EN 10084 Grade C15E Quenched Steel (+Q) – Enhanced Strength & Durability for Automotive & Machinery Applications
  • EN 12844 Grade G‑ZnAl4Cu3: Advanced Casting Alloy for High‑Strength Applications
  • EN 12844: Grade G‑ZnAl6Cu1 Casting Specifications & Performance
  • EN 12844: GD-ZnAl4 Alloy – Optimal for High-Precision Diecastings
  • EN 12844 Grade GD‑ZnAl4Cu1: Optimal Cast Condition for Die Casting
  • DIN 1725-1 Grade 3.1305 T42 Aluminium Alloy – High Strength & Durability
  • DIN 1725-2 Grade 3.2163 T5 – High‑Performance G‑AlSi9Cu3 Alloy for Precision Casting
  • EN 10083-1 Grade C25E – Cold Shearing Treated Steel (+S) for High-Performance Applications
  • EN 10083-1 Grade C25R: Cold-Shear Treated Steel for Automotive & Machine Engineering
  • EN 10083-1 Grade C22 Steel – Cold Sheared & Treated for Enhanced Performance
  • EN 10083-2 Grade C25 Steel - Cold-Sheared +S Treatment for Vehicle & Machine Engineering
  • ISO 683-4 Grade 10SPb20 Untreated: High-Performance Free-Cutting Steel
  • ISO 683-4 Grade 11SMnPb30: Untreated, High-Machinability Free-Cutting Steel
  • ISO 683-4 Grade 11SMnPb37 – Untreated, High‑Machinability Free‑Cutting Steel
  • 15SMn13 Untreated Steel – ISO 683-4 Grade for Precision Turned Parts
  • EN 10250‑2 S235J2G3 Steel – Normalized & Formed (±N) for Dynamic Load Welding
  • EN 10250‑2 – S235JRG2 Low‑Carbon Steel (Normalized or Normalized‑Formed)
  • EN 10250-2 Grade S355J2G3 – Normalized or Normalized Formed Steel for High-Performance Welding Applications
  • EN 10270-1 Grade SL: Patented Cold-Drawn Steel Wire for Low-Load Springs
  • EN 10270-1 Grade SM Patented Cold-Drawn Steel Wire for High-Performance Springs
  • EN 10270-2 Grade FDC Oil Quenched & Tempered Wire – High‑Strength Spring Material
  • EN 10270-2 Grade TDC: Oil‑Quenched & Tempered High‑Carbon Steel Wire
  • EN 10270-2 Grade VDC: Premium Oil‑Quenched & Tempered Steel Wire for High‑Fatigue Torsion Springs
  • EN 10270-3: X10CrNi18-8 Grade Cold Drawn Stainless Steel Wire
  • EN 10270-3 X5CrNiMo17-12-2 Cold Drawn Stainless Steel Wire – High Corrosion Resistance & 250°C Performance
  • EN 10277-2 Grade C16 Rolled & Turned Steel Bars (+SH) – High-Quality Low-Carbon Performance
  • EN 10277-3 Grade 10SPb20: Rolled & Turned Case-Hardened Steel (+SH)
  • DIN 1651 Grade 15S10 Cold‑Drawn & Stress‑Relieved Steel – High Toughness for Automotive & Tooling
  • DIN 1651 Grade 9SMn28 Cold‑Drawn & Stress‑Relieved Steel – Superior for Mass‑Turning Tools
  • DIN 1651 Grade 9SMn36: Cold-Drawn, Stress-Relieved Steel for Precision Cutting Applications
  • DIN 1651 Grade 9SMnPb28: Untreated, High-Performance Balanced Machining Steel
  • DIN 1651 Grade 9SMnPb36 – Untreated High-Performance Machining Steel
  • DIN 2391-2 Grade St 30 Al Bright Drawn Soft Steel Tube
  • DIN 2391-2 Grade St 30 Al – Premium Bright Drawn Hard Steel Tube
  • DIN 2391-2 St 30 Al Seamless Steel Tube – Soft Annealed, Grade A
  • DIN 2391-2 Grade St 30Si: Bright-Drawn Soft Seamless Steel Tubes for Precision Construction
  • DIN 2391-2 St 30 Si Steel Tube – Bright Drawn, Hard, High Precision
  • DIN 2391-2 St 30 Si Soft‑Annealed Tube – Grade A for Precision Construction
  • EN 10132-4 Grade C125S: Premium Cold-Rolled Steel for Springs & Precision Applications
  • EN 10132-4 Grade C125S Quenched Steel – Precision Spring & Strip Material
  • EN 10028-4 Grade X8Ni9: Cryogenic Ni-Alloy Steel (Normalized/Quenched & Tempered)
  • EN 10327 Grade DX51D Cold-Rolled Steel – High-Performance Alloy with Premium Coatings
  • EN 10326 Grade S550GD Cold Rolled Structural Steel with Hot-Dip Coatings
  • ASTM B316 Grade 3003 H14: High-Quality Aluminum Alloy for Corrosion Resistance & Strength
  • ASTM B316 Grade 6061 H13 Aluminum Alloy – Superior Corrosion Resistance & Easy Fabrication
  • ASTM B316 Grade 6061-O Aluminum: High-Performance Alloy for Corrosion Resistance and Fabrication
  • ASTM B316 Grade 7050 H13: High-Strength Heat-Treatable Alloy for Aerospace Applications
  • ASTM B316 Grade 7050-O: High-Performance Heat‑Treatable Aluminum Alloy for Aerospace
  • ASTM B316 Grade 7075 – High-Strength Aerospace Aluminum Alloy
  • ASTM B316 Grade 7075 Aluminum Alloy – Superior Strength & Corrosion Resistance for Aerospace Applications
  • ASTM B483 Grade 6063O Aluminum: Premium Architectural Alloy
  • BS 970-1 Grade 080M15 – High-Performance Low-Carbon Steel with Excellent Wear Resistance
  • DIN 17222 Grade C55 Cold-Rolled & Hardened Steel – Precision Springs
  • DIN 17222 C60 Cold-Rolled & Hardened Steel – Premium Spring Strip Grade
  • DIN 17222 Grade C67: Cold-Rolled & Hardened Steel for Precision Springs
  • DIN 17222 C75 Cold‑Rolled & Hardened Steel – Precision Springs
  • DIN 17222 Grade Ck55: Cold‑Rolled & Hardened Steel for High‑Precision Springs
  • DIN 17222 Ck60: Premium Cold‑Rolled & Hardened Steel for Precision Springs
  • DIN 17222 Grade Ck67 Cold‑Rolled & Hardened Steel – Superior Spring Material
  • DIN 17222 Ck75 Cold Rolled Steel – High Accuracy & Hardened Surface for Springs
  • DIN 17222 Grade Ck85: Cold‑Rolled & Hardened Steel for High‑Precision Springs
  • DIN 1651 Grade 10S20 Cold Drawn & Stress Relieved Steel – Superior Machinability & Toughness
  • DIN 1651 Grade 10SPb20: Untreated, High-Performance Machining Steel
  • CEN/TS 13388 Grade CW708R – Technical Data Sheet (R460, H115)
  • CEN/TS 13388 Grade CW450K R290 – H070: Comprehensive Material Properties
  • CEN/TS 13388 Grade CW502L – R260, H055 – Detailed Technical Data
  • CEN/TS 13388 CW117C Grade: R250, H060 – Detailed Mechanical & Thermal Properties
  • CEN/TS 13388: CW452K Grade – R350 & H080 Specifications
  • CEN/TS 13388 Grade CW505L R270, H055 – Detailed Mechanical & Thermal Properties
  • CEN/TS 13388: CW507L R300 H055 – Technical Specifications & Material Properties
  • CEN/TS 13388 Grade CW508L R300, H055 – Technical Specifications & Performance Overview
  • ASTM B211 Grade 3003 H12 Aluminum Alloy – Corrosion‑Resistant, Weldable & Strong
  • ASTM B211 Grade 3003 H14 Aluminum: Corrosion‑Resistant, Weldable, High‑Strength Alloy
  • ASTM B211 Grade 3003 H16 Aluminum – Premium Corrosion Resistance & Strength
  • ASTM B211 Grade 3003 H18 Aluminum Alloy: Superior Corrosion Resistance & Strength
  • ASTM B241 Grade 6061‑T6 Aluminum Alloy – High Strength & Corrosion Resistance
  • ASTM B210 Grade 6063O Aluminum: Corrosion‑Resistant Architectural Alloy
  • ASTM B316 Grade 2017 Aluminum Alloy: Properties & Applications
  • ASTM B316 Grade 2024 H13 Aluminum: High-Strength, Aircraft-Grade Alloy
  • ASTM B316 Grade 2024-O: High‑Strength Aerospace Aluminum Alloy
  • ASTM B316 Grade 2219 H13: High-Strength Aluminum Alloy for High-Temperature Applications
  • ASTM B316 Grade 3003O Aluminum Alloy: High Corrosion Resistance & Easy Welding
  • ASTM B316 Grade 2017 Aluminum Alloy – Strength, Ductility & Machinability
  • Indaten® 355A – High‑Strength, Corrosion‑Resistant Steel for Architectural Excellence
  • Indaten® 355D: High-Strength, Corrosion-Resistant Steel for Architectural Excellence
  • Nitrodur 8524 QT - High-Performance Quenched & Tempered Steel for Hydraulic Applications
  • UGI® 4542 +P1070/H1025: High-Strength, Corrosion-Resistant Martensitic Stainless Steel
  • DILLIDUR 600: Premium Wear-Resistant Steel
  • DILLIDUR 550 – High-Performance Wear-Resistant Steel (550 HBW)
  • Pink Sheets Grade 355.0 T6: Comprehensive Mechanical Properties & Standards
  • Pink Sheets Grade 356.0 T6: Premium Alloy for Superior Mechanical Strength
  • Comprehensive Overview of Pink Sheets Grade 319.0 F – Properties & Standards
  • Pink Sheets Grade 356.0 T7: Comprehensive Material Properties & Standards
  • ASTM B570 Grade C17000 TD02 – Alloy 165: High-Strength, Corrosion-Resistant Material
  • ASTM B570 Grade C17000 TD01 – High‑Strength, Corrosion‑Resistant Alloy
  • EN 573-3 Grade AW-6056 T89 – High-Performance Age-Hardenable AlMgSi Alloy
  • AW-6056 T39: Age-Hardenable 6000-Series Aluminium Alloy – EN 573-3 Grade
  • CEN/TS 13388 Grade CW119C R220 – H040: Material Specifications & Properties
  • CW106C R200 Grade (CEN/TS 13388) – High-Performance Brass Alloy for Precision Applications
  • CEN/TS 13388: Grade CW107C R340, H100 – Full Technical Specification
  • CEN/TS 13388 Grade CW453K – R370, H090: Comprehensive Steel Specifications
  • CEN/TS 13388 – CW454K Grade Steel: 320 MPa Strength, 120 GPa Modulus, 1.8×10⁻⁵ / K Thermal Expansion
  • CEN/TS 13388 Grade CW351H – R340 & H075 – Key Material Properties
  • AW‑1350 H26 Aluminum Alloy – EN 573‑3 Grade Specifications & Properties
  • EN 573-3 Grade AW-3005 H34 – Premium Aluminium Alloy for Industrial Use
  • AW-3005 H36 Aluminium Alloy – EN 573-3 Grade, High-Strength & Versatile
  • AW-3005 H38 – EN 573-3 Grade Aluminium Alloy
  • EN 573-3 Grade AW-5019 O3 Aluminium Alloy Properties
  • Si45Z Alloy (CuSi3Fe2Zn3) – High Performance, Low Friction, Excellent Weldability
  • EN 10297-1 Grade C22Pb: Normalized or Normalized-Formed Steel (+N) – Key Properties
  • DIN 5512‑1 Grade S235J2W: Normalized or Normalized‑Formed Steel for Rail Vehicle Engineering
  • EN 10088-1 X50CrMoV15 Soft-Annealed Steel: High Strength & Abrasion Resistance
  • X2CrNiMoN25-7-4 Solution-Annealed Stainless Steel – EN 10088‑1 Grade X2
  • EN 10088‑1 Grade X30Cr13 – Quenched & Tempered (QT850) – Durable Cutting Tool Steel
  • EN 10088-1 X2CrNiMoCuWN25-7-4: Solution‑Annealed Alloy for Superior Corrosion Resistance
  • EN 10088-1 Grade X39Cr13 – Quenched & Tempered (QT800) Steel for Cutting Tools & Bearings
  • EN 10088‑1 Grade X17CrNi16‑2 – Quenched & Tempered (QT800) – High‑Performance Stainless Steel
  • DIN 17440 Grade X15Cr13: Quenched & Tempered Steel for High-Performance Applications
  • DIN 17742 Grade NiCr20TiAl Precipitation Hardened Alloy (+P): High Creep & Scale Resistance
  • NiCr20Ti Grade 2.4630 – Soft Annealed, High‑Temperature Resistant
  • Alloy 360 (N03360) – High‑Strength Nickel‑Beryllium Strip
  • Alloy 360 TD01 (N03360): Nickel‑Beryllium Steel with Exceptional Strength and Formability
  • EN 10132-3 Grade C40E Mild Steel Strip – Soft Annealed or Soft Annealed with Rerolled Skin (+A/+A+LC)
  • DIN 1725-1 Grade 3.0915 H24 – High‑Strength AlFeSi Alloy for Precision Forming
  • EN 1706 Grade 3.1841 T6 Aluminium: Key Properties & Standards
  • EN 1706 Grade 3.1841 T64 Aluminium Alloy – Key Properties & Standards
  • EN 573-3 Grade 3.2315 F – Aluminium Alloy Specifications & Properties
  • H13 Grade 3.2315 Steel – EN 573-3 Specification
  • WL 3.2364 T5: Superior Weldable Cast Alloy for High-Integrity Applications
  • EN 573-3 Grade 3.3206 F: Key Mechanical Properties & Standards
  • EN 573-3 Grade 3.3207 T6 – Aluminum Alloy Technical Overview
  • EN 573-3 Grade 3.3207 T7 – Premium Aluminium Alloy for Engineering Excellence
  • EN 573-3 Grade 3.3315 H112 – Comprehensive Material Specifications
  • EN 573-3 Grade 3.3315 H19 Aluminium – Specifications & Properties
  • EN 573-3 Grade 3.3326 H111 – Detailed Mechanical Properties of 5000 Series Aluminium
  • EN 573-3 Grade 3.3326 H112 Aluminium – Density, Modulus, Strength & Standards
  • EN 573-3 Grade 3.3535 O3 – Aluminium Alloy – Key Properties & Standards
  • DIN 1725-1 Grade 3.3547 H112 Aluminium – Premium 5000 Series with Full R&D & Custom Services
  • DIN 1725-1 Grade 3.3547 H12 Aluminium Profile – High Strength, Precision Engineering
  • EN 573-3 Grade 3.3549 H19 – High-Performance Alloy with Superior Strength
  • EN 573-3 Grade 3.3555 O3 Aluminium – Key Properties & Standards
  • EN 573-3 Grade AW-1350 H24 – Premium Wrought Aluminium for Structural Applications
  • EN 573-3 Grade 3.0525 H41 – Aluminum Alloy Specification & Key Properties
  • EN 573-3 Grade 3.0525 H42 – High‑Strength Aluminium Alloy Specification
  • EN 573-3 Grade 3.0525 H44 – High-Quality Aluminium Standard Specifications
  • EN 573-3 Grade 3.0525 H45 Aluminium Alloy – Key Properties & Standards
  • EN 573-3 Grade 3.0525 H46 Aluminium Alloy – Properties & Standards
  • EN 573-3 Grade 3.0525 H48 – Comprehensive Aluminum Alloy Specifications
  • EN 573-3 Grade 3.0526 H25 Aluminium – Technical Specifications & Standards
  • EN 573-3 Grade 3.0526 H42 Aluminium Alloy – Specifications & Properties
  • EN 573-3 Grade 3.0526 H43 – Aluminum Alloy Specifications
  • EN 573-3 Grade 3.0526 H44 – Premium Aluminium Alloy Specification
  • EN 573-3 Grade 3.0526 H45 Aluminium Alloy – Properties & Standards
  • EN 573-3 Grade 3.0526 H46 Aluminium Alloy – Key Properties & Standards
  • EN 573-3 Grade 3.0526 H48 – High Strength Aluminium Alloy Specifications
  • DIN 1725‑1 Grade 3.0915 H14 – High‑Strength, Formable AlFeSi Alloy for Precision Engineering
  • DIN 1725-1 Grade 3.0915 H16 – High-Strength, Formable Aluminum Alloy
  • DIN 1725-1 Grade 3.0915 H18 – High‑Strength AlFeSi Alloy for Precision Forming
  • DIN 1725-1 Grade 3.0915 H1x Aluminum Alloy – High Strength, Excellent Formability & Conductivity
  • SEW 400 X3CrNiMoTi25-25 Quenched Steel – High Corrosion Resistance for Chemical & Textile Industries
  • EN 10088-1 Grade X20Cr13 Quenched & Tempered Steel – Durable, Corrosion-Resistant for High-Load Applications
  • X4CrNiMo16-5-1 Grade: Quenched & Tempered (QT900) – High‑Performance Martensitic Stainless Steel
  • AA 6151 T6 Aluminium Standard: Key Properties & Mechanical Specs
  • AA 6151 T652 Aluminium Alloy – Key Mechanical Properties & Standards
  • AA Standards Grade 8176 H24 – Comprehensive Aluminium Alloy Specs
  • EN 573-3 Grade 3.0257 H19 Aluminium – Specifications & Performance
  • EN 573-3 Grade 3.0257 H24 – Comprehensive Material Properties & Standards
  • EN 573-3 Grade 3.0257 H26 – Premium Aluminum Alloy Properties
  • EN 573-3 Grade 3.0257 H28 – High-Quality Aluminium Alloy Specifications
  • EN 573-3 Grade 3.0285 H112: Comprehensive Material Properties
  • EN 573-3 Grade 3.0505 H111 Aluminium Alloy - Technical Specifications
  • EN 573-3 Grade 3.0505 H12 – Premium High-Strength Aluminum Alloy
  • EN 573-3 Grade 3.0515 H112 Aluminium – Key Properties & Standards
  • EN 573-3 Grade 3.0515 H224 – Premium Aluminium Alloy for Engineering Excellence
  • EN 573-3 Grade 3.0515 H244 Aluminium – Full Technical Specs & Standards
  • EN 573-3 Grade 3.0525 H25 – 3000 Series Aluminium Properties
  • EN 573-3 Grade 3.0525 H34 – Certified 3000 Series Aluminium Alloy Properties
  • EN 573-3 Grade 3.0525 H36 Aluminium – Key Properties & Standards
  • EN 573-3 Grade 3.0525 H38 Aluminium Alloy – Comprehensive Property Profile
  • EN 10083-2 Grade C55E Steel – Quenched, Tempered, and Surface Hardened for Heavy‑Duty Automotive & Industrial Parts
  • EN 10083-2 Grade C60E – Normalized/Normalized Formed Steel for Heavy-Duty Applications
  • JIS H4000 Grade 1100 O Aluminum Alloy – 99% Pure, High Corrosion Resistance
  • JIS 5005 O – Premium Aluminum Alloy for Marine and High-Performance Applications
  • JIS H4000 Grade 5052 O – Premium Aluminum Alloy for Marine Applications
  • JIS 5052 H18 Aluminum – Superior Corrosion Resistance & Welding Performance
  • JIS 5052 O: Premium 5052 Aluminum for Marine Applications
  • JIS H4090 Grade 1100 H14 Aluminum Alloy: Properties & Applications
  • JIS H4090 Grade 1100 O – Premium 99% Aluminum Alloy with Superior Corrosion Resistance
  • JIS H4090 Grade 5052 H14 Aluminum Alloy – Superior Corrosion Resistance & Welding
  • JIS H4090 Grade 5052 O Aluminum: Superior Corrosion Resistance & Weldability
  • JIS 5052 H18 – Premium Aluminum Alloy for Marine & High-Weldability Applications
  • JIS H4100 5052-O Aluminum: Superior Corrosion Resistance & Welding Performance
  • SEW 470 – X10CrAlSi13 Soft‑Annealed Grade for High‑Temperature Applications
  • SEW 470: X10CrAlSi18 Soft-Annealed Steel – High-Temperature, Corrosion-Resistant Grade
  • SEW 470 Grade X10CrAlSi25: Soft-Annealed Steel for High-Temperature Applications
  • SEW 470 Grade X9CrNiSiNCe21-11-2: High‑Temperature Solution‑Annealed Steel for Industrial Applications
  • SEW 555 Grade X21CrMoV12-1 – High-Performance Quenched & Tempered Alloy Steel
  • SEW 400 X1CrNi25-21 Quenched Steel – High Corrosion Resistance & Structural Integrity
  • SEW 400 Duplex Stainless Steel (X2CrNiN23-4) – Quenched for Superior Strength and Corrosion Resistance
  • EN 1652 CuZn30 G075: Premium Unhardenable Copper Alloy
  • EN 1652 CuZn33 G010 – Premium Unhardenable Wrought Copper Alloy
  • EN 1652 Grade CuZn33 – High-Strength, Unhardenable Copper Alloy
  • EN 1652 Grade CuZn33 G030 – High-Performance Unhardenable Wrought Alloy for Precision Applications
  • EN 1652 CuZn33 (G050) – Unhardenable Copper Alloy for Precision Applications
  • 25CrMo4 Grade Steel – Soft Annealed or Skin‑Passed Strip (EN 10132‑3, +A / +A+LC)
  • EN 1652 CuZn36 G010 – Unhardenable Wrought Alloy for High-Performance Applications
  • EN 1652 Grade CuZn36 G020 – High-Strength Wrought Copper Alloy for Precision Fabrication
  • EN 1652 CuZn36 G030: High-Performance Copper Alloy for Precision Applications
  • EN 1652 Grade CuZn36 G050 – Premium Unhardenable Copper Alloy for Advanced Fabrication
  • EN 1652 Grade CuZn36 R550 – Unhardenable Wrought Alloy for High-Strength Applications
  • EN 10132-3 Grade C30E: Soft Annealed or Skin-Passed Cold-Rolled Steel Strip (up to 6 mm)
  • EN 10132-3 Grade C35E Mild Steel Strip – Soft Annealed & Skin-Passed (+A, +A+LC)
  • EN 10132-3 Grade C45E Soft-Annealed Mild Steel Strip – Premium Quality, Up to 6 mm
  • EN 1652 Grade CuZn39Pb2 R490 – Lead‑Enhanced Brass for Superior Machinability
  • EN 1653 CuAl10Ni5Fe4 R620 – Premium Copper‑Aluminum Alloy for High‑Temperature Boilers, Vessels & Storage Units
  • EN 10083-2 Grade C35 Quenched & Tempered Steel – Ideal for High‑Strength Automotive & Industrial Applications
  • EN 10083-2 Grade C60: High-Strength Quenched & Tempered Steel for Automotive & Tooling
  • EN 10083-2 Grade C35E – Normalized/Normalized Formed Steel for Vehicle & Machine Engineering
  • EN 10083-2 Grade C50E: High-Strength Normalized Steel for Heavy Forged Applications
  • EN 12165 Grade Cu-DHP H040 – Ultra‑Pure Deoxidized Copper for High‑Performance Applications
  • EN 10095 X10CrAlSi13 Heat‑Resistant Steel – Soft Annealed Grade (+A)
  • EN 10095 X10CrAlSi18 Soft-Annealed Steel – High-Temperature Resistant Grade (+A)
  • EN 10095 X10CrAlSi25 Soft Annealed Steel – High-Temperature Performance
  • EN 10095 X10NiCrSiNb35-22 Duplex Stainless Steel – Solution Annealed & Aged for High‑Temperature Performance
  • EN 10095 Grade X6CrNiSiNCe19-10 – Solution Annealed Stainless Steel for High-Temperature Applications
  • EN 1652 CuSn6 R420: Premium Tin‑Copper Alloy with Superior Corrosion Resistance
  • EN 1652 Grade CuSn8 R450: Premium Tin‑Copper Alloy for High Corrosion Resistance
  • EN 10095 X9CrNiSiNCe21-11-2: High-Temperature Solution-Annealed Austenitic Steel (+AT)
  • EN 1652 CuZn15 G010 – Versatile Unhardenable Copper Alloy for Strength, Conductivity & Weldability
  • EN 1652 CuZn15 G020 – High‑Performance Unhardenable Wrought Alloy
  • EN 1652 Grade CuZn15 G035 – High‑Strength, Corrosion‑Resistant Copper Alloy for Electrical and Jewelry Applications
  • EN 1652 CuZn20 (G010) – Premium Copper‑Zinc Alloy for High‑Performance Applications
  • EN 1652 CuZn20 (G020) – High-Performance Wrought Copper Alloy
  • EN 1652 Grade CuZn20 G035 – High Strength & Corrosion Resistance in a Versatile Wrought Alloy
  • EN 1652 CuZn20Al2As R330: Advanced Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuZn30 (G010) – Premium Unhardenable Copper Alloy
  • EN 1652 CuZn30 Grade G020 – Premium Copper Alloy for High-Performance Applications
  • EN 1652 CuZn30 G030 Wrought Copper Alloy – High Strength, Corrosion Resistance & Excellent Machinability
  • EN 1652 Grade CuZn30 G050 – Premium Unhardenable Wrought Alloy for High-Performance Applications
  • EN 10250-4 X2CrNi19-11 Stainless Steel – Solution Annealed (+AT) – High Corrosion Resistance & Premium Quality
  • EN 10250-4 Grade X2CrNiMo17-12-2 Solution-Annealed Steel (+AT) – High Corrosion Resistance
  • X2CrNiMo18-14-3 Solution Annealed – EN 10250-4 Grade, Superior Corrosion Resistance
  • EN 10250-4 X2CrNiMoN17-11-2 Solution-Annealed Steel for High-Performance Chemical Applications
  • EN 10250-4 X2CrNiMoN17-13-3 Steel – Solution Annealed, Enhanced Corrosion Resistance
  • EN 10250-4 Grade X2CrNiN18-10: Solution‑Annealed Stainless Steel (+AT)
  • EN 10250-4 X3CrNiMo17-13-3 Solution-Annealed Steel: Superior Corrosion Resistance for Chemical Applications
  • EN 10250-4 Grade X5CrNi18-10 Solution-Annealed Steel (+AT) – Premium Corrosion-Resistant Austenitic Alloy
  • EN 10250-4 X5CrNiMo17-12-2 Solution-Annealed (+AT) – Premium Austenitic Stainless Steel for Acid-Resistant Applications
  • EN 10250-4 X6CrNiMoTi17-12-2 (Solution Annealed) – High-Performance Stainless Steel
  • EN 10250-4 Grade X6CrNiNb18-10 – Solution Annealed (+AT)
  • EN 10250‑4 X6CrNiTi18‑10: Ti‑Stabilized, Solution‑Annealed Stainless Steel for High‑Performance Welding
  • EN 12165 Grade CuZn39Pb3 H080 – Lead-Enhanced Brass for Superior Machinability
  • EN 10269 Grade 35B2 QT Steel – Full Specs & Performance Overview
  • EN 10269 Grade C35E – High-Performance Quenched & Tempered Steel for Automotive & Machinery
  • EN 10269 Grade C45E Quenched & Tempered Steel for Heavy-Duty Applications
  • EN 12166 Grade CuNi12Zn24 O60 – High-Strength, Corrosion-Resistant Copper-Nickel-Zinc Alloy
  • EN 12166 CuNi18Zn20 O60 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12166 Grade Cu-DHP R250 – High-Purity Deoxidized Copper for Precision Applications
  • EN 12452 Grade CuZn20Al2As – Seawater‑Resistant, Dezincification‑Immune Copper Alloy
  • EN 12166 Grade CuZn39Pb3 (H04) – Leaded Brass Alloy Specifications
  • EN 12168: CuZn40Pb2 H02 – Lead‑Enhanced Copper Alloy for Cold‑Forming Strength
  • EN 12166 Grade CuZn40Pb2 H04 – Premium Leaded Copper Alloy for High-Strength Applications
  • EN 12166 Grade CuZn40Pb2 H075 – High‑Strength Lead‑Enhanced Copper Alloy
  • EN 12168 Grade CuZn38Pb2 R410: Premium Wrought Copper Brass for Cold Forming & Machining
  • EN 10083-2 Grade C30 Quenched & Tempered Steel – Ideal for Automotive and Machine Parts
  • EN 10083-2 Grade C50 Steel – Quenched & Tempered (QT) – High Strength & Wear Resistance
  • EN 12164 R430 Brass (CuZn39Pb3) – High Strength, Excellent Machinability
  • EN 12164 CuZn39Pb3 R500 Brass: Properties, Strength & Corrosion Resistance
  • EN 12164 R430 – CuZn40Pb2 Leaded Brass: Superior Machinability & Cold‑Forming Performance
  • EN 12164 Grade CuZn40Pb2 R500 – Lead-Enhanced Copper Alloy for Superior Machinability
  • EN 12168 CuZn40 Grade – High-Strength, Unhardenable Copper Alloy for Precision Applications
  • EN 12168 CuZn40 R500: Premium Copper Alloy for High-Performance Applications
  • EN 12168 Grade CuZn40 H070 – High-Strength Copper Alloy for Precision Applications
  • EN 10250‑4 X1NiCrMoCu25‑20‑5 Solution‑Annealed Steel (+AT) – High‑Performance Corrosion‑Resistant Alloy
  • EN 10250-4 X1NiCrMoCu31-27-4: Premium Solution‑Annealed Austenitic Steel with Superior Corrosion Resistance
  • EN 12163 CuZn33 R370 – Premium Copper Alloy for High-Performance Applications
  • EN 12163 CuZn35Ni3Mn2AlPb R490 – High-Performance Copper Alloy for Corrosion-Resistant Applications
  • EN 1652 Grade CuZn37 O60 – Premium Unhardenable Wrought Copper Alloy
  • EN 10217-7 Grade X1CrNiMoCuN20-18-7 – Solution Annealed Steel for High-Performance Applications
  • EN 10217-7 X2CrNi18-9 Solution-Annealed Austenitic Steel – High-Performance Tubing
  • EN 12163 Grade CuZn39Sn1 R400 – Premium Copper Alloy for Industrial Applications
  • EN 10217-7 Grade X2CrNiMoN22-5-3 Solution‑Annealed Steel (+AT) – High‑Performance, Corrosion‑Resistant Tubing
  • EN 10083‑1 Grade C30E Quenched & Tempered Steel – Ideal for High‑Performance Vehicle & Machine Components
  • EN 10083-1 Grade C30R Quenched & Tempered Steel – Ideal for Automotive & Engine Components
  • DIN 17200 Grade C35 Quenched & Tempered Steel – Ideal for Automotive & Machine Components
  • DIN 17200 Grade C40 Quenched & Tempered Steel – Ideal for Heavy‑Duty Forged Components
  • EN 12166 Grade CuZn39Pb2 (H02): Unhardenable Brass Alloy for Industrial Applications
  • EN 12166 CuZn39Pb2 (H04) Brass Alloy – High Strength & Good Machinability
  • EN 12166 Grade CuZn39Pb2 R500 – Leaded Brass Alloy for High Strength and Machinability
  • DIN 17200 Grade C45 Quenched & Tempered Steel – Optimal Performance for Automotive and Machinery Applications
  • EN 12166 CuZn39Pb2 (H01) – Lead-Enhanced Brass for High Strength & Machinability
  • EN 12166 Grade CuZn39Pb3 H02 – Lead-Enhanced Brass Alloy Overview
  • EN 12164 CuZn36Pb3 R400 – Leaded Brass Alloy with High Strength
  • EN 12164 CuZn36Pb3 R480 – Unhardenable Brass with Cold-Form Strength & Pb-Enhanced Machinability
  • EN 10216-2: X10CrMoVNb9-1 Seamless Tube – Normalized & Tempered for High‑Temperature Applications
  • EN 10216-2 Grade X11CrMo9-1+I Seamless Steel Tubes – Isothermally Annealed for High‑Temperature Pressure Applications
  • EN 10216-3 Grade P460NH – High‑Temperature Weldable Steel (Normalized/Normalized Formed +N)
  • EN 1652 Grade F00 CuNi2Si – Premium Low‑Alloy Copper with Superior Conductivity
  • EN 12166 CuZn15 R340 Copper Wire – High Strength & Durability for Industrial Use
  • EN 1652 CuNi2Si TH: High-Performance Low-Alloy Copper Alloy
  • EN 1652 Grade CuNi2Si TB00: High-Performance Hardenable Copper Alloy
  • EN 10216‑4 Grade 12Ni14 Steel – Normalized & Tempered (NT) Tubes
  • EN 12166 CuZn20 R260 Copper Alloy Wire – Key Properties & Applications
  • EN 10216-4 Grade X12Ni5 Steel – Normalized & Tempered (NT) for Cryogenic Applications
  • EN 12166 Copper Alloy CuZn30 R280 – Technical Specifications & Properties
  • EN 12163 Grade CuSn6 R340 – Premium Tin‑Copper Alloy for Superior Corrosion Resistance
  • EN 12163 Grade CuZn10 R380 – High-Performance Electrical Copper Alloy
  • EN 10216-5 X7CrNiTiB18-10: High‑Creep Resistant, Solution‑Annealed Steel (+AT)
  • EN 12163 Grade CuZn15 R430 – Unhardenable Wrought Alloy for Electrical & Jewelry Applications
  • EN 12163 CuZn20 (R450) – High-Strength, Unhardenable Copper Alloy for Precision Applications
  • EN 12166 CuZn36 R290 Copper Alloy Wire – High Strength & Versatility
  • EN 12166 CuZn36 R460 Copper Alloy Wire – Key Properties & Specifications
  • EN 12163 Grade CuZn30 (R460) – Premium Copper Alloy for Precision Applications
  • EN 12163 CuZn33 R310 – Premium Grade Alloy for High-Performance Applications
  • DIN 1654-5 Grade X5CrNi18-12 Quenched Steel (+Q): Enhanced Austenitic Stability & Formability
  • EN 10216-2 Grade 20CrMoV13-5 Quenched & Tempered Steel – High‑Temperature, High‑Pressure Hydrogenation Applications
  • EN 10216‑2 Grade X12CrMo91 (Quenched & Tempered) – Premium High‑Temperature Steel for Hydrogenation Vessels
  • EN 10217-3 Grade WStE 420: Normalized or Normalized Formed Steel Tubes (+N)
  • EN 10217-3: WStE 460 Normalized Steel Tube Grade for High-Performance Applications
  • DIN 17179 WStE 420 Steel Tubes – Normalized/Normalized Formed Grade for High-Performance Applications
  • DIN 17179 Grade WStE 460 – Normalized/Normalized Formed Steel Tubes (+N)
  • EN 10297-1 Grade Cm22 Normalized or Formed Steel (+N) – Key Properties
  • DIN 17155 Grade 15Mo3 Normalized Steel – High‑Temperature Performance up to 530 °C
  • DIN 1652-3 Grade Cm15: Normalized or Normalized Formed Steel – Key Properties & Applications
  • EN 10132-4 Grade C100S: Soft Annealed Steel for Springs & Precision Applications
  • EN 10132-4 Grade C67S – Soft Annealed & Skin-Passed Steel for Precision Spring Strips
  • EN 10132-4 Grade C75S – Soft Annealed Steel for Springs & Cold‑Rolled Applications
  • EN 10132-4 Grade C85S Soft Annealed Steel Strip – Skin Passed (+A/+A+LC)
  • EN 12163 Cu‑DHP R250 – Premium Phosphoric Copper with High Purity & Hydrogen Resistance
  • EN 10025-5 Grade S235J2W: Normalized or Normalized Formed Steel (+N) – Enhanced Corrosion Resistance
  • EN 1652 Grade CuBe2 TH: High-Performance Hardenable Copper Alloy
  • EN 1652 Grade CuSn8 O60 – High-Performance Tin-Copper Alloy for Corrosion-Resistant Applications
  • EN 10216-2 Grade 20CrMoV13-5-5 Quenched & Tempered Seamless Tubes for High-Temperature Applications
  • EN 10216-2 Grade 25CrMo4 Quenched & Tempered Seamless Tubes for High‑Temperature Applications
  • ASTM B241 Grade 5454 H111 – 20,000 mm² Tube Area (Aluminium)
  • ASTM B241 Grade 5456 H111 Aluminium Tube – 20,000 mm² Cross-Section
  • ASTM B211 Grade 5154 O: High-Performance 5000-Series Aluminum Alloy
  • ASTM B241 Grade 1060 O: Premium 1000 Series Aluminum Tube Properties
  • ASTM B241 Grade 5083‑O Aluminum – Up to 20,000 mm²
  • ASTM B241 Grade 5083 H111 Aluminum Plate – Up to 20,000 mm²
  • 5083 H112 Aluminium – ASTM B241 Grade for Areas up to 20,000 mm²
  • ASTM B241 Grade 5454 H112 Aluminium Tubing – 20,000 mm² Area Specification
  • ASTM B241 Grade 5456 Aluminium Tube – 20,000 mm² Area Specification
  • ASTM B241 Grade 5456 H112 Aluminium Tube – 20,000 mm² Area Specification
  • ASTM B241 Grade 6351 T5 – Premium 6000 Series Aluminum Alloy
  • EN 10277-5 Grade C35 Steel – Cold Drawn, Turned, Quenched & Tempered
  • EN 10277‑5 Grade C45 Steel – Cold‑Drawn, Turned, Quenched & Tempered
  • EN 10277‑5 Grade C60: Cold Drawn, Turned, Quenched & Tempered Steel – High Ductility & Wear Resistance
  • EN 10277-5 Grade Ck35: Premium Cold-Drawn, Turned, Quenched & Tempered Steel for High-Performance Applications
  • EN 10277‑5 Grade CK45: Cold‑Drawn, Turned, Quenched & Tempered Steel for Heavy Forged Parts
  • EN 10277‑5 Grade Ck60: Cold‑Drawn, Quenched & Tempered Steel for Heavy‑Load Vehicle Components
  • EN 10277-5 Grade Cm35: Cold Drawn or Turned Steel, Quenched & Tempered for Automotive & Machinery Applications
  • EN 10277-5 Grade Cm45 Steel: Cold‑Drawn, Turned, Quenched & Tempered – Superior Strength & Workability
  • DIN 1654-5 X3CrNiCu18-9 Austenitic Stainless Steel – Quenched Grade for High-Performance Applications
  • AA 5056 Grade H14: Comprehensive Standards & Mechanical Properties
  • AA Standards Grade 5056 H111 – Key Mechanical Properties & Specifications
  • AA Standards Grade 5056 H392 – Key Mechanical & Physical Properties
  • AA 5056 H12 Aluminium Alloy – Standards & Properties
  • AA Standards Grade 5056 H192 Aluminium Alloy Specifications
  • AW‑5186 H111 Aluminium Alloy – EN 573‑3 Certified for High‑Performance Applications
  • AA Standards Grade 5056 H32 – Comprehensive Technical Overview
  • AA Standard Grade 5056 H34 – Comprehensive Properties & Industrial Applications
  • AW-5154A O3 Aluminum – EN 573‑3 Certified Grade for High‑Performance Applications
  • EN 573-3 Grade AW-5186 O – Aluminium Alloy Specifications & Mechanical Properties
  • AA Standards Grade 6005 T1: Key Mechanical Properties and Standards
  • AA Standards Grade 6005 T5 Aluminum: Key Mechanical Properties & Specifications
  • AW-6060 F Aluminium Alloy – EN 573-3 Certified Grade
  • AW-5754 O3 Aluminium – EN 573-3 Certified Grade
  • AW-8006 H44 Aluminium Alloy – EN 573-3 Grade, Food Safe & High Strength
  • EN 573-3 AW-7108A T66 Aluminium Grade – Specification & Properties
  • AW‑8006 H42 Aluminium Alloy – EN 573‑3 Certified, Food‑Safe, High‑Strength Material
  • CEN/TS 13388 Grade CW004A R200 – Premium Steel Material Specification
  • Grade 1060 H112 Aluminium – ASTM B241 Standard Tube Properties
  • ASTM B241 Grade 5454 O – 20,000 mm² Tube Specification
  • UGIGRIP® 4462: Premium Corrosion-Resistant Steel for Durable, Cost-Effective Construction
  • UGIGRIP® 4301: Advanced Corrosion‑Resistant Steel for Durable, Earthquake‑Resistant Construction
  • UGIGRIP® 4311: Advanced Steel for Superior Corrosion Resistance & Structural Performance
  • UGIGRIP® 4401: Advanced High-Performance Steel for Corrosion Resistance & Structural Efficiency
  • UGIGRIP® 4406 – High‑Performance Steel for Long‑Term Durability and Earthquake Resistance
  • AA 5454 H38 Aluminium Alloy – Properties & Performance Overview
  • AA 7005 O – Premium 7000 Series Aluminium Alloy
  • AA 7005 T6 Aluminum Alloy: Key Mechanical and Physical Properties
  • AA Standards Grade 1060 H113 Aluminium Alloy – Key Properties & Standards
  • AA 1350 H14: Comprehensive Mechanical & Physical Properties Overview
  • AA Grade 1350 H12 – Detailed Standards & Properties
  • AA Standards Grade 1350 O: Comprehensive Properties & Mechanical Specifications
  • AA 1350 Grade H16 – Comprehensive Mechanical & Thermal Properties
  • Alloy 10 (C17500) TF00 Wire – High Strength, Superior Conductivity
  • C17500 Alloy 10 TH04 Wire – High Strength & Conductivity
  • Durapur 3520: Premium 100CrMnSi6-4 Steel for High-Performance Rolling Bearings
  • Printdur® HSA: High-Strength, Nickel-Free Steel for LPBF
  • Durapur 3505 Bearing Steel – High Performance, Wear-Resistant Material for Automotive & Industrial Applications
  • High-Performance Molybdenum Ground Rods for Industrial Applications
  • Ultra-High Purity Chromium (UHP Cr) – 99.95%+ Quality for Critical Applications
  • 1100 O Aluminum Wrought Alloy – Non‑Heat‑Treatable, Superior Corrosion Resistance & Workability
  • 5005A O – Non-Heat-Treatable Aluminum Wrought Alloy: Work-Hardenable for Matte Finishes
  • EN AW‑5505 Aluminum Wrought Alloy – Non‑Heat Treatable, Superior Corrosion Resistance
  • 99.98% Purity Nickel Plate, Strip, Band, Foil – S-Annealed
  • High-Purity 99.98% Nickel Plate, Strip, Band & Foil – 1/2 Hardness Grade
  • 99.98% Pure Nickel Plates, Strips, Bands & Foils – Full Hard, High‑Performance Alloy
  • High-Strength Aluminium Tube FA 5577 H24 – Welded & Folded, 3003 Alloy
  • High-Strength Aluminium Alloy Plate – FA 5577 (Sidesupport, Header, Tube Plate)
  • High-Strength Aluminium Alloy Plate (FA 7915) – Ideal for Sidesupport, Header, and Tube Applications
  • UGI® HT286 Annealed: High-Performance Austenitic Alloy for Cryogenic to 700°C Applications
  • UGIMA® 4057 Annealed – Advanced Martensitic Stainless Steel with Superior Machinability
  • UGIGRIP® 4062 – Superior Corrosion Resistance & High-Performance Steel for Long-Lasting, Earthquake-Resistant Structures
  • UGIGRIP® 4362: High-Performance Steel with Superior Corrosion Resistance & Eurocode 8 Compliance
  • M25 Alloy Wire – Free-Machining Copper for High-Performance RF Connectors
  • M25 Copper Alloy Wire – TH03 Grade, Free‑Machining & High‑Performance
  • M25 Copper Alloy Wire – Free-Milling, High-Performance, TH04 (C17300)
  • Alloy 25 Tube DST (C17200): Premium High‑Strength Copper Alloy
  • Alloy 25 Wire (TB00 / C17200) – Unmatched Strength & High Conductivity
  • Alloy 25 Wire TD01 (C17200) – Ultra-High Strength Copper Alloy
  • Alloy 25 Wire TD02 (C17200) – Highest Strength & Conductivity Copper Alloy
  • Alloy 25 Wire (TD03 C17200): High Strength & Superior Conductivity
  • Alloy 25 Wire TD04 (C17200) – Top Strength & Conductivity
  • High-Strength Alloy 25 Copper Wire (TF00 / C17200) – Superior Conductivity & Fatigue Resistance
  • Alloy 25 Wire TH01 (C17200) – Premium High‑Strength Copper Alloy with Superior Conductivity
  • Alloy 25 Wire (C17200) – High Strength Copper Wire with Superior Conductivity & Fatigue Resistance
  • Alloy 25 Wire TH03 (C17200) – High-Strength, High-Conductivity Copper Alloy
  • Alloy 25 Wire TH04 – Premium High‑Strength Copper Alloy (C17200)
  • Alloy 3 (C17510) TB00 Wire – High Strength, Excellent Conductivity & Stress Resistance
  • Materion Performance Alloy 3 Wire (C17510) – High Strength, High Conductivity, Stress‑Relaxation Resistance
  • Alloy 3 (C17510) TF00 Wire – High Strength & Conductivity
  • High-Strength, High-Conductivity Alloy 3 (C17510) TH04 Wire
  • Alloy 10 (C17500) TB00 Wire – High-Performance Strength & Conductivity
  • Alloy 10 (C17500) TD04 Wire – High Strength, Excellent Conductivity & Stress Resistance
  • UNS R50700 Titanium: The Strongest, Most Corrosion‑Resistant Grade
  • UNS R58153: Metastable‑Beta Alloy for Aerospace Sheet Metal, Foils, and Castings
  • G.AL® 7075GF High-Strength Rolled Aluminum Plate – Precision-Finished for Rapid Machining
  • G.AL® C250 ELOX PLUS – Precision‑Milled Aluminum Plate for Superior Anodizing
  • Aluminum Cast Plate G.AL® C330 – Precision‑Milled, High‑Strength Material
  • G.AL® C330R Aluminium Cast Plate – Precision Sawed for High‑Strength Applications
  • High-Performance G.AL® C210R Aluminum Cast Plate – Precision Sawn & Molded
  • High-Performance G.AL® C250 Aluminum Cast Plate – Precision Milled & Flat
  • QMet™ 200 Strip – High‑Performance Copper Alloy for Superior Conductivity and Reliability
  • QMet™ 300 Strip: High-Performance Copper Alloy for Superior Conductivity & Reliability
  • M25 High-Performance Copper Alloy Wire (C17300) – Free Machining & RF Connectivity
  • M25 Alloy Wire TD01 (C17300): High-Performance, Free Machining Copper for RF Connectors
  • Materion M25 Alloy Wire TD02 (C17300) – High-Performance, Free-Machining Copper Solution
  • M25 Copper Alloy – High‑Performance, Easy Machining for RF Connectors
  • M25 Copper Alloy Wire – Free‑Machining, High‑Performance for RF Connectors
  • M25 Alloy Wire – High‑Performance, Free‑Machining Copper for RF Connectors
  • Alloy M25 Wire – High-Performance, Free-Machining Copper for RF & Circular Connectors
  • DIN 17212: Grade Cf35 – Normalized & Normalized Formed Steel (+N)
  • DIN 17223-1 Grade D Patented Cold‑Drawn Steel Wire – Premium for High‑Load Springs
  • DIN 17224 X12 CrNi 17/7 – Premium Spring‑Hard Stainless Steel for High‑Performance Applications
  • DIN 17224 X5CrNiMo18-10: Premium Stainless Steel for Spring Hardening
  • DIN 1725-1 3.0505 T6 Aluminum Alloy – High Strength, Superior Formability
  • EN 573-3 Grade 3.0506 F – Premium Lean Aluminum‑Magnesium Alloy
  • DIN 1725-2 Grade 3.1841 T5 Alloy – High Strength & Toughness for Automotive & Aerospace Parts
  • DIN 1725-2 Grade 3.1841 T61 – High‑Strength, Wear‑Resistant Casting Alloy
  • DIN 1725-2 Grade 3.2373 T5: Premium High-Strength, Corrosion-Resistant Aluminum Alloy
  • DIN 1725-2 G‑AlMg3Si Grade 3.3241 F – High‑Performance, Corrosion‑Resistant Casting Alloy
  • WL 3.4144-1 Grade 3.4144 H13: Premium Heat‑Treatable Aluminum Alloy for Aerospace
  • AW-4006 F – Food‑Safe, Naturally Hardened AlSi Alloy (EN 573‑3)
  • AW-4007 F Aluminum Alloy – EN 573-3 Certified, Food-Safe, High-Strength
  • EN 573-3 Grade AW-5050A F – Food‑Safe Aluminium for Sheet Metal & Can Production
  • DIN 488-1 Grade BSt 500 M Cold‑Formed Ribbed Rod Mat – High Strength & Corrosion‑Resistant
  • BS CA104 / BSB23 / DTD197A Bronze: High-Performance, Corrosion-Resistant Alloy
  • Alloy 625 Inconel®: Premium Nickel Alloy for High-Temperature, Corrosion-Resistant Aerospace & Offshore Applications
  • Alloy 718: Premium Nickel-Chromium Alloy for High-Performance Applications
  • SAE J1392 Grade 050AH Hot-Rolled Steel – Premium Low-Carbon Quality
  • SAE J1392 Grade 050AL: Cold‑Rolled & Coated Low‑Carbon Steel – Premium Mechanical Performance
  • SAE J1392 Grade 050AL Hot-Rolled Low Carbon Steel
  • SAE J1392 Grade 050BH: Premium Cold-Rolled & Coated Low-Carbon Steel
  • SAE J1392 Grade 050BH Hot-Rolled Steel – Key Properties & Specifications
  • SAE J1392 Grade 050BL – Premium Cold‑Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 050BL Hot-Rolled Steel – Specifications & Properties
  • SAE J1392 Grade 050CH: Cold‑Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 050CH Hot-Rolled Low Carbon Steel – Properties & Applications
  • SAE J1392 Grade 050CL Cold‑Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 050CL Hot‑Rolled Low-Carbon Steel – Detailed Properties & Specifications
  • SAE J1392 Grade 050SH Cold‑Rolled & Coated Steel – High Strength Low‑Carbon Performance
  • SAE J1392 Grade 050SH Hot-Rolled Steel – Superior Low‑Carbon Performance
  • Premium SAE J1392 Grade 050SL Cold‑Rolled & Coated Low‑Carbon Steel – Reliable Performance
  • SAE J1392 Grade 050SL Hot‑Rolled Steel – Premium Quality & Performance
  • DIN 488-1 BSt 420 S Cold-Formed Ribbed Reinforcing Steel – Grade B
  • DIN 488-1 Grade BSt 500 G Hot Rolled Rebar Wire – High Strength, Smooth Finish
  • DIN 488‑1 Grade BSt 500 P Hot‑Rolled Reinforcing Wire – 500 MPa Strength
  • DIN 488-1 Grade BSt 500 S Cold‑Formed Ribbed Reinforcing Steel
  • DIN 5512-2 Grade DC01: Skin Passed – Compliance Confirmed
  • SAE J1392 Grade 040ZH Hot-Rolled Steel – Premium Low‑Carbon Performance
  • SAE J1392 Grade 040ZL Cold‑Rolled & Coated Steel – High Strength & Corrosion Resistance
  • SAE J1392 Grade 040ZL Hot-Rolled Steel – Superior Low-Carbon Performance
  • SAE J1392 Grade 045AH: Cold-Rolled, Coated Steel – Precision Material for Engineering Applications
  • SAE J1392 Grade 045AH Hot-Rolled Steel: Technical Specifications
  • SAE J1392 Grade 045AL Cold‑Rolled & Coated Steel – Properties & Specs
  • SAE J1392 Grade 045AL Hot-Rolled Steel – Key Properties & Applications
  • Premium SAE J1392 Grade 045BH Cold‑Rolled & Coated Steel – High Strength & Durability
  • SAE J1392 Grade 045BH Hot-Rolled Low Carbon Steel – Properties & Specifications
  • High-Quality SAE J1392 Grade 045BL Cold-Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 045BL Hot-Rolled Steel – Premium Low-Carbon Steel
  • SAE J1392 Grade 045CH Cold-Rolled, Coated Steel – High Strength & Durability
  • SAE J1392 Grade 045CH Hot-Rolled Steel – Superior Mechanical & Thermal Performance
  • SAE J1392 Grade 045CL Cold-Rolled, Coated Steel – Premium Low‑Carbon Performance
  • SAE J1392 Grade 045CL Hot‑Rolled Low‑Carbon Steel – Specifications & Properties
  • SAE J1392 Grade 045SH: Premium Cold-Rolled & Coated Low-Carbon Steel
  • SAE J1392 Grade 045SH Hot-Rolled Steel – Mechanical & Thermal Properties
  • SAE J1392 Grade 045SL Cold‑Rolled & Coated Low‑Carbon Steel – Premium Quality
  • SAE J1392 Grade 045SL Hot-Rolled Low‑Carbon Steel – Key Properties & Applications
  • SAE J1392 Grade 050AH: Cold-Rolled & Coated Steel for Superior Performance
  • SAE J1392 Grade 040BH Hot-Rolled Low Carbon Steel – Properties & Specifications
  • SAE J1392 Grade 040BL Cold‑Rolled, Coated Steel – Technical Specifications
  • SAE J1392 Grade 040BL Hot-Rolled Low Carbon Steel – Superior Mechanical Performance
  • SAE J1392 Grade 040CH: Cold-Rolled, Coated Low-Carbon Steel – Key Properties & Performance
  • SAE J1392 Grade 040CH Hot‑Rolled Low‑Carbon Steel – High Quality
  • SAE J1392 Grade 040CL Steel: Cold‑Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 040CL Hot-Rolled Steel – Material Properties & Performance
  • SAE J1392 Grade 040SH Cold‑Rolled & Coated Steel – Specifications & Properties
  • SAE J1392 Grade 040SH Hot‑Rolled Low‑Carbon Steel – Properties & Specifications
  • SAE J1392 Grade 040SL: Premium Cold‑Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 040SL Hot‑Rolled Steel – Superior Low‑Carbon Performance
  • SAE J1392 Grade 040XH: Premium Cold-Rolled & Coated Low-Carbon Steel
  • SAE J1392 Grade 040XH Hot-Rolled Steel – Key Properties & Specifications
  • SAE J1392 Grade 040XL Cold-Rolled, Coated Steel – Superior Strength & Durability
  • SAE J1392 Grade 040XL Hot-Rolled Steel – Key Properties & Applications
  • SAE J1392 Grade 040YH – Cold‑Rolled, Coated Low‑Carbon Steel for Superior Performance
  • SAE J1392 Grade 040YH Hot-Rolled Steel – Premium Low‑Carbon Performance
  • SAE J1392 Grade 040YL: Premium Cold‑Rolled, Coated Low‑Carbon Steel
  • SAE J1392 Grade 040YL Hot-Rolled Steel – Specifications & Properties
  • SAE J1392 Grade 040ZH Cold‑Rolled & Coated Steel – Specifications & Properties
  • SAE J1392 Grade 035SH Hot-Rolled Low-Carbon Steel – Key Properties & Applications
  • SAE J1392 Grade 035SL: Cold‑Rolled and Coated Low‑Carbon Steel
  • SAE J1392 Grade 035SL Hot-Rolled Steel – Premium Low‑Carbon Properties
  • SAE J1392 035XH Cold‑Rolled & Coated Low‑Carbon Steel – Premium Strength & Reliability
  • SAE J1392 Grade 035XH Hot‑Rolled Steel – Premium Low‑Carbon Properties
  • SAE J1392 Grade 035XL: Premium Cold‑Rolled & Coated Low‑Carbon Steel
  • SAE J1392 Grade 035XL Hot‑Rolled Steel – Key Properties & Applications
  • SAE J1392 Grade 035YH Cold‑Rolled, Coated Steel – Premium Low‑Carbon Performance
  • SAE J1392 Grade 035YH Hot‑Rolled Steel – Premium Low‑Carbon Performance
  • SAE J1392 Grade 035YL Cold-Rolled & Coated Steel – Specifications & Properties
  • SAE J1392 Grade 035YL Hot-Rolled Steel – Premium Low‑Carbon Strength
  • SAE J1392 Grade 035ZH Cold‑Rolled & Coated Steel – Premium Low‑Carbon Grade
  • SAE J1392 Grade 035ZH Hot-Rolled Steel: Specifications & Properties
  • SAE J1392 Grade 035ZL Cold‑Rolled & Coated Low‑Carbon Steel – Specifications
  • SAE J1392 Grade 035ZL Hot-Rolled Steel – Key Properties & Applications
  • SAE J1392 Grade 040AH Cold-Rolled & Coated Steel: Properties & Specifications
  • SAE J1392 Grade 040AH Hot-Rolled Low‑Carbon Steel – Key Properties & Specifications
  • SAE J1392 Grade 040AL Cold‑Rolled & Coated Steel – Key Properties & Applications
  • SAE J1392 Grade 040AL Hot-Rolled Steel – Premium Low-Carbon Performance
  • SAE J1392 Grade 040BH Cold-Rolled & Coated Steel – High Strength, Low Carbon
  • EN 10277-4 Grade C16R Cold Drawn Steel Bars – Specifications & Properties
  • EN 10132-2 Grade C10E Cold-Rolled Mild Steel Strip (+CR)
  • EN 10132-2 Grade C15E Cold-Rolled Steel Strip – Ideal for Case Hardening
  • EN 10132-3 Grade C22E Cold-Rolled Steel – Precision Strips for High-Performance Applications
  • JIS G3128 Grade E460E Steel – Normalized & Controlled Rolled, Key Properties
  • JIS G3522 Grade SWP-B: High-Tensile, Fatigue-Resistant Steel
  • SEW 520 G24Mn6: Quenched & Tempered Steel with Superior Weldability
  • SAE J1392 Grade 035AH – Premium Cold‑Rolled, Coated Low‑Carbon Steel
  • SAE J1392 Grade 035AH Hot-Rolled Steel – Key Properties & Performance
  • SAE J1392 Grade 035AL Cold-Rolled & Coated Low‑Carbon Steel – Key Properties
  • Premium SAE J1392 Grade 035AL Hot‑Rolled Steel – High Strength & Reliability
  • SAE J1392 Grade 035BH Cold-Rolled, Coated Steel – High Strength, Low Carbon
  • SAE J1392 Grade 035BH Hot-Rolled Steel – Premium Low Carbon Material
  • SAE J1392 Grade 035BL Cold‑Rolled & Coated Low‑Carbon Steel – High Strength, Durability
  • SAE J1392 Grade 035BL Hot-Rolled Steel – Key Mechanical and Thermal Properties
  • SAE J1392 Grade 035CH Cold‑Rolled, Coated Steel – Superior Strength & Durability
  • High-Quality SAE J1392 Grade 035CH Hot-Rolled Low Carbon Steel
  • SAE J1392 Grade 035CL Cold-Rolled & Coated Steel – Properties & Specifications
  • SAE J1392 Grade 035CL Hot-Rolled Steel – Key Properties & Specifications
  • SAE J1392 Grade 035SH Cold-Rolled & Coated Steel – Superior Low-Carbon Properties
  • EN 10268 Grade H240LA Skin Pass – High‑Tensile, Cold‑Formable Steel
  • EN 10269 Grade 19MnB4: Advanced Annealing for Spheroidized Carbides (+AC)
  • EN 10270-1 Grade DH: Patented Cold-Drawn Steel Wire for High-Performance Springs
  • EN 10270-1 Grade DM: Patented Cold-Drawn Steel Wire for Springs
  • EN 10270-1 Grade SH Cold-Drawn Steel Wire – Ideal for High Static Load Springs
  • EN 10277-2 Grade C16 Cold-Drawn Bar Steel – High Strength & Precision
  • EN 10277-2 Grade S235JRG2C – Premium Cold‑Formed & Folding Steel (±SH)
  • EN 10277-2 Grade S355J2G3C – Rolled & Turned Steel for High‑Tensile Applications
  • EN 10277‑3 Grade 10S20 – Rolled, Turned & Surface‑Hardened (SH) Steel
  • EN 10277-3 Grade 10SPb20 Cold-Drawn Steel – Uniform Properties & Enhanced Machinability
  • EN 10277-3: 11SMn30 Grade Steel – Rolled, Turned, and Surface-Hardened
  • EN 10277-3 11SMn37 Steel: Rolled & Turned Grade with Superior Surface Finish
  • EN 10277-3 Grade 11SMnPb30 Cold Drawn Steel – High Machinability & Low Cracking Sensitivity
  • EN 10277-3 Grade 11SMnPb37 – Cold‑Drawn High‑Performance Free‑Cutting Steel
  • EN 10277-3 Grade 15SMn13 Cold-Drawn Steel – Premium Quality for Precision Machining
  • EN 10089 Grade 38Si7 Quenched & Tempered Steel – Ideal for Springs & Load‑Securing Applications
  • EN 10089 Grade 61SiCr7 Steel – Quenched & Tempered for High-Performance Springs
  • EN 10277-4 Grade C10R Cold-Drawn Bar Steel – Specifications & Properties
  • EN 10277-4 Grade C15R Soft Annealed & Peeled Steel – Ideal for Wear‑Resistant Vehicle & Machine Parts
  • EN 10277-4 Grade C15R – Soft Annealed & Cold Drawn Steel for High-Wear Parts
  • EN 10210-1 S275J0H: Premium Cold-Worked, Weldable Structural Steel
  • EN 10210-1 S275J2H: Cold-Worked, Weldable Structural Steel
  • EN 10210-1 S355J0H Cold-Worked & Welded Steel: Premium Hollow Sections
  • EN 10210-1: Grade S355J2H Cold-Worked, Weldable Steel Structural Sections
  • EN 10327 Grade DX52D Cold-Rolled Steel – Premium Drawing Quality
  • EN 10327 DX53D Cold‑Rolled Steel – High‑Grade Deep‑Drawing Quality
  • EN 10327 Grade DX54D Cold-Rolled Steel with Premium Hot-Dip Coatings
  • EN 10326 S250GD Cold Rolled Structural Steel – High-Grade, Hot-Dip Coated Options
  • EN 10326 S280GD Cold Rolled Steel – Premium High-Grade Structural Steel
  • EN 10326 Grade S320GD Cold‑Rolled Structural Steel – High‑Grade, Multiple Coating Options
  • EN 10326 S350GD Cold Rolled Structural Steel – High-Grade, Non-Alloy
  • EN 10222-4: P285QH Steel – Normalized / Normalized Formed (+N) for Pressure Vessels & Machinery
  • EN 10083-1 C45E Soft-Annealed Steel – High-Performance Grade for Heavy-Duty Applications
  • EN 10225 Grade S355G13 – Normalized/Normalized Formed (+N) for Offshore Structures
  • ISO 683-4 Grade 10S20 Untreated Steel – Superior Machinability & Ductility
  • ISO 683-4 Grade 11SMn30 – Untreated Free-Cutting Steel
  • ISO 683-4 Grade 11SMn37 Untreated – Free‑Cutting Steel Properties & Applications
  • DIN 2391-2 St 45 Steel Tube – Bright Drawn, Grade C Conduit‑Grade
  • DIN 2391-2 Grade St 45 Soft Annealed Steel Tube – Precision, Thin Walls, Superior Surface
  • DIN 2391-2 Grade St 52 Bright Drawn Steel Tube – Precision, Low Wall Thickness, Excellent Surface Finish


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