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  • S355JR AM FCE – High-Strength, Versatile Structural Steel
  • S355J0 AM FCE: Premium Structural Steel for Reliable Construction
  • S355J2 AM FCE – High-Performance Structural Steel
  • S355J2 AM FCE: Normalized & Formed Steel – Superior Strength & Reliability
  • S355K2 AM FCE: Normalized or Normalized Formed Steel (+N) – Strong, Durable, and Ready for Construction
  • S200 CLAS AM FCE – Premium Steel Coil for Superior Laser Cutting Performance
  • DC02 AM FCE: Premium Cold‑Rolled Mild Steel with Superior Strength & Formability
  • AA 206.0 T7 Aluminum Alloy: Comprehensive Mechanical & Thermal Properties
  • AlCu5MgAg T6 Aluminium Alloy – ISO 3522 Grade, Properties & Specifications
  • CEN/TS 13388: CW603N R360 Copper Alloy Properties & Standards
  • EN 1652 CuNi18Zn20 G020 Alloy – High Strength & Corrosion Resistance
  • EN 1652 Grade CuNi18Zn20 G035 – Premium High‑Strength CuNi18Zn20 Alloy
  • EN 12163 Grade CuBe2 M: High-Performance Hardenable Copper Alloy
  • DIN 17730 Grade G‑Ni90Si – Cast Condition: Properties & Applications
  • DIN 17730 Grade G‑Ni93C: Low‑Galling, Corrosion‑Resistant Cast Material for Food‑Grade and Industrial Applications
  • DIN 17730 G‑NiCu30Si3 Cast Alloy: Superior Corrosion & Erosion Resistance
  • DIN 17730 Grade G-NiCu30Si4 Cast Condition: Exceptional Corrosion & Erosion Resistance
  • DIN 43720 Grade X10NiCr32-20 Quenched Steel – High‑Temperature Performance for Petroleum Tubes
  • Alloy 36 (Invar®): Precision Low‑Expansion Nickel‑Iron Alloy
  • FeNi42 Alloy: Low Thermal Expansion for Precision Seals
  • Nilo® 52: High-Performance Controlled Expansion Alloy for Telecom Electronics
  • Kovar® (Alloy K): Precision Controlled Expansion Alloy for High-Integrity Seals
  • Cu-DHP 1.4016 (40-20-40) – Key Material Properties
  • Tungsten: Key Properties and Industrial Applications
  • G.AL® C330 Dynamic: High-Strength Aluminum Alloy for Precision Applications
  • G.AL® C210 Dynamic: Premium Medium-Strength Aluminum Plate with Superior Uniformity & Low Stress
  • Copper-Infused Antibacterial Stainless Steel: Enhanced Safety & Corrosion Resistance
  • Alloy 10 (C17500) – TF00 Forging & Extrusion Performance Overview
  • DD11 AM FCE Steel: Optimal for Cold Forming & Deep Drawing
  • DD12 AM FCE: Premium Cold‑Forming Steel with Superior Strength and Ductility
  • EN 10088-1 Grade X3CrNiMo13-4 – High-Performance Quenched & Tempered (QT650) Stainless Steel
  • EN 10202 TH50 Cold‑Rolled Steel – Premium Grade for Tinplate Production
  • DIN 17210 Grade 21NiCrMo2 Soft Annealed Steel – Superior Wear Resistance & Fatigue Strength
  • DIN 17210 Grade 20CrS4 Soft Annealed Steel: High Wear Resistance & Machinability
  • DIN 17210 Grade 21NiCrMoS2 Soft Annealed Steel (+A) – High Performance for Wear-Resistant Applications
  • EN 1977 Grade Cu-HCP M – Premium Deoxidized Copper for High-Performance Applications
  • DIN 17210 Grade 20Cr4 Soft‑Annealed Steel – High Wear Resistance for Automotive & Mechanical Applications
  • EN 10088-1 Grade X6CrNiNb18-10 Strain‑Hardened Steel (+C700) – Superior Corrosion Resistance for Chemical & Food Applications
  • DIN 17350 Grade 102Cr6 Tool Steel – Quenched & Tempered (QT) for High‑Performance Cutting Tools
  • DIN 17210 Grade 20MoCrS4 Soft Annealed Steel – Superior Wear Resistance & Fatigue Strength
  • EN 12163 Grade CuZn10 M – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 10084 Grade 22CrMoS3-5 – Quenched Steel for High-Durability Automotive & Machine Components
  • EN 10084 Grade 20NiCrMoS2-2 Quenched Steel – High Performance for Automotive & Machine Components
  • EN 12163 CuZn40 M: High-Performance Unhardenable Wrought Copper Alloy
  • ISO 4957 Grade S 2-9-2 – Ultra‑Hard Mo‑V High‑Speed Steel for Precision Cutting Tools
  • ISO 4957 Grade X32CrMoV3-3 Soft Annealed Steel (+A) – High-Performance Hot Working Alloy
  • DEFSTAN 95-14 (Grade S144): High-Strength Aerospace Stainless Steel
  • Alloy 15CDV6 (DIN 1.7734): High Strength & Toughness, Easy Welding
  • DIN 1.7734 5 – 15CDV6 Alloy: High Strength, Toughness & Easy Welding
  • 15CDV6 Alloy (DIN 1.7734) – High Strength, Easy Welding, Superior Toughness
  • AA 7278A Aluminium Alloy – Technical Specifications
  • AA Standard Grade 7279: Key Material Properties & Specifications
  • AA 7349 Aluminium Alloy – Key Mechanical and Thermal Properties
  • AA Standard Grade 7449: Comprehensive Mechanical & Thermal Properties
  • DIN 1732-1 Grade 3.0516 – Key Properties & Standards
  • DIN 1732-1 Grade 3.2245 – Full Aluminium Alloy Specification
  • DIN 17465: GX40CrNiSi27-4 Cast Steel – High‑Temperature Resistance for Oven Components
  • DIN 17744: NiCr21Mo6Cu – Advanced Corrosion‑Resistant Alloy for Industrial Applications
  • SEW 385 Grade Ni36 Soft Annealed (+A) – Ultra‑Low Expansion Alloy for Optics, Antennas & Measurement Tech
  • DIN 17210 22CrMoS3-5 Steel: Cold Shearing (+S) Treatment Overview
  • EN 12163: Grade CuZn33 M – High-Strength Unhardenable Wrought Copper Alloy
  • EN 10088-1 X70CrMo15: Soft Annealed Grade for Cutting Tools & Industrial Applications
  • SEW 385 Ni42 Soft-Annealed Alloy (+A) – Low-Expansion, High-Performance Material
  • DIN 17741 NiMn1 1/2 Hard – Premium Nickel-Manganese Alloy
  • EN 12164 Grade CuZn39Pb2 M – Lead-Enhanced Brass Alloy for Durable Applications
  • EN 10088-1 Grade X5CrNiCuNb16-4: High-Strength Precipitation Hardened Steel (+P1070)
  • SEW 385 Grade Ni46 Soft‑Annealed Alloy (+A) – High‑Performance Thermal Expansion Solution
  • EN 10084 Grade 17Cr3 Quenched Steel – High Wear‑Resistant Parts for Automotive and Machinery
  • DIN 17465 Grade GX40CrSi23 Cast Condition: High-Temperature, Wear-Resistant Material for Industrial Applications
  • X2CrNiN18-7 Strain-Hardened Steel (DIN 5512-3) – Superior Corrosion Resistance & Toughness
  • AA 7095 Aluminium Alloy: Standards & Properties
  • AA Standard Grade 7097 – 7000 Series Aluminium Properties
  • AA 7099: Comprehensive Mechanical & Thermal Properties for 7000 Series Aluminium
  • AA Standards Grade 7104: Specifications & Properties for 7000 Series Aluminium
  • AA Standard Grade 7106 – Key Material Specifications
  • AA Standards Grade 7122 – Aluminium Alloy Specifications & Properties
  • AA Standards Grade 7136: Comprehensive Material Properties Overview
  • AA Standards Grade 7139 – Comprehensive Material Properties Overview
  • AA Standards Grade 7140 – Key Mechanical & Thermal Properties
  • AA Standards Grade 7155 – Comprehensive Material Specifications
  • AA Standards Grade 7168 – Aluminium 7xxx Series Properties
  • AA Standards Grade 7181: Comprehensive Material Properties for Wrought 7000 Series Aluminium
  • AA Standards Grade 7185 – Comprehensive Aluminium Alloy Specifications
  • AA Standards Grade 7199: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 7204: Key Mechanical & Thermal Properties
  • AA Standards Grade 7249: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 7250: Comprehensive Material Properties
  • AA Standard Grade 7255 Aluminium Alloy: Key Mechanical & Thermal Properties
  • AA Standard Grade 7272: Key Mechanical & Physical Properties
  • AA Standard Grade 7275: Key Mechanical & Thermal Properties of 7000 Series Aluminium
  • AA Standards Grade 7035A: Comprehensive Material Properties Overview
  • AA Standards Grade 7036 – Key Mechanical & Thermal Specs for 7000 Series Aluminium
  • AA Standards Grade 7037 – Detailed Properties & Mechanical Specs
  • AA 7038 Aluminium Alloy – Technical Specifications & Mechanical Properties
  • AA 7040 Aluminium Grade Standards – Density, Modulus, Toughness & Thermal Expansion
  • AA Standards Grade 7041: Comprehensive Mechanical & Thermal Properties
  • AA 7042 – Wrought Aluminium Alloy Standard Grade
  • AA Standard 7046A: Key Mechanical and Thermal Properties
  • AA Standards Grade 7047: Comprehensive Material Properties for 7000 Series Aluminium
  • AA Standards: Grade 7050A – Key Properties & Performance Overview
  • AA 7055 Aluminium Grade – Full Technical Specifications
  • AA Standard Grade 7056 Aluminium Properties & Specifications
  • AA Standard 7064: Key Mechanical & Thermal Properties of 7000 Series Aluminium
  • AA Standards Grade 7065 – Properties & Specifications
  • AA 7068 Aluminium Alloy Standard – Key Properties & Specifications
  • AA Standard Grade 7070 Aluminum: Key Properties & Performance Overview
  • AA Grade 7080 Aluminium: 7000 Series Properties & Standards
  • AA Standards Grade 7081 – Aluminium 7000 Series Mechanical & Thermal Properties
  • AA Standards: Grade 7085 – Key Properties & Performance Data
  • AA Standards Grade 7093 – Aluminium Alloy Properties & Specifications
  • AA Standards Grade 6401 – Comprehensive Property Overview
  • AA Standards Grade 6451 – Aluminium Alloy Specifications & Mechanical Properties
  • AA Standards Grade 6460: 6000 Series Aluminium Properties
  • AA Standards Grade 6501: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 6563: Key Properties of 6000 Series Aluminium
  • AA Standards Grade 6660: Key Mechanical & Thermal Properties for 6000 Series Aluminium
  • AA Standards Grade 6663 – Comprehensive Material Properties & Specs
  • AA 6963 Aluminium Alloy Standards: Comprehensive Properties
  • AA Standard Grade 7002 Aluminium Alloy Specifications
  • AA Standard Grade 7006 Aluminium: Properties & Applications
  • AA Standards Grade 7007 – Aluminium Alloy Properties & Specifications
  • AA Standards for Grade 7009 O Aluminum Alloy – Mechanical & Thermal Properties
  • AA Standards Grade 7009 T6 – Aluminum Alloy Specifications & Properties
  • AA Standards Grade 7020-O: Comprehensive Material Properties & Specifications
  • AA Standard Grade 7020 T4 – Specifications & Properties
  • AA Standards Grade 7031: 7000 Series Aluminium Properties & Specs
  • AA Standards Grade 7032: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 7033 – Comprehensive Mechanical & Thermal Properties
  • AA 7034 Aluminum Alloy: Mechanical & Thermal Standards Overview
  • AA 7035 Aluminum Alloy Standard: Properties & Applications
  • AA Standard Grade 6110A: Comprehensive Material Properties Overview
  • AA Standards Grade 6111F: Comprehensive Mechanical & Thermal Property Overview
  • AA Standard Grade 6113: Detailed Mechanical and Thermal Properties
  • AA Standards Grade 6116 – Key Mechanical & Thermal Properties
  • AA Standards Grade 6156 – Key Properties and Specifications
  • AA 6160 Aluminium Alloy – Standard Grade Specifications
  • AA Grade 6161 Aluminium Properties – Wrought 6000 Series Specs
  • AA Standards Grade 6163 – Comprehensive Aluminium Alloy Properties
  • AA Standards Grade 6181A: Comprehensive Material Properties
  • AA Standards Grade 6182: Aluminium Mechanical & Thermal Properties
  • AA 6206 Aluminium Alloy: Comprehensive Standards and Properties
  • AA 6251 Aluminium Grade – Comprehensive Standards Overview
  • AA 6260 Grade Aluminium Standards – Properties & Specifications
  • AA Standard 6262A: Comprehensive Properties of 6000 Series Aluminium
  • AA 6305 Aluminium Grade – Key Mechanical & Thermal Properties
  • AA Standards Grade 6306: Comprehensive Material Specifications
  • AA Standards Grade 6351A – Comprehensive Material Profile
  • AA Standards Grade 6360: Comprehensive Property Overview
  • AA Standards Grade 6361 – Aluminium Alloy Properties & Standards
  • AA Standards Grade 6363: Comprehensive Specifications & Properties
  • AA Standards Grade 6041 – Aluminium Alloy Specifications & Properties
  • AA Standards Grade 6042: Comprehensive Material Specifications
  • AA Standard Grade 6043 – Key Mechanical and Thermal Properties
  • AA Standards Grade 6051: Key Mechanical and Thermal Properties
  • AA Standards Grade 6055: Aluminium Alloy Property Standards
  • AA Standard Grade 6056 Aluminium Alloy: Key Mechanical & Thermal Properties
  • AA 6060 O Aluminium Alloy – Standard Mechanical & Thermal Properties
  • AA Standards Grade 6061A: Detailed Properties & Technical Specs
  • AA 6061B Aluminum: Comprehensive Standards & Property Overview
  • AA Standards Grade 6062 Aluminum Alloy – Properties & Specifications
  • AA 6064 Grade Aluminium: Key Mechanical & Thermal Properties
  • AA Standard Grade 6064A – Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 6065: Comprehensive Mechanical and Thermal Properties
  • AA Standards Grade 6067: Comprehensive Aluminium Properties & Specifications
  • AA 6068: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 6069: Comprehensive Technical Specifications
  • AA Standard Grade 6071 Aluminium Alloy – Properties & Specifications
  • AA 6082-F Aluminium Grade – High‑Strength, Wrought 6000 Series
  • AA Standards Grade 6091 – Detailed Mechanical and Thermal Properties
  • AA Standard Grade 6092: Key Mechanical & Thermal Property Specifications
  • AA Standards Grade 6005C – Comprehensive Aluminium Alloy Specifications
  • AA Standards: Grade 6009 F – Aluminium Properties & Specifications
  • AA Standards Grade 6012 T4: Detailed Mechanical & Thermal Properties
  • AA Standard Grade 6012A: Comprehensive Technical Specs
  • AA Standards Grade 6015 F – Aluminium Alloy Specifications & Performance
  • AA 6016A Aluminium Alloy: Key Mechanical and Thermal Properties
  • AA 6018 Aluminium Alloy: Comprehensive Standards & Properties
  • AA Standard Grade 6019 Aluminium – Comprehensive Mechanical & Thermal Property Overview
  • AA Standard Grade 6021 – Complete Material Properties Overview
  • AA Standard Grade 6023 – Comprehensive Mechanical & Thermal Properties
  • AA Standard Grade 6024 Aluminium Properties & Specifications
  • AA Standards Grade 6025: Comprehensive Mechanical & Thermal Properties
  • AA Standard Grade 6026: Properties, Mechanical & Thermal Specifications
  • AA Standards Grade 6027 – Comprehensive Properties & Technical Specifications
  • AA Standards Grade 6028: Key Material Properties & Specifications
  • AA Standard Grade 6030 – Comprehensive 6000 Series Aluminium Alloy Specs
  • AA Grade 6031 Aluminium Standards: Properties & Performance Overview
  • AA Grade 6032 Aluminium: Key Properties & Standards
  • AA Standards Grade 6033: Comprehensive Material Properties & Specifications
  • AA Standards Grade 6040 – Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 4005 Aluminium: Key Mechanical and Thermal Properties
  • AA Standards Grade 4014: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 4015 – Comprehensive Mechanical & Thermal Property Overview
  • AA Standard Grade 4015A: Comprehensive Mechanical and Thermal Property Overview
  • AA Standards Grade 4016 Aluminium – Mechanical, Thermal, and Density Properties
  • AA Standards Grade 4017 – Comprehensive Material Property Data
  • AA Standards Grade 4018: Comprehensive Mechanical & Thermal Property Overview
  • AA Standards Grade 4019: Key Mechanical & Thermal Properties
  • AA Standards Grade 4020: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 4021 – Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 4026 – Detailed Properties & Specifications
  • AA 4046 Aluminium Alloy: Mechanical & Thermal Properties
  • AA 4048 Aluminium Alloy: Standard Properties & Specifications
  • AA Standards Grade 4101: Key Properties & Specifications
  • AA Standard Grade 4115: Comprehensive Properties & Specifications
  • AA Standards Grade 4143 – Key Properties & Specifications
  • AA Standards Grade 4147 – Aluminium Alloy Properties & Performance
  • AA 4245 Aluminium Alloy: Key Mechanical & Thermal Properties
  • AA Standards Grade 4943 – Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 6005B – Key Properties & Technical Specs
  • AA Standards Grade 3020: Key Mechanical & Thermal Properties
  • AA Standard Grade 3021 – Key Properties and Mechanical Specifications
  • AA Standard 3025: Key Properties of 3000 Series Aluminium
  • AA Standard Grade 3026: Properties & Technical Specifications
  • AA Standards Grade 3030 – Premium 3000 Series Aluminium Alloy
  • AA Standards Grade 3065 – Key Mechanical & Thermal Properties
  • AA Standards Grade 3103A – Key Mechanical and Thermal Properties
  • AA Standard 3103B: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 3105A – Key Mechanical & Thermal Properties
  • AA Standards Grade 3105B – Comprehensive Properties & Specifications
  • AA Standards Grade 3110: Detailed Mechanical & Thermal Property Specifications
  • AA 3130 Grade Aluminium: Standards & Mechanical Properties
  • AA Standards Grade 3204: Key Mechanical & Thermal Properties
  • AA Standards Grade 3205: Comprehensive Material Properties
  • AA Standard Grade 3207A – Aluminium Properties & Specifications
  • AA Standard Grade 3304: Comprehensive Material Properties & Specifications
  • AA Standards Grade 3403: Comprehensive Properties Overview
  • AA Standards Grade 4001: Comprehensive Aluminium 4000 Series Specifications
  • AA Standards Grade 4002 – Comprehensive Aluminium 4000 Series Specifications
  • AA Standards Grade 4003 – Detailed Aluminium Alloy Specifications
  • AA Standards Grade 2198 – Comprehensive Property Overview
  • AA 2199 Aluminium Standard: Key Mechanical and Thermal Properties
  • AA Standards Grade 2224A: Key Mechanical & Thermal Properties
  • AA Standards Grade 2225: Comprehensive Aluminium Property Specifications
  • AA Standards Grade 2295 – Comprehensive Technical Specifications
  • AA Standards Grade 2296: Comprehensive Mechanical and Thermal Property Overview
  • AA Standards Grade 2297 – Detailed Property & Mechanical Data
  • AA Standards Grade 2316 – Comprehensive Mechanical & Thermal Property Overview
  • AA Standards Grade 2395: Aluminium 2000 Series Properties Overview
  • AA Standard Grade 2397: Comprehensive Mechanical & Thermal Property Overview
  • AA 2424 Aluminium Grade Standards: Properties & Performance
  • AA Standards Grade 2524: Key Mechanical & Thermal Properties
  • AA Standards Grade 2624: Aluminium 2000 Series Properties
  • AA Standards Grade 2724 – Comprehensive Aluminium Property Overview
  • AA Standards Grade 2824: Key Mechanical & Thermal Properties
  • AA 3005A Aluminium Alloy: Key Mechanical & Thermal Properties
  • AA Standards Grade 3012A – Key Mechanical & Thermal Properties
  • AA Standards Grade 3017: Key Properties & Mechanical Performance
  • AA Standards Grade 3018 Aluminium – Key Mechanical & Thermal Properties
  • AA Standards Grade 3019: Comprehensive Mechanical & Thermal Properties
  • AA Standard Grade 2070 Aluminium – Key Mechanical & Thermal Properties
  • AA Standard Grade 2075 Aluminium Alloy Specifications
  • AA 2076: Comprehensive Properties & Standards Overview
  • AA 2080 Aluminium Alloy – Comprehensive Standards Overview
  • AA Standard Grade 2085 Aluminium: Essential Properties & Performance Overview
  • AA Standards Grade 2094: Comprehensive Material Properties & Specifications
  • AA Standards Grade 2095: Technical Specifications and Material Properties
  • AA Standards Grade 2096: Comprehensive Aluminium Alloy Specifications
  • AA Standards Grade 2097 – Technical Specifications & Mechanical Properties
  • AA Standards Grade 2098 – Comprehensive Mechanical & Thermal Property Overview
  • AA Standard Grade 2099 Aluminium Properties & Specifications
  • AA Standards Grade 2111: Key Properties & Specifications
  • AA Standards Grade 2111A – Comprehensive Mechanical & Thermal Property Overview
  • AA Standards Grade 2111B: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 2119: Comprehensive Aluminium Alloy Specifications
  • AA Standard Grade 2124A – Key Mechanical & Thermal Properties
  • AA Standard 2139: Comprehensive Material Specifications
  • AA Standards Grade 2195 Aluminium: Key Mechanical & Thermal Properties
  • AA Standards Grade 2196: Comprehensive Properties Overview
  • AA Standards Grade 2197: Detailed Material Properties and Performance Metrics
  • AA 2024A Aluminium Alloy: Mechanical & Thermal Properties
  • AA 2026 Standards for Aluminium Alloys – Comprehensive Property Guide
  • AA Standards Grade 2027: Full Mechanical & Thermal Property Profile
  • AA Standards Grade 2028: Key Mechanical & Thermal Properties
  • AA Standards Grade 2028A: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 2028B: Comprehensive Mechanical & Thermal Property Overview
  • AA Standards Grade 2028C – Comprehensive Mechanical & Thermal Properties
  • AA 2029 Standard: Mechanical & Thermal Properties of 2000 Series Aluminum
  • AA Standards Grade 2032: Detailed Material Properties & Performance Specs
  • AA Standards Grade 2039: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 2040: Comprehensive Mechanical & Thermal Properties
  • AA 2041 Aluminium Standard – Mechanical & Thermal Properties
  • AA Standards Grade 2044 – Detailed Mechanical & Thermal Properties
  • AA Standard Grade 2045: Comprehensive Aluminium Properties
  • AA Standard 2050: Mechanical & Thermal Properties of 2000 Series Aluminum
  • AA Standards Grade 2053 – Comprehensive Aluminium Alloy Specifications
  • AA 2055 Grade: Comprehensive Overview of Mechanical & Thermal Properties
  • AA Standards for Grade 2056 Aluminium Alloy – Key Mechanical & Thermal Properties
  • AA Standard Grade 2060 Aluminium Alloy Specifications
  • AA Standards Grade 2065 – Comprehensive 2000 Series Aluminium Alloy Specifications
  • AuNi18: High-Performance Gold Vacuum Brazing Alloy
  • AuSi2 Gold‑Silicon Solder: Hard‑as‑Rolled, Low‑Melting, High‑Performance
  • AuSn20 Gold-Tin Soft Solder Alloy: Key Properties & Applications
  • PtW10 Alloy: Comprehensive Material Profile & Performance Metrics
  • PtW10 Soft-Annealed Platinum‑Tungsten Alloy (+A) – Premium Contact Material
  • PtW5 Cold-Formed Platinum‑Tungsten Alloys: High‑Performance Electrodes & Switch Contacts
  • Rhodium (Rh) Deformation: Properties, Reactivity, and Processing
  • Rhodium (Rh): Properties, Hardness, and Applications
  • AA 2007 O Grade Standards – Specifications & Properties
  • AA Standards Grade 2007A – Comprehensive Property Overview
  • AA Standards Grade 2007B – Comprehensive Mechanical and Thermal Properties
  • AA Standards Grade 2009: Comprehensive Material Properties
  • 2010 AA Standards: Mechanical & Physical Properties of 2000 Series Aluminum
  • 2012 AA Standards Grade – Detailed Mechanical & Thermal Properties
  • AA Standards Grade 2013: Comprehensive Mechanical and Thermal Properties
  • AA Standards Grade 2015: Comprehensive Aluminium Alloy Specifications
  • AA 2016 Standards for 2000 Series Aluminium: Key Mechanical & Thermal Properties
  • AA 2020 Standards: Comprehensive Overview of Aluminium Alloy Grades
  • AA Standards Grade 2022 – Detailed Mechanical & Thermal Properties for 2000 Series Aluminium
  • 2023 AA Standards Grade: Comprehensive Mechanical and Thermal Properties
  • ASTM B393 Grade R04210 – Soft-Annealed Niobium Sheet & Plate (+A)
  • ASTM B393 Grade R04251 – Soft‑Annealed Reactor‑Grade Niobium‑Zirconium Alloy
  • ASTM B393 R04261 Niobium-Zirconium Alloy – Soft Annealed (+A)
  • ASTM B394 Grade R04200 Soft-Annealed Niobium Tubes – Superior Reactor Grade
  • ASTM B394 Grade R04210 Soft-Annealed Niobium Tubes (+A) – Commercial Quality
  • ASTM B394 R04251 – Reactor Grade Niobium‑Zirconium Alloy, Soft Annealed (+A)
  • ASTM B394 Grade R04261 Soft Annealed Niobium‑Zirconium Alloy Tubes (+A)
  • ASTM B708 Grade R05200 Soft Annealed Tantalum Sheet & Strip – Premium Corrosion Resistance
  • ASTM B708 Grade R05400 Soft‑Annealed Tantalum – High‑Performance Corrosion‑Resistant Plate, Sheet & Strip
  • ASTM B811 R60802 Soft Annealed Zirconium-Tin Alloy Tubes – Superior Corrosion Resistance & Low Neutron Absorption
  • ASTM B811 Grade R60804 Soft Annealed Zirconium‑Tin Alloy Tubes (+A)
  • AgCu20Pd15: High-Performance Silver-Copper-Palladium Vacuum Brazing Alloy
  • AgCu21Pd25: High-Performance Silver-Based Vacuum Brazing Alloy
  • AgCu26.6Pd5 – Premium Silver‑Copper‑Palladium Vacuum Alloy
  • AgCu27In13: Premium Alloy for High-Temperature Ceramic-Metal Joining & Vacuum Systems
  • AgCu28Pd20: Advanced Silver‑Copper‑Palladium Vacuum Alloy for Precision Applications
  • AgCu31.5Pd10 – Advanced Silver-Based Vacuum Braze Alloy
  • AgPd5: Premium Silver‑Palladium Alloy for Vacuum Brazing & Metallized Ceramics
  • AuAg20Cu10: Premium 0% Cold‑Worked Gold‑Silver‑Copper Alloy for Durable Contact Applications
  • AuGe12: Premium Gold-Based Soft Solder Alloy
  • EN 10084 Grade 20NiCrMo2-2 – Quenched (Q) High-Performance Steel for Automotive & Machinery
  • X105CrMo17 Soft Annealed Steel (EN 10088-1) – High Hardening & Wear Resistance
  • DIN 17350 Grade 21MnCr5: High-Performance Quenched & Tempered Steel for Superior Hardness
  • EN 10088-1 Grade X2CrNiN18-7 Strain-Hardened Stainless Steel – High Strength & Corrosion Resistance
  • ASTM A792 Grade CS Type A – Detailed Properties & Specifications
  • ASTM A792 Grade 550 Class 1 Steel – Key Properties & Specifications
  • VdTÜV WB 230-3: Premium Ti1 Titanium Grade for Advanced Welding Applications
  • DIN 17851 Ti1Pd Alloy: High Corrosion Resistance & Excellent Weldability
  • High-Performance Ti2 Titanium Grade for Welding Applications
  • DIN 17850 Ti2 1/2 Hard Titanium – Superior Strength, Corrosion Resistance & Excellent Weldability
  • DIN 17851 Ti2Pd Grade – Superior Welded Titanium for Corrosion Resistance
  • DIN 17850 Grade Ti3 ½ Hard Titanium – High Strength & Corrosion Resistance
  • VdTÜV WB 230-3 Ti3 Grade Titanium – High-Strength, Welded Form
  • DIN 17850 Ti-4 Titanium – 1/2 Hard Grade for Superior Strength
  • VdTÜV Certified WB 230-3 Grade Ti4 Titanium Welded Alloy – Premium Strength & Corrosion Resistance
  • ASTM B392 R04200: Soft Annealed Niobium Bars, Rods & Wires – Reactor Grade Unalloyed
  • ASTM B392 Grade R04210 Soft-Annealed Niobium – Commercial Unalloyed Bar, Rod, Wire
  • ASTM B392 Grade R04251: Reactor-Grade Soft Annealed Niobium‑Zirconium Alloy Bars, Rods, and Wire
  • ASTM B392 Grade R04261 Soft-Annealed Niobium‑Zirconium Alloy – High‑Purity Bar, Rod, & Wire
  • ASTM B393 Grade R04200 Soft-Annealed Niobium Sheet – High-Performance Reactor Grade
  • SEW 410 G‑X 40CrNi27‑4 Cast Steel – Superior Wear & Corrosion Resistance for Chemical, Marine & Mining Uses
  • SEW 471 G-X160CrSi18 Cast Steel – High Wear Resistance & Thermal Stability
  • NF A36-205: Grade A42-C1 Normalized Steel – Detailed Properties
  • SEW 090-1: High‑Strength S690G1QL Steel – Quenched & Tempered for Superior Wear Resistance
  • High-Performance S690G3QL Steel – Quenched & Tempered for Wear-Resistant Applications
  • SEW 400 X105CrMo17 Soft-Annealed Steel (+A): Superior Hardening and Wear Resistance
  • DIN 1725-2 Grade G-AlSi7Mg T6 Aluminium Alloy – Specifications & Properties
  • JIS Grade A5N01 Aluminium Alloy: Key Physical & Mechanical Properties
  • JIS Grade A6N01 Aluminium – Comprehensive Mechanical & Physical Properties
  • DIN 17465 GX40CrSi29 Cast Steel: High‑Temperature Resistance for Advanced Industrial Applications
  • DIN 17730 Grade G-NiCu30Nb: Superior Corrosion-Resistant Cast Material
  • DIN 5512-3 Grade X2CrNi12 Steel – High-Performance Rail Vehicle Material
  • DIN 17210 Grade 15CrNi6 Steel – Cold Shearing (+S) for High‑Strength Applications
  • DIN 17210 Grade 16MnCr5 Soft Annealed Steel (+A) – High Strength & Toughness for Automotive & Mechanical Use
  • DIN 17210 16MnCrS5 Soft Annealed Steel (+A): Superior Strength & Machinability
  • DIN 17210 17Cr3 Soft Annealed Steel – Superior Wear Resistance for Automotive and Mechanical Parts
  • 17CrNiMo6 Steel (DIN 17210) – Cold‑Shear +S Treatment for Heavy‑Duty Use
  • DIN 17210 Grade 20MoCr4 Soft Annealed Steel – Superior Wear Resistance for Automotive & Mechanical Applications
  • DIN 17230 Grade 100Cr2 Steel – Annealed for Spheroidized Carbides (AC)
  • EN 10084 Grade 20MoCr4 Steel – Quenched for Superior Wear Resistance
  • JIS G4804 Grade 10S20 – Standard Low‑Carbon Steel, Rolled or Peeled
  • JIS G4804 Grade 10SPb20 Steel: Rolled & Peeled – Technical Data
  • JIS G4804 Grade 11SMn28 Steel – Rolled & Peeled Specifications
  • JIS G4804 Grade 11SMnPb28 Steel – Rolled or Peeled Specifications
  • JIS G4804 Grade 12SMn35 – Rolled or Peeled Steel with Precise Specifications
  • JIS G4804 Grade 12SMnPb35 Steel – Rolled & Peeled Specifications
  • JIS G4804 Grade 9S20: Rolled and Peeled Steel Properties
  • JIS G3475 Grade STKN400W Arc Welded Steel – Key Mechanical & Thermal Properties
  • JIS G4306 Grade SUS301 – Cold-Rolled, Solution-Annealed Stainless Steel
  • JIS G4306 SUS302 Stainless Steel – Hot Rolled, Solution-Annealed Grade
  • SUS420J1 (JIS G4306) Hot‑Rolled & Annealed – Premium Martensitic Stainless Steel
  • JIS G4307 SUS302 Cold-Rolled Stainless Steel – Solution-Annealed Grade
  • JIS G4307 SUS304 Cold‑Rolled Stainless Steel – Solution Annealed for Superior Corrosion Resistance
  • JIS G4307 SUS316L: Cold-Rolled, Solution-Annealed Stainless Steel
  • JIS G4307 SUS410: High-Performance Cold-Rolled, Annealed, Quenched & Tempered Martensitic Stainless Steel
  • JIS G4307 SUS4105 – Premium Cold‑Rolled, Annealed, Quenched & Tempered Stainless Steel
  • JIS G4307 SUS420J2: Cold-Rolled, Annealed, Quenched & Tempered Martensitic Stainless Steel
  • SEW 410 G-X70Cr29 Cast Steel: Premium Martensitic Grade for Food, Pulp & Chemical Industries
  • SEW 410 Grade G-X120Cr29 – High‑Performance Cast Stainless Steel for Food Industry
  • SEW 410 Grade G-X120CrMo29-2: Premium Cast Steel for High-Wear & Corrosion Resistance
  • EN 10327 Grade DX54D – Premium Hot-Dip Aluminium‑Silicon Coated Steel
  • EN 1652 Grade CuSn6 H125 – Premium Tin‑Copper Alloy for Superior Strength and Corrosion Resistance
  • EN 1652 CuSn6 R720: Premium Tin-Copper Alloy for Superior Corrosion Resistance
  • EN 1652 Grade CuSn8 H090 – Premium Tin‑Copper Alloy for High‑Performance Applications
  • EN 1652 CuSn8 H135 – High-Strength Tin‑Copper Alloy for Corrosion-Resistant Applications
  • EN 1652 Grade CuZn0.5 H040 – High‑Performance Copper Alloy
  • EN 1652 Grade CuZn0.5 H065 – Low‑Alloy Copper Alloy Specifications
  • EN 1652 Grade CuZn0.5 H085 – High-Quality Copper Alloy for Industrial Applications
  • EN 1652 CuZn0.5 H110 Copper Alloy – High-Quality Plate, Sheet, and Strip
  • EN 1652 Grade CuZn35Pb1 (R540) – Lead‑Enhanced Brass for High Strength and Machinability
  • EN 10132-3 Grade 42CrMo4 – Quenched & Tempered Cold Rolled Steel (Up to 6 mm)
  • EN 1652 CuZn37Pb0.5 H060 – High-Strength Leaded Brass Alloy
  • EN 1652 CuZn37Pb0.5 H110: High-Performance Unhardenable Brass Alloy
  • EN 1652 CuZn37Pb0.5 Brass Alloy – Lead-Enhanced, High‑Strength Wrought Material
  • EN 1652 Grade CuZn37Pb0.5 H170 – Lead-Enhanced Brass with Superior Strength and Machinability
  • EN 1652 Grade CuZn39Pb0.5 R540 – Unhardenable Wrought Alloy with Enhanced Machinability
  • EN 1652 CuZn5 H045 – Premium Copper‑Zinc Alloy for Electrical Engineering
  • EN 1652 CuZn5 H110 – Premium Copper Alloy for Electrical & Shock-Absorbing Applications
  • EN 10083-2 Grade C50R Soft Annealed Steel (+A) – High Strength & Workability
  • EN 10083-2 Grade C55R Soft Annealed Steel – Enhanced Workability for Automotive and Engineering Applications
  • EN 1652 Grade Cu-DLP H040: Premium Deoxidized Copper for High-Performance Applications
  • EN 1652 Grade Cu-OF H110 – Premium Oxygen-Free Copper with Superior Conductivity
  • EN 10277‑5 42CrMoS4 Soft‑Annealed & Peeled Steel – High Strength & Wear Resistance
  • EN 10277-5 Grade 42CrMoS4 Soft Annealed & Cold Drawn (A+C) – High-Performance Steel for Automotive & Machine Applications
  • EN 1652 Grade CuNi12Zn24 G020 – High‑Strength, Corrosion‑Resistant Copper–Nickel Alloy
  • EN 1652 CuNi12Zn24 G035 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuNi12Zn24 H110 – Premium High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 CuNi12Zn24 H190 – High‑Strength, Hardness, and Corrosion‑Resistant Copper Alloy
  • EN 1652 CuNi18Zn20 H115 – High‑Strength, Corrosion‑Resistant Copper‑Nickel‑Zinc Alloy
  • EN 1652 Grade CuNi18Zn20 H200 – High-Strength, Corrosion-Resistant Copper–Nickel–Zinc Alloy
  • CuNi18Zn20 R640 (EN 1652) – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 Grade CuNi18Zn27 R700 – Premium High‑Strength, Corrosion‑Resistant Copper Alloy
  • EN 1652 Grade CuSn3Zn9 H080 – Superior Copper‑Tin Alloy for Electrical Engineering
  • EN 1652 CuSn3Zn9 Alloy – H110 Grade for Electrical Engineering
  • EN 1652 Grade CuSn3Zn9 H140 – High-Performance Copper‑Tin‑Zinc Alloy for Electrical Engineering
  • EN 1652 Grade CuSn3Zn9 H160 – High-Performance Copper Tin Alloy for Electrical Engineering
  • EN 1652 Grade CuSn3Zn9 H180: High-Performance Copper-Sn-Zn Alloy
  • EN 1652 Grade CuSn3Zn9 – High‑Performance Copper Alloy for Electrical Applications
  • EN 1652 Grade CuSn5 R550 – Premium Copper‑Tin Alloy for Manometer Springs & Contact Connectors
  • EN 1652 Grade CuSn5 R630 – Precision Copper Tin Alloy for Tubes, Springs & Connectors
  • EN 12167 Grade CuZn43Pb2 R430 – Leaded Brass Alloy with Enhanced Machinability
  • EN 12167 Grade CuZn43Pb2 R480 – Lead-Containing Brass Alloy
  • EN 12167 Grade CuZr H090 – High-Performance Low-Alloy Copper Alloy
  • EN 12167 Grade CuZr H120 – High-Performance Hardenable Copper Alloy
  • EN 12167 Grade CuZr H075 – Premium Copper Alloy for High Conductivity & Creep Resistance
  • EN 12166 CuNi12Zn24 R800 – High‑Strength, Corrosion‑Resistant Copper Alloy
  • EN 12166 CuNi12Zn30Pb1 H110: High-Strength, Corrosion-Resistant Alloy
  • EN 12166 CuNi12Zn30Pb1 H130: High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12166 Grade CuNi18Zn19Pb1 H150 – High-Strength, Corrosion-Resistant Alloy
  • EN 12166 CuNi18Zn20 H145 – High‑Strength, Corrosion‑Resistant Brass Alloy
  • EN 12166 Grade CuNi18Zn20 R660 – Premium High‑Strength Copper Alloy
  • EN 12166 Grade CuNi18Zn20 R800: Premium High-Strength Copper‑Nickel‑Zinc Alloy
  • EN 12166 CuNi7Zn39Pb3Mn2 R700 – Premium Wrought Copper Alloy
  • DIN 17440 Grade X3CrTi17: Heat-Treated, Corrosion-Resistant Steel for Pressure Vessels
  • EN 1562 GJMW-350-4: Decarburized Annealed White Malleable Cast Iron for Industrial Applications
  • EN 10277-4 Grade 20MnCrS5 Steel – Soft‑Annealed, Peeled, and Ready for High‑Performance Applications
  • EN 10277-4: Grade 20MnCrS5 Soft‑Annealed and Cold‑Drawn Steel (+A+C)
  • EN 10277-4 Grade 20MnCrS5 – Ferritic-Pearlitic Treated & Surface-Hardened Steel for High-Strength Automotive & Machinery Parts
  • EN 10277‑4 Grade 20MnCrS5 – Ferritic‑Pearlitic Steel with Defined Hardness and Cold‑Drawn Finish
  • EN 12166 Grade Cu-DHP H090 – High-Performance Phosphoric Pure Copper
  • EN 10269 Grade 40CrMoV4-6 Soft-Annealed Steel – Ideal for High‑Temperature Fasteners
  • EN 12167 Grade CuZn38Pb1 H105 – High-Quality Copper Alloy Tubes
  • EN 12168 Grade CuZn38Pb1 H120 – Premium Copper Brass Alloy for Precision Applications
  • EN 12166 Grade CuBe2 R1300 – Premium Copper‑Beryllium Alloy for Wire, Springs & Fasteners
  • EN 12165 Grade CuBe2 M – Premium Hardenable Copper Alloy for High Strength and Durability
  • EN 10269 Grade 42CrMo4 Soft-Annealed Steel – High Strength & Wear Resistance
  • EN 10269 Grade 42CrMo4 Steel – Cold Shear (+S) for High-Performance Automotive & Machinery Components
  • EN 12167 Grade R490: CuZn39Mn1AlPbSi Copper Alloy – Superior Strength & Corrosion Resistance
  • EN 12163 CuZn39Sn1 (H120) – Premium Copper Alloy for Industrial Applications
  • EN 12166 Grade CuCo2Be H230 – Premium High‑Copper Alloy Wire for Springs and Fasteners
  • EN 12167 Grade CuZn40Mn1Pb1AlFeSn H110 – Premium Brass Rods & Forged Components
  • EN 12168 Grade CuZn40Mn1Pb1AlFeSn H130 – Premium Copper‑Brass Rods & Forged Parts
  • EN 12167 Grade CuZn40Mn1Pb1AlFeSn R490 – Premium Brass Alloy for Industrial Applications
  • EN 12167 CuZn40Mn2Fe1 H105 – Premium Weather‑Resistant Copper Alloy
  • EN 12167 Grade CuZn40Mn2Fe1 H125 – Premium Manganese‑Copper Alloy
  • EN 12167 Grade R420 CuZn40Mn2Fe1 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12167 CuZn40Mn2Fe1 – Weather‑Resistant, High‑Strength Copper Alloy for Cold Forming
  • DIN 17440 Grade X4CrNi18-12 Heat‑Treated Stainless Steel – Corrosion‑Resistant Wire & Components
  • EN 12167 CuZn43Pb2 H110 Brass Alloy – Properties & Applications
  • EN 12167 CuZn43Pb2 H130 Brass – Lead-Enhanced, High-Strength Alloy
  • EN 12167 CuCo₂Be H230: High-Performance Copper Alloy
  • EN 12167 Grade CuNi12Zn30Pb1 R430 – High Strength, Low‑Temperature Resilient Copper Alloy
  • EN 12167 CuNi12Zn30Pb1 R480 – High-Strength, Non-Magnetic Alloy
  • EN 12164 CuNi18Zn19Pb1 Grade H130 – High‑Strength, Corrosion‑Resistant Alloy
  • DIN 17440 Grade X6Cr17 Heat Treated – Premium Corrosion‑Resistant Stainless Steel
  • EN 12167 Grade CuZn35Ni3Mn2AlPb H110 – High-Strength Unhardenable Copper Alloy
  • DIN 17440: X6CrMoS17 Soft-Annealed Steel (Grade +A) – Industrial Specification
  • EN 12167 Grade CuZn35Ni3Mn2AlPb H130 – High-Performance Unhardenable Copper Alloy
  • EN 12167 Grade CuZn35Pb2 (H115) – Lead‑Enhanced Unhardenable Brass with Superior Machinability
  • EN 12167 Grade CuZn36 (CW507L): High-Strength, Highly Machinable Wrought Alloy
  • EN 10269 Grade 21CrMoV5‑7 (Annealed + AC) – High‑Temperature Steel for Screws & Nuts
  • EN 10269 Grade 21CrMoV5-7 Cold‑Sheared Steel for High‑Temperature Fasteners
  • EN 12167 CuZn37 R400 – Premium Cold‑Formed Copper Alloy
  • EN 10269 25CrMo4 Soft-Annealed Steel – High Strength & Toughness for Automotive & Industrial Applications
  • EN 10269 Grade 25CrMo4 – Cold Shear Treated Steel for Superior Strength and Durability
  • EN 12167 CuZn37Mn3Al2PbSi Copper Alloy – High Strength & Corrosion Resistance
  • EN 12166 Grade Cu-DHP H105 – Premium Deoxidized Copper for High-Performance Applications
  • EN 10269 Grade 30CrNiMo8 Soft-Annealed Steel (+A) – Ideal for High‑Stress, Low‑Temperature Applications
  • EN 10269 Grade 34CrNiMo6 Soft-Annealed Steel – High-Performance Alloy for Heavy-Duty Applications
  • EN 12166 Grade CuBe2 R1150: Premium Copper‑Beryllium Alloy for Wire & Fasteners
  • EN 12163 Grade CuZn40Mn2Fe1 – H110: Weather‑Resistant Copper Alloy
  • EN 12163: CuZn40Mn2Fe1 H150 – High‑Strength, Corrosion‑Resistant Copper Alloy
  • EN 12166 Copper Alloy CuZn38Pb2 – H130 Hardness Specification
  • EN 12163 Grade CuZr H090 – High Strength, High Conductivity Copper Alloy
  • EN 12163 Grade H120 CuZr Copper Alloy – High Strength, Excellent Conductivity
  • EN 12163 Grade H075 CuZr Alloy – High Strength & Conductivity
  • EN 12164 Grade CuNi12Zn30Pb1 R650: High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12164 Grade CuNi18Zn19Pb1 R650 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12166 CuZn39Pb0.5 H100 Copper Alloy Wire – Specifications & Properties
  • EN 12166 CuZn39Pb0.5 Copper Alloy – H120 – Premium Profiles & Bars
  • EN 10222-3 Grade 12Ni14 – High-Performance Nickel Alloy for Cryogenic Applications
  • EN 10222-3 X8Ni9: High‑Performance Nickel Alloy for Cryogenic Applications
  • EN 12166 CuZn39Pb3 H145 Copper Alloy Wire – Properties & Specifications
  • EN 12166 CuZn39Pb3 H095 – Copper Alloy Grade Specification & Key Properties
  • EN 12166 CuZn40Mn1Pb1 (H090) – Premium Unhardenable Copper Alloy for Bearings and Screws
  • EN 12166 CuZn40Pb2 H145 – Lead‑Enhanced Copper Alloy for Superior Machining
  • EN 12167 CuAl10Fe3Mn2 H130 – High‑Strength Cold‑Formed Alloy
  • EN 12167 CuAl10Fe3Mn2 H160: High-Strength, Cold-Formable Wrought Alloy
  • EN 12167 CuAl10Fe3Mn2 R550 Alloy – High Strength, Formability, and Temperature Resistance
  • EN 12167 Grade CuAl10Fe3Mn2 R650 – High‑Strength, Temperature‑Resistant Wrought Copper Alloy
  • EN 12163: CuZn28 H145 Wrought Copper Alloy – High Strength, Excellent Machinability
  • EN 12163 Grade CuZn28 R460 – Premium Copper Alloy for Automotive, Industrial & Electrical Applications
  • EN 12167 CuZn36 – Unhardenable Copper Alloy for Precision Fabrication
  • CuZn31Si1 (CW708R) – Grade H115 Copper Alloy for Machine & Friction Applications
  • EN 12163 CuZn31Si1 (H140) – High-Performance Unhardenable Copper Alloy
  • EN 10217-3 Grade P460NH – High-Performance Creep-Resistant Steel for High-Temperature Applications
  • EN 12166 Grade CuZn36Pb3 H080 – High-Performance Copper Alloy Wire
  • EN 12163 Grade CuZn35Ni3Mn2AlPb – 150 °C Hardened Copper Alloy
  • EN 12163 Grade CuZn36 M – Premium Unhardenable Copper Alloy for Precision Deep Drawing
  • EN 1652 Grade CuZn37 H115 – High-Strength, Cold-Formable Copper Alloy
  • EN 12163 CuZn36 R440 – Premium Unhardenable Wrought Copper Alloy
  • EN 12163 Grade CuZn37 H105 – High-Performance Unhardenable Copper Alloy
  • EN 12163 CuZn37 H140 – Premium Wrought Alloy for High Strength & Corrosion Resistance
  • EN 12166: CuZn37 R700 Copper Alloy Wire – Specifications & Properties
  • EN 12167 Grade CuZn37 H110 – High-Strength, Corrosion-Resistant Copper Alloy
  • EN 12167 Grade CuZn37 H090 – Premium Cold‑Formed Copper Alloy for Industrial Applications
  • EN 12166 Copper Alloy Grade CuZn37Pb2 H100 – Specifications & Properties
  • EN 12163 Grade CuZn39Sn1 (H105) – Premium Copper Alloy for High-Performance Applications
  • EN 12166 CuZn37Pb2 H125 Copper Alloy – High-Strength, Corrosion-Resistant Profiles
  • EN 12166 Grade CuZn37Pb2 (H070) – Premium Copper Alloy Profiles & Bars
  • EN 12163 Grade CuNi12Zn24 H160 – High‑Strength, Corrosion‑Resistant Copper Alloy
  • EN 12166 CuSn8 H08 Alloy – High-Performance Copper‑Tin Grade for Corrosion Resistance
  • EN 12163 CuNi12Zn24 R640: High-Strength, Corrosion-Resistant Copper-Nickel-Zinc Alloy
  • EN 12163 Grade CuNi18Zn20 H140 – High-Strength Copper–Nickel–Zinc Alloy
  • EN 12163 CuNi18Zn20 H170 – High Strength, Corrosion-Resistant Copper Alloy
  • EN 12166 CuSn8 H155 – High Strength, Corrosion‑Resistant Copper Alloy
  • EN 12166 CuSn8 H185 – High-Strength Copper‑Tin Alloy Specifications
  • EN 10028-7 Grade X2CrTi17 – Solution-Annealed Ferritic Stainless Steel for Automotive, Electrical, and Household Use
  • EN 12166 CuSn8 (Grade H04) – High‑Corrosion, High‑Strength Copper‑Tin Alloy
  • EN 12166 Grade CuSn8 R750 – High-Performance Tin‑Copper Alloy for Corrosion Resistance
  • EN 12166 Grade CuSn8 R920: Premium Tin‑Copper Alloy for Superior Corrosion Resistance
  • X3CrTi17 Ferritic Steel – EN 10028-7 Grade, Solution Annealed (+AT) – Superior Corrosion Resistance
  • EN 12165 Grade CuNi3Si1 (F00) – Premium Low‑Alloy Copper Alloy
  • EN 12163 Grade CuNi3Si1 TB00 – Premium Low-Alloy Copper Alloy
  • EN 12163 CuNi3Si1 TH: High-Performance Hardenable Copper Alloy
  • EN 12163 CuZn10 H060 – Premium High-Strength Copper Alloy
  • EN 12164 Grade CuZn35Pb1 (H100) – High-Strength, Lead-Enhanced Brass Alloy
  • EN 12163 Grade CuZn23Al6Mn4Fe3Pb – High-Performance Unhardenable Copper Alloy
  • EN 12163 CuZn28 H085 Wrought Copper Alloy – High Strength & Excellent Workability
  • EN 12163 Grade CuZn28 H115: High-Performance Copper Alloy for Industrial Applications
  • EN 12166 CuSn4 H03 – High-Performance Tin‑Copper Alloy
  • EN 12163 Grade CuBe2 R1150 – Premium Hardenable Copper Alloy for High Strength & Thermal Performance
  • EN 12163 Grade CuBe2 R1300 – High-Strength Hardenable Copper Alloy
  • EN 12166 CuSn4 Y440: High-Performance Tin‑Copper Alloy
  • EN 12166 CuSn4 H08: High-Performance Tin-Copper Alloy for Corrosion Resistance & Conductivity
  • EN 12166 CuSn4 R650 – High-Performance Tin‑Copper Alloy for Precision Applications
  • EN 12166 CuSn4 (Y320) – Premium Tin‑Copper Alloy for Superior Formability & Corrosion Resistance
  • EN 12166 Grade CuSn4 R850 – High-Performance Tin-Copper Alloy for Superior Corrosion Resistance
  • EN 12166 CuSn4 Y580: High-Performance Tin-Based Copper Alloy
  • EN 12166 CuSn4 (Y510) – High-Performance Tin-Copper Alloy for Corrosion Resistance & Electrical Conductivity
  • EN 12166 Grade CuSn5 H03 – Premium Brass for Manometer Springs & Connectors
  • EN 12163 Grade CuCo2Be H230 – High-Performance Low‑Alloy Copper Alloy
  • EN 12166 Grade CuSn5 H08 – Premium CuSn5 Tubes & Springs for Precision Engineering
  • EN 12166 CuSn5 H04 – Premium Copper‑Tin Alloy for Precision Tubes and Connectors
  • EN 10213 Grade G17CrMo9-10 – Quenched & Tempered (QT) Steel for High-Temperature Applications
  • EN 12166 Grade CuSn6 H190 – Superior Tin‑Copper Alloy for Industrial Use
  • EN 12166 Grade CuSn6 H245 – High-Performance Tin‑Copper Alloy for Corrosion Resistance
  • EN 12163 CuNi12Zn24 H090 – High-Strength, Corrosion-Resistant Alloy
  • EN 12163 Grade CuNi12Zn24 H130 – High‑Strength, Corrosion‑Resistant Copper Alloy
  • EN 12166: CuSn8 H160 Alloy – Superior Corrosion Resistance & Mechanical Strength
  • DIN 1652-3 Grade 20MoCr4 Steel: Cold‑Drawn/Peeled, Ferrite‑Pearlite for High‑Performance Gears and Axles
  • DIN 1652-3 Grade 20MoCr4 – Premium Cold-Drawn, Turned, and Soft-Annealed Steel for High-Performance Applications
  • DIN 1652-3 Grade 20MoCrS4: Ferritic-Pearlite Structure & Cold-Drawn for High-Performance Applications
  • DIN 1652-3 Grade 20MoCrS4 Cold-Drawn Steel: Ideal for Wear-Resistant Mechanical Components
  • DIN 1652-3 Grade 20MoCrS4 Steel – Cold‑Drawn or Peeled, Ferrite‑Pearlite Treatment for High‑Performance Applications
  • DIN 1652-3 Grade 20MoCrS4: Cold Drawn, Turned & Soft Annealed – Superior Wear Resistance & Mechanical Performance
  • DIN 1652-3 Grade 22CrMoS3-5: Ferritic‑Pearlite Heat Treatment & Cold‑Drawing for High‑Performance Automotive Components
  • DIN 1652-3: Grade 22CrMoS3-5 Cold-Drawn Steel – High Strength & Durability for Automotive & Mechanical Applications
  • DIN 1652-3 Grade 22CrMoS3-5 – Cold‑Drawn or Peeled Steel with Ferrite‑Pearlite Structure for High‑Performance Applications
  • DIN 1652-3 Grade 22CrMoS3-5: Cold-Drawn or Turned, Soft-Annealed Steel for High-Performance Automotive & Mechanical Applications
  • 25CrMo4 Steel – EN 10277-5 Cold Drawn, Soft Annealed, High Strength & Ductility
  • EN 10277-5 Grade 25CrMo4 Cold-Drawn Steel – High Strength & Ductility
  • EN 10277-5 Grade 25CrMoS4 – Cold‑Drawn, Turned & Soft‑Annealed High‑Strength Steel
  • EN 10277-5 Grade 25CrMoS4 Cold-Drawn Steel – High Strength & Ductility for Automotive & Industrial Applications
  • EN 10132-4 Grade 51CrV4 Quenched Steel (Q) – High‑Performance Cold Rolled Strip
  • EN 10028-7 Grade X2CrMoTi18-2: Solution-Annealed Ferritic Steel (+AT) – Superior Corrosion Resistance & Cold Forming
  • EN 10028-7 Grade X2CrNi12: Solution-Annealed Steel with Superior Corrosion Resistance
  • EN 12163 Grade CuAl10Fe3Mn2 H140 – Premium High-Strength Wrought Copper Alloy
  • EN 12163 CuAl10Fe3Mn2 Alloy – High‑Strength, High‑Temperature Wrought Grade H170
  • EN 12163 CuAl10Ni5Fe4 Wrought Alloy – High-Strength, Temperature-Resistant, Cold-Formable
  • DIN 1652-3 Grade 17CrNiMo6: Cold‑Drawn, Turned & Soft‑Annealed High‑Strength Steel
  • DIN 1652-3 Grade 20Cr4 Steel: Ferritic-Pearlitic Structure and Cold-Drawn Process for High-Wear Applications
  • DIN 1652-3 Grade 20Cr4 Cold-Drawn Steel: High-Performance Wear-Resistant Material
  • DIN 1652-3 Grade 20Cr4 Cold-Drawn/Peeled Steel – Ferrite-Pearlite Structure for High Wear Applications
  • DIN 1652-3 Grade 20Cr4 Steel – Cold Drawn/Turned & Soft Annealed for High-Wear Applications
  • DIN 1652-3 Grade 20CrS4 Steel: Cold‑Drawn/Peeled & Ferrite‑Pearlite Treated for High‑Wear Applications
  • DIN 1652-3 Grade 20CrS4 Cold‑Drawn Steel – High Wear Resistance & Superior Machinability
  • DIN 1652-3 Grade 20CrS4: High‑Wear, High‑Machinability Steel for Automotive and Mechanical Applications
  • EN 10305-5 Grade St 33 Welded Precision Steel Tubes
  • DIN 1652-3 Grade 20CrS4: Ferritic‑Pearlite Treatment & Cold‑Drawing for High‑Wear Applications
  • DIN 1652-3 Grade 20MnCrS5: Ferritic-Pearlitic Structure and Cold-Drawn Processing
  • DIN 1652-3 Grade 20MnCrS5 Cold-Drawn Steel – Superior Strength & Machinability
  • DIN 1652-3 Grade 20MnCrS5 Steel: Cold‑Drawn or Peeled, Ferrite‑Pearlite Treated for Superior Strength and Machinability
  • DIN 1652-3 Grade 20MnCrS5: Premium Cold‑Drawn & Turned Steel, Soft‑Annealed for High‑Performance Applications
  • DIN 1652‑3 Grade 20MoCr4 Steel – Ferritic‑Pearlite Structure & Cold‑Drawn for High‑Performance Applications
  • DIN 1652-3 Grade 20MoCr4 Cold-Drawn Steel – High Strength & Durability
  • DIN 17465 Grade GX40CrSi13 – Soft Annealed Steel for High‑Temperature Applications
  • DIN 17465 Grade GX40CrSi17 Soft Annealed Steel – Ideal for High‑Temperature Applications
  • DIN 17465 Grade GX40NiCrSiNb38-18: High‑Temperature Cast Alloy for Automotive & Industrial Parts
  • DIN 1652-3 Grade 15CrNi6 – Ferritic‑Pearlite, Cold‑Drawn, High‑Toughness Steel for Vehicle Gears & Shafts
  • 15CrNi6 Grade 15/20 Cold-Drawn Steel – Superior Strength & Toughness for Automotive & Mechanical Parts
  • DIN 1652-3 Grade 15CrNi6: Cold‑Drawn, Peeled & Ferrite‑Pearlite Heat‑Treated Steel for High‑Strength Automotive & Mechanical Applications
  • DIN 1652-3 Grade 15CrNi6 – Cold Drawn or Turned & Soft Annealed Steel for High‑Strength Automotive and Mechanical Applications
  • DIN 1652-3 Grade 16MnCr5 – Ferritic‑Pearlite Treatment & Cold‑Drawing for High‑Strength Automotive Components
  • DIN 1652-3 Grade 16MnCr5 Cold-Drawn Steel – High Strength & Toughness for Automotive & Mechanical Applications
  • DIN 1652-3 Grade 16MnCr5: Premium Cold‑Drawn Steel for High‑Strength Applications
  • DIN 1652-3 Grade 16MnCr5 Steel – Cold Drawn or Turned, Soft Annealed for High-Strength Applications
  • DIN 1652-3 Grade 16MnCrS5: Ferritic‑Pearlitic Structure & Cold‑Drawn for Superior Strength
  • DIN 1652-3 Grade 16MnCrS5 Cold Drawn Steel – High Strength & Precision
  • DIN 1652-3 Grade 16MnCrS5 Steel: Cold‑Drawn, Ferrite‑Pearlite Treated for Superior Strength & Machinability
  • DIN 1652‑3 Grade 16MnCrS5 – Cold‑Drawn, Turned, Soft‑Annealed Steel for Automotive Gears, Shafts & Steering
  • DIN 1652-3 Grade 17Cr3 Cold-Drawn Steel – High Wear Resistance for Automotive & Mechanical Parts
  • DIN 1652-3 Grade 17Cr3: Cold-Drawn, Turned, Soft-Annealed Steel for High-Wear Applications
  • DIN 1652-3: 17CrNiMo6 Steel – Ferritic–Pearlitic Treatment & Cold‑Drawn for High‑Load Applications
  • DIN 1652-3 Grade 17CrNiMo6 Cold‑Drawn Steel – High Strength & Durability
  • DIN 1652-3 Grade 17CrNiMo6: Cold‑Drawn or Peeled Ferrite‑Pearlite Steel
  • EN 10263‑4 Grade 38Cr2 Steel: Cold‑Drawn, Annealed, Spheroidized Carbides & Slight Skin Pass
  • EN 10263-4 Grade 41Cr4 Steel - Annealing for Spheroidized Carbides (+AC)
  • EN 10263-4 Grade 41Cr4 – Annealed for Spheroidized Carbides & Precision Turning
  • EN 10263-4 Grade 41Cr4 Steel: Cold‑Drawn, Annealed for Spheroidized Carbides & Enhanced Surface Quality
  • EN 10263‑4 Grade 42CrMo4: Annealed for Spheroidized Carbides – High‑Performance Steel
  • EN 10263-4: Grade 42CrMo4 Steel – Annealed for Spheroidized Carbides and Precision Turning
  • EN 10263-4 Grade 42CrMo4: Cold-Drawn, Annealed Steel with Spheroidized Carbides
  • EN 10263-4 Grade 46Cr2: Optimized Annealing for Spheroidized Carbides (+AC)
  • EN 10263-4 Grade 46Cr2: Annealed for Spheroidized Carbides & Precision Turning
  • EN 10263-4 Grade 46Cr2 Steel – Cold Drawn, Annealed for Spheroidized Carbides with Light Skin Pass
  • EN 10263-4 Grade Cq35 Steel – Cold Drawn, Annealed, Spheroidized Carbides, Skin-Passed
  • EN 10263-4 Grade Cq45: Cold‑Drawn, Annealed Steel with Spheroidized Carbides – Ideal for High‑Strength Screws & Nuts
  • DIN 1654-5 Grade X3CrNiCu18-9 Stainless Steel – Cold‑Drawn, Quenched & Slightly Skinned for Superior Performance
  • EN 10085 Grade 15 CrMoV 5.9: Quenched & Tempered Steel for Durable Machine Components
  • EN 10085 Grade 31CrMo12 – High-Performance Quenched & Tempered Steel for Heavy‑Duty Applications
  • DIN 17245 Grade G-X22CrMoV12-1 Quenched: High-Performance Stainless Steel for 600 °C Applications
  • DIN 1651 Grade 35SPb20 – Cold‑Drawn, Stress‑Relieved Steel
  • DIN 1651 Grade 45SPb20 – Cold‑Drawn, Stress‑Relieved Steel for Automotive & Tooling
  • DIN 1651 Grade 60SPb20 Cold-Drawn, Stress-Relieved Steel for High-Strength Applications
  • DIN 17465 G‑X30CrNiSiNb24‑24 Cast Steel – Key Properties & Performance
  • EN 10263-3 Grade 17Cr3 Steel – Annealed for Spheroidized Carbides (+AC)
  • EN 10263-3 Grade 17Cr3 – Optimized Annealing for Spheroidized Carbides and Precision Turning
  • EN 10263-3 Grade 17Cr3 Cold‑Drawn Steel – Annealed for Spheroidized Carbides & Skin‑Passed Finish
  • EN 10263-3 Grade 20MoCr4: High-Performance Steel with Annealed Spheroidized Carbides (+AC)
  • EN 10263-3 Grade 20MoCr4 Steel – Annealed for Spheroidized Carbides and Precision Turning
  • EN 10263-3 Grade 20MoCr4 Steel: Cold‑Drawn, Annealed for Spheroidized Carbides, Slightly Skin‑Passed
  • EN 10263-4 Grade 30CrNiMo8 Steel – Annealed for Spheroidized Carbides (+AC)
  • EN 10263-4 Grade 30CrNiMo8 Steel: Annealed for Spheroidized Carbides & Precision Turning
  • EN 10263-4 Grade 30CrNiMo8 – Cold-Drawn, Annealed Steel with Spheroidized Carbides & Skin Pass
  • EN 10263-4 Grade 34Cr4: High-Performance Steel with Annealed Spheroidized Carbides (+AC)
  • EN 10263-4 Grade 34Cr4 Steel – Annealed with Spheroidized Carbides for Hexagonal Screws
  • EN 10263-4 Grade 34Cr4 Cold-Drawn & Annealed Steel with Spheroidized Carbides – Skin-Passed Finish
  • EN 10263-4 Grade 34CrNiMo6: Annealed for Spheroidized Carbides to Enhance Strength
  • EN 10263-4 Grade 34CrNiMo6 – Annealed for Spheroidized Carbides, Ideal for High‑Strength Screws & Stress‑Critical Extrusions
  • EN 10263‑4 Grade 34CrNiMo6 – Cold‑Drawn, Annealed Steel with Spheroidized Carbides for High‑Strength Applications
  • EN 10263‑4 Grade 37Cr4 Steel – Annealed for Spheroidized Carbides (+AC) – Superior Cold‑Forming & Strength Class 8.8
  • EN 10263-4 Grade 37Cr4: Annealed for Spheroidized Carbides and Precision Turning
  • EN 10263-4 Grade 37Cr4 Steel: Cold-Drawn, Annealed with Spheroidized Carbides and Light Skin Pass
  • EN 10263-4 Grade 38Cr2 Steel – Annealed for Spheroidized Carbides (+AC)
  • EN 10263‑4 Grade 38Cr2 – Annealed for Spheroidized Carbides & Precision Turning
  • EN 10277-5 Grade 38Cr2 Cold Drawn Steel – High Strength & Low-Temperature Performance
  • EN 10277-5 Grade 38CrS2: Cold Drawn/Turned & Soft Annealed Steel for High-Performance Applications
  • EN 10277-5 Grade 38CrS2 Cold Drawn Steel – Precision Alloy for Automotive and Machinery
  • EN 10277-5 Grade 41Cr4 – Cold-Drawn, Soft-Annealed Steel for Automotive & Mechanical Use
  • EN 10277‑5 Grade 41Cr4 Cold‑Drawn Steel – High‑Performance for Automotive & Machine Engineering
  • EN 10277-5 Grade 41CrS4 Steel – Cold Drawn, Turned & Soft Annealed for Automotive & Industrial Applications
  • EN 10277-5 Grade 41CrS4 Cold-Drawn Steel – High Strength for Automotive and Industrial Applications
  • EN 10277-5 Grade 42CrMo4: Cold Drawn, Turned & Soft Annealed Steel for High-Load Applications
  • EN 10277-5 Grade 42CrMo4 – Premium Cold‑Drawn Steel for Heavy‑Duty Applications
  • EN 10277-5 Grade 46Cr2 – Cold‑Drawn or Turned, Soft‑Annealed Steel for Automotive & Machine Applications
  • EN 10277‑5 Grade 46Cr2 Cold‑Drawn Steel – High Strength, Low Ductility for Vehicle Components
  • EN 10277-5 Grade 46CrS2: Cold Drawn, Turned & Soft-Annealed Steel for High-Strength Automotive Parts
  • EN 10277-5 Grade 46CrS2 Cold Drawn Steel – High Strength & Workability
  • EN 10277‑5 Grade 50CrMo4: Cold‑Drawn or Turned, Soft‑Annealed Steel for High‑Load Applications
  • EN 10277-5 Grade 50CrMo4 Cold Drawn Steel – High‑Strength, Low‑Temperature Performance
  • EN 10277-5 Grade 50CrV4: High-Performance Cold Drawn or Turned Steel for Heavy-Duty Applications
  • EN 10277-5 Grade 50CrV4 Cold-Drawn Steel – High Strength & Wear Resistance
  • EN 10263-3 Grade 16MnCr5: High-Performance Annealed Steel with Spheroidized Carbides (+AC)
  • EN 10263-3 Grade 16MnCr5 Annealed for Spheroidized Carbides – Ideal for Screws, Nuts, and Gear Components
  • High-Performance 16MnCr5 Steel: Spheroidized Carbides, Cold-Drawn, Annealed, Ideal for Automotive Screws & Gears
  • EN 10277-5 Grade 30CrNiMo8 – Premium Cold-Drawn Steel for High-Load Applications
  • EN 10277-5 Grade 32Cr2 Steel – Cold Drawn, Turned, and Soft Annealed for High-Performance Vehicle and Engine Parts
  • EN 10277-5 Grade 32Cr2 Cold-Drawn Steel – High Strength for Automotive & Industrial Applications
  • EN 10277-5 Grade 32CrS2: Cold‑Drawn/Turned & Soft‑Annealed Steel for High‑Performance Applications
  • EN 10277-5 Grade 32CrS2 Cold Drawn Steel – Premium Strength & Workability
  • EN 10277‑5 Grade 34Cr4: Cold‑Drawn/Turned, Soft‑Annealed Steel for High‑Performance Automotive & Machinery
  • EN 10277-5 Grade 34Cr4 Cold-Drawn Steel – High-Performance for Automotive & Engine Applications
  • EN 10277-5 Grade 34CrMoS4: Cold-Drawn or Turned, Soft-Annealed Steel for High-Strength Applications
  • EN 10277-5 Grade 34CrMoS4 Cold Drawn Steel – Superior Strength & Ductility for Automotive & Industrial Use
  • EN 10277-5 Grade 34CrNiMo6 – Cold Drawn/Turned, Soft Annealed Steel for High-Load Applications
  • EN 10277-5 Grade 34CrNiMo6 Cold Drawn Steel – High-Strength, Ductile Alloy for Aircraft & Heavy Machinery
  • EN 10277-5 Grade 34CrS4: High-Performance Cold-Drawn Steel for Automotive and Machinery
  • EN 10277-5 Grade 34CrS4 Cold-Drawn Steel – High Strength & Workability
  • EN 10277-5 Grade 36CrNiMo4 – Cold Drawn/Turned & Soft Annealed Steel for High-Performance Applications
  • EN 10277-5 Grade 36CrNiMo4 Cold-Drawn Steel – High Strength & Ductility
  • EN 10277-5 Grade 37Cr4: High‑Performance Cold‑Drawn & Soft Annealed Steel for Automotive & Industrial Use
  • EN 10277‑5 Grade 37Cr4 Cold‑Drawn Steel – High‑Strength, Heat‑Treated Components
  • EN 10277-5 Grade 37CrS4: Cold Drawn, Turned, and Soft Annealed Steel for Automotive and Industrial Applications
  • EN 10277-5 Grade 37CrS4 Cold-Drawn Steel – Ideal for Vehicle, Engine, and Gear Applications
  • EN 10277-5 Grade 38Cr2: Cold‑Drawn/Turned, Soft‑Annealed Steel for High‑Strain Automotive & Machine Parts
  • ASTM A694 Grade F46 Steel: Normalized, Tempered, Quenched, or Precipitation Hardened
  • ASTM A694 Grade F48 Steel – Normalized, Tempered, Quenched, or Precipitation Hardened
  • ASTM A694 Grade F50 Steel – Normalized, Normalized & Tempered, Quenched & Tempered, or Precipitation Hardened
  • ASTM A709 Grade 345S Low‑Carbon Steel – Key Properties & Performance
  • ASTM A709 QST 345 Heat‑Treated Steel: Technical Specifications & Performance
  • ASTM A709 QST 450 Heat‑Treated Steel – Premium Low‑Carbon, High Strength
  • ASTM A709 Grade QST 485 Heat‑Treated Steel – Key Properties & Performance
  • ASTM A792 Grade HTS: High-Temperature Steel Characteristics
  • ASTM A792 Grade 340 Class 2 Steel: Key Properties & Applications
  • ASTM A792 Grade 550 Class 2 Steel – Detailed Low‑Carbon Steel Profile
  • ASTM A875 SS Grade 340 Class 2 – Premium Low‑Carbon Steel Specifications
  • EN 10277-5 Grade 28Cr4 Steel – Cold Drawn or Turned & Soft Annealed for High-Load Vehicle Parts
  • EN 10277-5 Grade 28Cr4 Cold-Drawn Steel – High Strength for Automotive & Industrial Applications
  • EN 10277-5 Grade 28CrS4: Cold‑Drawn or Turned, Soft‑Annealed Steel for Automotive Applications
  • EN 10277-5 Grade 28CrS4 Cold Drawn Steel – High-Load, Enhanced Workability
  • EN 10277‑5 Grade 28Mn6 Steel – Cold‑Drawn, Turned & Soft‑Annealed for Automotive & Machinery
  • EN 10277-5 Grade 28Mn6 Cold-Drawn Steel – High Strength, Low Strain for Automotive & Machinery
  • EN 10277-5 Grade 30CrMoV9: Premium Cold‑Drawn & Turned Steel, Soft‑Annealed for High‑Strength Applications
  • EN 10277‑5 Grade 30CrMoV9 Cold‑Drawn Steel – High Strength & Ductility for Automotive & Machinery Applications
  • EN 10277-5 Grade 30CrNiMo8 – Cold Drawn, Turned, Soft Annealed Steel for High‑Load Applications
  • ASTM A53 Grade A Type E – Specifications & Key Properties
  • ASTM A53 Grade A Type S Pipe – Specifications & Key Properties
  • ASTM A792 Grade CS Type C Steel – Key Properties & Specifications
  • ASTM A694 Grade F56 Steel – Normalized, Normalized & Tempered, Quenched & Tempered, or Precipitation Hardened
  • ASTM A694 Grade F60 Steel: Normalized, Tempered, Quenched & Precipitation‑Hardened Options
  • ASTM A694 Grade F65 Steel – High Strength Normalized, Quenched & Tempered, or Precipitation Hardened
  • ASTM A694 Grade F70 Steel – Normalized, Tempered, Quenched, or Precipitation Hardened
  • ASTM A653 Grade DDS Type A: Detailed Properties & Specifications
  • ASTM A653 Grade CS Type A: Specifications & Key Properties
  • ASTM A653 Grade CS Type C: Low‑Carbon Steel Specification
  • ASTM A653 Grade DDS Type C: Steel Specifications & Performance
  • ASTM A653 Grade FS Type A Steel – Key Properties & Specifications
  • ASTM A653 Grade FS Type B: Comprehensive Properties & Specifications
  • ASTM A792 Grade DS – Detailed Material Properties
  • ASTM A792 Grade FS – Detailed Steel Specifications
  • ASTM A875 Grade CS Type A – Key Mechanical & Thermal Properties
  • ASTM A875 Grade CS Type C: Key Properties & Standards
  • ASTM A875 Grade FS Type A Steel – Properties & Compliance
  • ASTM A875 Grade FS Type B: Low‑Carbon Steel Specification
  • ASTM A694 Grade F42 Steel – Normalized, Tempered, Quenched & Precipitation Hardened
  • AW-8014 H18 (EN 573-3) – Food‑Safe, High‑Strength AlFeMn Alloy
  • AW-8021B H18 Aluminum Alloy – EN 573-3 Certified, Food Safe & High Strength
  • AW-8111 H18 AlFeSi Alloy – EN 573-3 Certified Food‑Safe Aluminium
  • CEN/TS 13388 Standard – Grade CW009A M Copper Specifications
  • CEN/TS 13388 Grade CW100C R410 H090 – Key Mechanical & Thermal Properties
  • CEN/TS 13388: Grade CW409J (R380, H085) – Material Properties Overview
  • CEN/TS 13388 Grade CW410J R390/H090 – Full Mechanical & Thermal Specifications
  • CEN/TS 13388: Grade CW110C R240, H060 – Comprehensive Material Properties
  • CEN/TS 13388 Grade CW120C R180, H040 – Detailed Material Properties
  • CW716R Steel Grade – CEN/TS 13388 (R490, H120) Technical Specification
  • ASTM A1008 Grade CS Type A: Low‑Carbon Steel with Superior Mechanical Properties
  • ASTM A1008 Grade CS Type C Steel: Key Properties & Specifications
  • ASTM A1008 Grade DS Type A Low‑Carbon Steel – Key Properties
  • ASTM A1011 Grade CS Type D Low Carbon Steel: Key Properties & Performance
  • ASTM A1008 Grade DS Type B Low-Carbon Steel – Key Properties & Specifications
  • ASTM A381 Class Y 35 – Stress‑Relieved, Normalized or Quenched & Tempered Steel
  • ASTM A463 Grade CS Type A: Premium Hot-Dip Aluminum-Coated Steel
  • ASTM A463 Grade CS Type C: Hot-Dip Aluminum-Coated Steel – Specifications & Properties
  • ASTM A463 Grade FS: Premium Hot-Dip Aluminum Coated Steel for Superior Corrosion Resistance
  • ASTM A463 SS Grade 340 Class 2 – Hot‑Dip Aluminum Coated Low‑Carbon Steel
  • UNS S31803 Duplex Stainless Steel Plate – High Strength & Corrosion Resistance
  • UNS S32750 Rolled Plate – Premium Super Duplex Stainless Steel
  • UNS S32750 Hot Rolled Plate – Premium Duplex Stainless Steel for Chloride‑Rich Environments
  • UNS S32760 Cold Rolled Plate – High-Strength, Corrosion-Resistant Duplex Stainless Steel
  • UNS S32760 Hot-Rolled Duplex Stainless Steel Plate – Superior Corrosion Resistance & Strength
  • Premium AISI 304 Stainless Steel Plate – Corrosion‑Resistant, Versatile & Durable
  • ALLOY 1.4547 Plate – 6 Mo Super Austenitic Steel for High‑Corrosion Resistance
  • Hera 277: Premium Au-Pd-Ag Alloy with Superior Mechanical & Thermal Properties
  • Hera 238 AuAgCu Alloy – Key Mechanical & Thermal Properties
  • PtNi10 Alloy: Comprehensive Mechanical & Thermal Properties
  • PtIr10 Platinum-Iridium Alloy: High-Strength, High-Temperature Material
  • AA Standard Grade 3103O – Comprehensive Material Properties
  • AA Standard Grade 4643 Aluminium Alloy Specifications
  • AA Standards Grade 6082-O Aluminium – Technical Specifications & Properties
  • AA Standards Grade 6082 T4 – 6000 Series Aluminium Properties & Performance
  • DIN 17480 X85CrMoV18-2 Quenched & Tempered Steel – Technical Specifications
  • ASTM A290 Grade 1 Class A: Normalized & Tempered Steel – Specifications & Properties
  • Hera 649 – Advanced PdAgCu Alloy: Key Physical & Mechanical Properties
  • High-Performance Aluminium Alloy Plate – Sidesupport, Header, Tube Plate (O) MG36
  • Titanium Grade 12 (Ti GR 12) – High Strength, Superior Corrosion Resistance Alloy
  • EN 10106 Grade M310-65A – Premium Non-Oriented Electrical Steel
  • EN 10106 Grade M330-65A: Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Performance
  • EN 10106 Grade M350-65A – Premium Non-Oriented Electrical Steel with Certified Magnetic Performance
  • EN 10106 Grade M400-65A – High‑Performance Non‑Oriented Electrical Steel
  • EN 10106 Grade M470-65A – Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Performance
  • EN 10106 M530-65A Non-Oriented Electrical Steel – Guaranteed Magnetic Performance
  • EN 10106 Grade M600-65A: Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Performance
  • EN 10106 Grade M700-65A: High-Performance Non-Oriented Electrical Steel
  • EN 10106 Grade M800-65A – Certified Non‑Oriented Electrical Steel with Superior Magnetic Performance
  • EN 10106 Grade M1000-65A – High-Performance Non-Oriented Electrical Steel
  • M900-100A AM FCE – Premium Non-Oriented Electrical Steel with EN 10106:2015 Compliance
  • High-Frequency Grade Electrical Steel – 0.20 mm Thin Gauge (EN 10303:2015 Compliant)
  • EDX 2304 Duplex Stainless Steel Plate – Superior Strength & Corrosion Resistance
  • JIS H4140 2025 T6 Aluminium Alloy – High Strength, Excellent Toughness
  • JIS H4140 Grade 2218 T6 Aluminum – Properties & Specifications
  • JIS G4311 Grade SUH11 Quenched & Tempered – High-Performance Martensitic Stainless Steel
  • JIS H4140 Grade 4032 T6 Aluminium Alloy – Properties & Specifications
  • JIS G4311 Grade SUH3 Quenched & Tempered Martensitic Stainless Steel – Key Properties
  • JIS H4140 Grade 5056 Aluminium Alloy Specifications
  • JIS H4140 Grade 5083 Aluminium Alloy – Properties & Standards
  • JIS H4140 Grade 6151 T6 Aluminium: Key Properties & Standards
  • JIS H4180 Grade 1060F Aluminum – Superior Mechanical Properties and Standards
  • JIS H4180 Grade 1060 Hot‑Rolled Aluminium – Premium Quality
  • JIS G4311 SUH4 Grade: Quenched & Tempered Martensitic Stainless Steel
  • DIN 17480 X50CrMnNiNbN21-9 Steel: Solution Heat‑Treated & Precipitation Hardened (AT+P)
  • DIN 17480 X53CrMnNiN21-9: Heat‑Treated, Precipitation Hardened Stainless Steel (AT+P)
  • DIN 17864 TiAl6Zr5Mo0.5Si: Artificially Aged High‑Temperature Alloy
  • High-Performance TZM Pickled Sheet – Titanium‑Zirconium‑Molybdenum Alloy
  • AMPCO® 26: Premium Hard-Grade Aluminium Bronze Castings
  • AMPCO® 26 Forgings – Premium Hard-Grade Aluminium Bronze for Exceptional Performance
  • AMPCO® 26 – The Ultra‑Hard Aluminium Bronze for High‑Performance Castings
  • AMPCO® 26 – Premium Hard-Grade Aluminium Bronze for Precision Castings
  • DIN 17480 X45CrSi9-3 Steel – Quenched & Tempered (QT) Specification
  • SUS430LX Annealed Grade – JIS G4305 Ferritic Stainless Steel
  • JIS G4305 Grade SUS434 Annealed Stainless Steel – Properties & Specifications
  • JIS G4305 Grade SUS 436L Annealed – Premium Ferritic Stainless Steel
  • JIS G4305 Grade SUS444 Stainless Steel – Annealed Properties & Specs
  • JIS G4305 Grade SUS445J1 Annealed Stainless Steel – Key Properties & Specifications
  • JIS G4305 Grade SUS447J1 Annealed Stainless Steel – Technical Specifications
  • JIS H4040 Grade 5083 Aluminum Bar – 130 mm Diameter (5.118 in.) – Fabricated
  • JIS G4305 SUS 890L Stainless Steel – Solution Treated
  • JIS G4305 Grade SUSXM15J1 – Solution Treated Stainless Steel
  • JIS G4305 SUSXM27 Annealed Stainless Steel – Premium Grade for Superior Performance
  • JIS G4305 SUSXM7 – High‑Performance Solution‑Treated Stainless Steel
  • JIS H4080 Grade 1200 Aluminium – Specifications & Mechanical Properties
  • JIS H4080 Grade 5083 Aluminium Tube – Key Mechanical Properties & Standards
  • JIS H4080 5154-O Aluminium Alloy – Key Properties & Standards
  • JIS H4090 Grade 1050 H18 Aluminium: Properties & Standards
  • JIS H4090 1200-H18 Aluminium: Technical Specifications & Performance
  • JIS H4100 5083 Aluminum Alloy – Key Mechanical Properties
  • JIS H4120 Grade 2117 T4 – 2000 Series Aluminum Alloy Properties
  • JIS H4140 Grade 1200 Aluminium – Key Mechanical Properties & Standards
  • JIS H4140 2018 T6 Aluminium Alloy – Comprehensive Properties & Standards
  • JIS G4305 Grade SUS316N Solution-Treated Stainless Steel – Key Properties & Performance
  • JIS H4000 Grade 5154 Hot-Rolled Aluminium – Key Properties & Standards
  • JIS G4305 Grade SUS316Ti – Solution‑Treated Stainless Steel
  • JIS G4305 Grade SUS317: Solution-Treated Stainless Steel Properties
  • JIS G4305 Grade SUS317J1 – Solution-Treated Austenitic Stainless Steel
  • JIS G4305 Grade SUS317J2 – Fully Solution-Treated Stainless Steel for High-Performance Applications
  • JIS G4305 SUS 317L – Solution Treated Austenitic Stainless Steel
  • JIS G4305 SUS 317LN Solution-Treated Stainless Steel – Key Mechanical Properties
  • JIS G4305 SUS321 Solution-Treated Stainless Steel – Properties & Applications
  • JIS G4305 Grade SUS347 Stainless Steel – Solution Treated for Superior Performance
  • JIS H4001 Grade 3005 H24 – High-Strength 3000 Series Aluminium Alloy
  • JIS H4001 Grade 3005H22 Aluminium Sheet – High Strength, Excellent Toughness
  • JIS G4305 Grade SUS 405 Annealed Stainless Steel – Specifications & Properties
  • JIS G4305 Grade SUS410 Annealed Stainless Steel – Detailed Properties
  • JIS G4305 Grade SUS410L Annealed: Specifications & Properties
  • SUS410S Annealed Steel – JIS G4305 Grade Specification
  • SUS420J1 (JIS G4305) – High‑Performance Annealed Martensitic Stainless Steel
  • JIS G4305 Grade SUS420J2 – Annealed Martensitic Stainless Steel
  • JIS G4305 Grade SUS429 Annealed – Properties & Performance
  • JIS G4305 Grade SUS430 Annealed: Key Properties & Performance
  • JIS G4305 SUS302 Austenitic Stainless Steel – Solution Treated Grade
  • JIS G4305 SUS304 Solution-Treated Stainless Steel – Key Mechanical & Physical Properties
  • JIS G4305 Grade SUS304J1 Stainless Steel – Solution Treated, High-Performance Properties
  • JIS G4305 Grade SUS304J2 – Solution Treated Stainless Steel with Enhanced Properties
  • JIS G4305 SUS304L Solution-Treated Stainless Steel – Premium Properties & Performance
  • JIS G4305 SUS304LN Stainless Steel – Solution Treated for Superior Performance
  • JIS G4305 SUS304N1 Stainless Steel – Solution Treated Grade
  • JIS G4305 Grade SUS304N2 Stainless Steel – Solution Treated for Superior Performance
  • JIS H4000 Grade 3203O Aluminium – Properties & Standards
  • JIS G4305 SUS305 Grade Stainless Steel – Solution Treated Properties
  • JIS H4000 3203 H18 Aluminum Alloy – Premium 3000 Series Properties
  • JIS G4305 Grade SUS309S Stainless Steel – Solution Treated, Premium Austenitic Properties
  • SUS310S Stainless Steel (JIS G4305) – Solution Treated
  • JIS G4305 SUS316 Stainless Steel – Solution‑Treated Grade with Superior Mechanical Properties
  • SUS316J1 (JIS G4305) – Solution-Treated Stainless Steel
  • JIS H4000 Grade 5083 Hot‑Rolled Aluminium – Premium Mechanical Performance
  • JIS G4305 SUS316J1L Stainless Steel – Solution Treated for Optimal Performance
  • JIS H4000 Grade 5083 Aluminium – 1/4 Hard Stabilized, Mechanical Properties & Standards
  • JIS G4305 SUS316L Stainless Steel – Solution Treated
  • JIS G4305 Grade SUS316LN Solution Treated Stainless Steel – Key Properties
  • JIS G4304 Grade SUS436L Annealed: Key Properties & Performance
  • JIS G4304 SUS444 Stainless Steel – Annealed Grade – Technical Data
  • JIS G4304 SUS445J1 Annealed Stainless Steel – Top Strength & Durability
  • JIS G4304 Grade SUS447J1 Annealed: Premium Ferritic Stainless Steel
  • JIS H4000 Grade 1050 H18 Aluminum: Specifications & Performance
  • JIS G4304 SUS890L Grade Stainless Steel – Solution Treated – Key Properties & Specifications
  • JIS H4000 Grade 1050 Hot-Rolled Aluminium: Superior Mechanical Properties
  • JIS G4304 Grade SUSXM15J1 Stainless Steel – Solution Treated & Performance Overview
  • JIS H4000 1070 O – Premium 1070 Aluminium Alloy for Superior Strength and Ductility
  • JIS H4000 1070 H18 Aluminium – Premium Wrought Grade for High-Performance Applications
  • JIS G4304 Grade SUSXM27 Annealed – Premium Ferritic Stainless Steel Properties
  • JIS H4000 1070 Hot-Rolled Aluminium – Superior Strength & Durability
  • Solution-Treated JIS G4304 Grade SUSXM7 Stainless Steel – Comprehensive Properties
  • 1080 H18 Aluminum – JIS H4000 Certified Grade
  • JIS G4305 Grade SUS301 – Solution‑Treated Stainless Steel Properties
  • High-Strength 1080 Grade JIS H4000 Hot-Rolled Aluminium – Ideal for Structural Applications
  • JIS G4305 SUS301J1 Stainless Steel – Solution Treated, Properties & Specs
  • JIS G4305 Grade SUS301L Stainless Steel – Solution Treated for Superior Performance
  • JIS H4000 1200-H18 Aluminium: Premium Grade with Exceptional Mechanical Properties
  • JIS H4000 Grade 1200 Hot-Rolled Aluminium – Premium Properties & Performance
  • JIS G4304 Grade SUS316N – Solution Treated Stainless Steel for Superior Performance
  • JIS G4304 Grade SUS316Ti: Solution‑Treated Stainless Steel Properties
  • JIS G4304 Grade SUS 317 Solution Treated Stainless Steel
  • JIS G4304 Grade SUS317J1 Solution‑Treated Stainless Steel – Properties & Performance
  • JIS G4304 Grade SUS317J2 Stainless Steel – Solution Treated & Tested
  • JIS G4304 Grade SUS317L Solution‑Treated Stainless Steel – Key Properties
  • JIS G4304 SUS317LN Solution-Treated Stainless Steel – Key Properties & Applications
  • JIS G4304 Grade SUS321 Stainless Steel – Solution Treated for Superior Performance
  • SUS347 Grade Austenitic Stainless Steel – JIS G4304 Solution Treated Specimen – Properties & Mechanical Data
  • JIS G4304 Grade SUS403 Annealed Stainless Steel – Properties & Performance
  • JIS G4304 Grade SUS 405 (Annealed) – Key Properties & Performance
  • JIS G4304: SUS410 Annealed Grade – Technical Specifications & Mechanical Properties
  • JIS G4304 SUS410L Annealed Grade Stainless Steel – Properties & Specifications
  • JIS G4304 Grade SUS410S Annealed Stainless Steel – Specifications & Properties
  • SUS420J1 (JIS G4304) – High-Performance Annealed Martensitic Stainless Steel
  • JIS G4304 Grade SUS420J2 (Annealed) – Premium Martensitic Stainless Steel
  • JIS G4304 Grade SUS429 Annealed Stainless Steel – Properties & Specifications
  • JIS G4304 SUS430 Annealed: Specifications & Properties
  • JIS G4304 SUS430LX Annealed Grade: Premium Ferritic Stainless Steel
  • JIS G4304 Grade SUS434 (Annealed): Comprehensive Properties & Performance Overview
  • JIS G4304 Grade SUS301 – Solution-Treated Stainless Steel Properties
  • JIS G4304 Grade SUS301J1 – Solution Treated Stainless Steel: Properties & Specifications
  • JIS G4304 Grade SUS301L: Solution-Treated Stainless Steel Properties
  • JIS G4304 Grade SUS302 Stainless Steel – Solution Treated for Enhanced Performance
  • JIS G4304 Grade SUS303 – Certified Solution-Treated Stainless Steel
  • JIS G4304 Grade SUS304 – Solution Treated Stainless Steel
  • Solution-Treated SUS304J1 (JIS G4304) – High-Performance Austenitic Stainless Steel
  • JIS G4304 SUS304J2 Solution-Treated Austenitic Stainless Steel
  • JIS G4304 Grade SUS304L: Solution‑Treated Stainless Steel Properties
  • JIS G4304 SUS304LN Stainless Steel – Solution Treated Grade
  • JIS G4304 Grade SUS304N1 – Premium Solution-Treated Stainless Steel
  • JIS G4304 SUS304N2 Stainless Steel – Solution Treated Grade
  • JIS G4304 Grade SUS305 Stainless Steel – Solution Treated, Certified for Superior Performance
  • Solution‑Treated SUS309S (JIS G4304) – Superior Austenitic Stainless Steel
  • SUS310S Austenitic Stainless Steel – JIS G4304 Solution‑Treated Grade
  • JIS G4304 Grade SUS 316 Stainless Steel – Solution Treated for Optimal Performance
  • Solution-Treated SUS 316J1 Stainless Steel (JIS G4304) – Superior Performance
  • JIS G4304 Grade SUS316J1L – Solution Treated Stainless Steel, Properties & Applications
  • Solution-Treated SUS316L (JIS G4304) – Premium Austenitic Stainless Steel
  • JIS G4304 Grade SUS316LN – Solution-Treated Stainless Steel: Key Properties
  • JIS G4312 Grade SUH446 Annealed Steel: Detailed Mechanical & Physical Properties
  • JIS G4312 SUH660 Ageing After Solution Treatment: Performance & Properties
  • JIS G4312 SUH661: Optimized Ageing After Solution Treatment
  • JIS G4312 Grade SUH661 – Solution Treated Stainless Steel: Key Properties & Specs
  • JIS G3128 Grade E355DD Low‑Carbon Steel – Properties & Specifications
  • JIS G3128 Grade E355E Steel: Key Properties & Specifications
  • JIS G3136 SN490C: Comprehensive Low‑Carbon Steel Properties & Performance
  • JIS G3141 Grade CR2 Steel: Properties & Performance Standards
  • JIS G3141 Grade CR3 – Low‑Carbon Steel Properties & Specs
  • JIS G3141 Grade CR4: Low Carbon Steel Properties & Specifications
  • JIS G3136 SN400C Low‑Carbon Steel – Key Mechanical Properties & Specifications
  • JIS G4902 Grade NCF800 – Solution Treated Stainless Steel with Superior Properties
  • JIS G4902 NCF800H Annealed Stainless Steel – Premium Properties & Specifications
  • JIS G3313 Grade CR3 Steel: Properties & Performance
  • JIS G3313 Grade CR2 Steel – Detailed Properties & Specs
  • JIS G3313 Grade CR4: Standard Properties of Low Carbon Steel
  • JIS G5152 SCPL1 Low‑Carbon Steel – Detailed Mechanical & Physical Properties
  • JIS G3321 Grade SGLC440 Low‑Carbon Steel – Comprehensive Property Profile
  • JIS G3321 Grade SGLC490 Low‑Carbon Steel – Key Properties & Performance
  • JIS G3321 Grade SGLH490 Steel: Key Properties & Performance
  • ASTM A757 Grade A1Q – Quenched & Tempered Medium Carbon Steel
  • DIN 17103 Grade TStE 460 Steel – Cold-Worked, Welded, and Normalized Properties
  • DIN 17173 Grade 26CrMo4-2: Quenched & Tempered Steel Properties
  • EN 12163 Grade Cu-DLP R200 – Premium Wrought Copper for Engineering Applications
  • EN 12163 Grade Cu‑FRTP O60 – Premium 99.9% Oxygenated Copper for Industrial Use
  • EN 10216-2 Grade 11CrMo9-10 Quenched & Tempered Seamless Tubes – High‑Temperature, High‑Pressure Applications
  • EN 10216-2 Grade 8MoB5-4 (Normalized/Normalized Formed +N): High‑Temperature Seamless Tubes for Boilers, Pipelines & Pressure Vessels
  • EN 12166 Grade CuZr TB00 – Premium Hardenable Copper Alloy with High Conductivity
  • EN 12166 Grade CuZn38Pb2 H02 – Standard Copper Brass Specifications
  • EN 12166 Grade CuZn38Pb2 H01 – Wrought Copper‑Brass Alloy Specification
  • EN 10083-2 Grade C40 Normalized Steel – Properties & Standards
  • EN 10250-4 Grade X2CrNiMoCuN25-6-3 – Solution Annealed Steel for High-Performance Applications
  • EN 10250-4 Grade X2CrNiMoCuWN25-7-4 – Solution Annealed for High-Performance Applications
  • EN 10250-4 Grade X2CrNiMoN25-7-4: Solution-Annealed Steel for High-Performance Applications
  • EN 1652 Grade CuNi30Mn1Fe R350 – High-Strength, Corrosion-Resistant Copper Alloy
  • JIS G4312 SUH21 Annealed: Key Properties & Applications
  • JIS G4312 Grade SUH309 – Solution‑Treated Austenitic Stainless Steel Properties
  • JIS G4312 Grade SUH310 Solution-Treated Stainless Steel: Comprehensive Property Overview
  • JIS G4312 SUH409 Annealed: Comprehensive Properties & Performance Overview
  • JIS G4312 Grade SUH409L Annealed – Key Mechanical Properties
  • ASTM A288 Class 4 Quenched & Tempered Steel – Specifications & Properties
  • ASTM A288 Class 5 Quenched & Tempered Steel – Properties & Standards
  • ASTM A290 Grade 2 Class C Quenched & Tempered Steel – Specifications & Properties
  • ASTM A291 Grade 1 Class A – Normalized & Tempered Medium‑Carbon Steel: Properties & Specs
  • High‑Performance ASTM A512 Grade 1030 Stress‑Relieved, Annealed Round Tubes
  • ASTM A565 Grade XM-32: Heat-Treated Steel Optimized for High-Temperature Applications
  • ASTM A565 Grade 616 Heat‑Treated Stainless Steel for High‑Temperature Applications
  • ASTM A565 Grade 619 – Heat‑Treated for High‑Temperature Service
  • ASTM A565 Grade S41425 – Heat‑Treated, High‑Temperature Service Steel
  • ASTM A688 TP304 Solution-Annealed Stainless Steel – Specifications & Properties
  • ASTM A688 TP316L Stainless Steel – Solution-Annealed Grade for High-Performance Applications
  • ASTM A688 Grade TP316LN – Solution-Annealed Stainless Steel for Industrial Applications
  • ASTM A688 TP316N Solution-Annealed Stainless Steel – Premium Properties & Applications
  • ASTM A688 TPXM-29 Solution-Annealed: Premium Austenitic Stainless Steel
  • ASTM A705 Grade 634 Age-Hardening H1000 Stainless Steel – Premium Martensitic Alloy
  • ASTM A688 TP304L Stainless Steel – Solution-Annealed Grade
  • ASTM A688 Grade TP304LN – Solution-Annealed Austenitic Stainless Steel
  • ASTM A688 Grade TP304N Stainless Steel – Solution-Annealed Properties
  • ASTM A688 TP316 Solution-Annealed Stainless Steel – Key Properties & Specifications
  • ASTM A705 Grade XM-12 Age-Hardening H900 – High-Performance Martensitic Stainless Steel
  • ASTM A213 TP310H Heat‑Treated Stainless Steel – Premium Grade & Performance
  • ASTM A213 TP304H Heat‑Treated Stainless Steel: Comprehensive Property Overview
  • ASTM A213 TP310HCb Heat‑Treated: Premium Austenitic Stainless Steel
  • Heat‑Treated ASTM A213 TP304L Stainless Steel – Superior Mechanical Properties
  • ASTM A213 TP309Cb Heat‑Treated Austenitic Stainless Steel – Performance Specs
  • ASTM A213 Grade TP310S Heat‑Treated: Premium Austenitic Stainless Steel Properties
  • ASTM A213 TP316 Austenitic Stainless Steel – Heat Treated for Enhanced Corrosion Resistance
  • ASTM A213 TP310Cb Heat‑Treated Stainless Steel – Premium Performance
  • ASTM A213 TP321H Heat‑Treated Stainless Steel – Superior Performance
  • ASTM A213 Grade TP316H Heat‑Treated Stainless Steel – Detailed Properties & Performance
  • ASTM A213 TP347H Heat‑Treated Stainless Steel – Premium Grade
  • ASTM A213 TP316L Heat‑Treated Stainless Steel – Superior Strength & Corrosion Resistance
  • ASTM A213 TP347LN Heat‑Treated Stainless Steel – Key Properties & Specs
  • ASTM A213 TP348H Heat‑Treated Stainless Steel – Premium Performance Grade
  • ASTM A213 Grade XM-15 Heat‑Treated: Properties & Specifications
  • ASTM A213 XM-19 Heat‑Treated Stainless Steel – Superior Mechanical & Thermal Performance
  • ASTM A240 Grade 304 Heat‑Treated Stainless Steel – Premium Mechanical Performance
  • ASTM A240 Grade 304N Heat‑Treated Stainless Steel – Key Properties & Performance
  • ASTM A291 Grade 2 Class B: Liquid Quenched & Tempered Steel – Properties & Specifications
  • ASTM A288 Class 2 Quenched & Tempered Steel – Key Mechanical Properties
  • Heat-Treated ASTM A240 Grade 316L Stainless Steel – Premium Corrosion Resistance
  • ASTM A240 Grade 316LN Heat-Treated Stainless Steel – Superior Performance
  • ASTM A240 Grade 321 Heat‑Treated Stainless Steel – Key Properties & Performance
  • Heat‑Treated ASTM A213 Grade S31254 Stainless Steel – Premium Performance
  • ASTM A213 Grade S32615 Heat‑Treated Stainless Steel: Premium Properties & Performance
  • ASTM A213 Grade S33228 Heat‑Treated Austenitic Stainless Steel – Key Properties & Performance
  • ASTM A213 TP316N Heat‑Treated Austenitic Stainless Steel – Specifications & Performance
  • Heat‑Treated ASTM A213 TP317 Stainless Steel – Comprehensive Property Overview
  • ASTM A213 TP317L Heat‑Treated Austenitic Stainless Steel – Specifications & Performance
  • ASTM A213 TP321 Heat‑Treated Stainless Steel – Key Properties & Performance
  • ASTM A213 TP347 Heat‑Treated Stainless Steel – Premium Performance Grade
  • ASTM A213 TP347HFG Heat‑Treated Stainless Steel – Superior Mechanical Performance
  • ASTM A213 TP348 Heat‑Treated Alloy – Premium Stainless Steel for High‑Performance Applications
  • ASTM A213 Grade S21500 Heat‑Treated Steel – Premium Performance & Reliability
  • Heat‑Treated ASTM A213 Grade S30432: Premium Austenitic Stainless Steel Properties
  • ASTM A213 Grade T122 Heat‑Treated Stainless Steel: Key Properties and Applications
  • ASTM A213 Grade S30615 Heat‑Treated Austenitic Stainless Steel – Superior Properties
  • ASTM A213 TP309H Heat-Treated Austenitic Stainless Steel – Properties & Applications
  • ASTM A213 Grade TP309S – Heat‑Treated Austenitic Stainless Steel Tube
  • ASTM A213 TP202 Heat‑Treated Austenitic Stainless Steel – Key Properties
  • Amstrong® 460MC – High‑Strength, Ultra‑Ductile Steel for Weight‑Saving Applications
  • Amstrong® 500MC: High-Strength, Low-Carbon Steel for Advanced Applications
  • Amstrong® 550MC: High-Strength, Low-Carbon Steel with Superior Ductility
  • Amstrong® 600MC – High‑Ductility, Low‑Carbon Steel for Superior Performance
  • High-Quality S240 CLAS Steel Coil for Laser Cutting Applications
  • S275 CLAS AM FCE Steel Coil – Premium Laser Cutting Performance
  • S355 CLAS AM FCE – High-Performance Steel Coil for Laser Cutting
  • EN DC07 Cold Rolled Mild Steel – High Strength, Superior Formability, and Guaranteed Ductility
  • Brush 1915 Wire – High‑Strength, Heat‑Treatable Copper Alloy (TH04/C19150)
  • BRUSH® 1916 Rod TH04 (C19160) – High‑Strength, Heat‑Treatable Copper Alloy for Precision Screw Machines
  • AA 201.0 T4 Alloy – Key Mechanical & Thermal Properties
  • Printdur® Powderfort: High-Performance Precipitation Hardened Tool Steel for LPBF
  • Corroplast Plate – High-Performance, Corrosion-Resistant Steel for Precision Machining
  • CEN/TS 13388 Grade CW008A R200 – Premium Metal Specification for High-Performance Applications
  • Heat‑Treated ASTM A213 Grade S31002: Premium Austenitic Stainless Steel
  • ASTM A213 TP201 Heat‑Treated Steel – Comprehensive Property Overview
  • Heat-Treated ASTM A213 TP304 Austenitic Stainless Steel
  • Heat‑Treated ASTM A213 TP304LN Stainless Steel – High Performance Alloy
  • ASTM A213 Grade TP304N Heat‑Treated – Premium Ferritic Stainless Steel
  • Heat‑Treated ASTM A240 Grade 304LN Stainless Steel – Premium Properties & Performance
  • KHP®102 R360: High-Performance CuNiSi Alloy for Superior Conductivity and Strength
  • KHP®102 R410 – Premium CuNiSi Alloy: High Conductivity & Strength
  • KHP®102 CuNiSi Alloy – High Conductivity & Robust Strength
  • KHP®102 CuNiSi Alloy – Superior Conductivity & Strength
  • KHP®102 R580 – High‑Conductivity CuNiSi Alloy for Superior Strength
  • KHP®7025 R620 – CuNi3SiMg Alloy: High Conductivity, Strength & Stress‑Resistance
  • KHP®7025 R650 – CuNi3SiMg Alloy: High Conductivity, Strength & Stress‑Resistance
  • KHP®7025 R690: High‑Performance CuNi3SiMg Alloy for Superior Electrical Conductivity and Strength
  • KHP®7025 R760: High-Performance CuNi3SiMg Alloy with Superior Conductivity and Strength
  • KHP®109 CuNi1Sn0.9 Alloy – High Conductivity & Strength
  • KHP®109 CuNi1Sn0.9 Alloy – High Conductivity & Strength
  • KHP®109 R500 – High-Performance CuNi1Sn0.9 Alloy for Superior Conductivity & Strength
  • KHP®109 R540 – High-Performance CuNiSn Alloy for Superior Conductivity and Strength
  • EnviB ECO Brasses: CuZn21SiP, CW724R & C69300 – Sustainable, Lead‑Free Solutions
  • DIWA 393 Fine-Grained Steel (EN 1.6311) – High-Temperature Weldable Performance
  • Amstrong® 280MC – High‑Strength, Ultra‑Ductile Steel for Weight‑Saving Applications
  • Amstrong® 315MC: High-Ductility Steel with Exceptional Strength & Fatigue Resistance
  • Amstrong® 355MC: High-Strength, High-Ductility Steel for Weight-Saving Applications
  • Amstrong® 390MC – High-Strength, Ultra-Ductile Steel for Superior Performance
  • Amstrong® 420MC – High‑Strength, Low‑Carbon Steel with Superior Ductility & Formability
  • EN 10088‑1 Grade X2CrNi18‑9 Strain‑Hardened Stainless Steel (+C700) – Superior Corrosion Resistance & Mechanical Performance
  • DIN 17744 Grade NiMo23Cr8Fe Solution-Annealed Alloy (+AT) – Superior Corrosion Resistance
  • DIN 2393-2 Grade USt 34-2: Brightly Drawn, Hardened Low‑Carbon Steel – Technical Specs
  • SEW 087 Grade WTSt 37-3: Normalized and Normalized Formed Steel for Structural Applications
  • DIN 17745 NiFe48Cr: Low-Expansion Alloy for Glass Sealing & Surge Protection
  • DIN 17480 Grade X45 CrNiW 18-9: Heat‑Treated & Precipitation Hardened Valve Steel for High‑Temperature Applications
  • DIN EN 10085 Grade 1.8522: Comprehensive Mechanical & Physical Properties
  • EN 10132-3: 42CrMo4 Quenched & Tempered Alloy Steel – Premium Cold-Rolled Strips
  • EN 12513 Grade G-X 260 NiCr 4/2 Steel: High Wear Resistance & Moderate Impact Stress
  • EN 10139 DC05 Cold Rolled Low‑Carbon Steel – Skin Pass Grade
  • Rhenium: The Ultra‑High‑Density Metal for Filaments and Refractory Applications
  • COLDUR-A® High Silicon Bronze: Superior Strength, Corrosion Resistance, and Easy Fabrication
  • ASME SB-338 Grade R52550 – Premium High-Strength Stainless Steel
  • AMS 4907 (Grade R56407) – High-Performance Titanium Alloy
  • DIMO C45: Premium Unalloyed Carbon Tool Steel for Mold Assembly
  • ASTM A564 Grade XM-12 H900: Premium Martensitic Stainless Steel
  • Alloy 718 – High‑Performance Nickel‑Chromium Steel
  • MP35N: Premium NACE‑MR0175 Grade for Corrosion‑Resistant Applications
  • EN 1652 Grade CuSn6 M – Premium Tin-Copper Alloy for Superior Corrosion Resistance
  • EN 576 Grade 3.0270 Aluminium – Standard Specifications & Mechanical Properties
  • NiCr6015 Solution Annealed (+AT) – High‑Temperature Heating Conductor Alloy
  • DIN 17443 X2CrNiMoN18‑15‑4 Solution‑Annealed Stainless Steel – High‑Performance Surgical Grade
  • EN 10202 T550 Double-Reduced Soft Steel Sheet – High-Quality, Corrosion-Resistant
  • DIN 17745 Grade NiFe46 – Low‑Expansion Nickel‑Iron Alloy for High‑Temperature Sealings
  • DIN 17745 NiFe16CuCr: Premium Soft‑Magnetic Material for High‑Performance Transformers
  • DIN 17744 NiCr22Mo7Cu Solution-Annealed Alloy – High Corrosion Resistance & Excellent Weldability
  • EN 10088-1 Grade X8CrNiMoAl15-7-2: High-Strength Precipitation-Hardened Steel (P1550)
  • DIN 2394-2 Grade RSt 28: Normalized or Normalized Formed Steel Specifications
  • EN 10202 Grade T660: Premium Double Cold‑Reduced Steel Band
  • EN 576 Grade 3.0280 – 1000 Series Aluminium: Key Properties & Standards
  • DIN 2393-2 Grade USt 28: Bright, Drawn, Hardened Low‑Carbon Steel
  • DIN 17740 Ni99.6 1/2 Hard – Premium Corrosion-Resistant Nickel Alloy
  • EN 10277-5 Grade 51CrV4 Soft‑Annealed & Peeled Steel (+A+SH) – Superior Wear Resistance for High‑Load Applications
  • EN 576 Grade 3.0300 – Comprehensive Properties of 1000 Series Aluminium
  • X2CrNiMoN18-13-3 Stainless Steel – DIN 17443 Grade, Solution Annealed, Ideal for Surgical Instruments
  • DIN 17742 NiCr25FeAl3YC Solution-Annealed Alloy with Aging Treatment
  • EN 10202 Grade T620: Double Cold‑Reduced Steel Band for Tinplate Production
  • DIN 2393-2 RSt 28: Bright-Drawn Hard Low-Carbon Steel with Superior Mechanical Properties
  • EN 573-3 Grade 3.0505 F Aluminium Alloy: Properties & Standards
  • EN 573-3 Grade 3.0515 O3 – Key Mechanical & Thermal Properties
  • EN 573-3 Grade 3.1305 F Aluminium Alloy – Key Mechanical Properties
  • EN 573-3 Grade 3.1305 H18 Aluminium Alloy Specifications
  • EN 573-3 Grade 3.1305 O Aluminium: Key Mechanical Properties & Standards
  • EN 573-3 Grade 3.1305 O3 – Comprehensive Aluminium Alloy Specifications
  • DIN 1732-1 Grade 3.3548 Aluminium – Key Mechanical Properties
  • EN 573-3: AW-1199 H12 Aluminium Grade – Specifications & Properties
  • EN 573-3 Grade AW-2014A F Aluminium Alloy – Specifications & Mechanical Properties
  • AW-2014A O3 – EN 573-3 Certified Aluminium Grade
  • AW-4043A O3 – EN 573-3 Certified 4000 Series Aluminium
  • EN 573-3 Grade AW-4047A O3 Aluminium Alloy Specifications
  • DIN 2393-2 Standard – Grade St 28 Steel: Brightly Drawn, Hard Finish
  • DIN 17742 NiCr7030 Solution-Annealed Alloy: High-Performance Heating Conductors
  • SEW 087 Grade WTSt 37-2 – Normalized & Normalized Formed (+N) – High-Performance Structural Steel
  • DIN 17470 CrAl25-5 Soft Annealed: Premium Ferritic Conductor for High‑Temperature Applications
  • DIN 17745 NiFe47Cr Alloy – Precision Thermal Expansion for High‑Performance Seals
  • AA Standards Grade 5354: Comprehensive Material Properties
  • AA Standard Grade 5356A Aluminium – Key Properties & Specifications
  • AA Standard Grade 5383: Comprehensive Material Properties
  • AA Standards Grade 5405 – Comprehensive Aluminium 5000 Series Property Overview
  • AA Standards Grade 5449: Key Properties & Performance Metrics
  • AA 5449A Aluminium Grade – Key Physical & Mechanical Properties
  • AA Standard 5456A – 5000 Series Aluminium Properties Overview
  • AA Standard Grade 5456B: Technical Specifications & Performance Data
  • AA Standards Grade 5483: Key Mechanical & Thermal Properties for Engineers
  • AA 5505 Aluminum Alloy: Comprehensive Standards Overview
  • AA Standards Grade 5556B: Key Mechanical & Thermal Properties
  • AA Standards Grade 5556C Aluminium Alloy – Detailed Properties & Performance
  • AA Standard 5605 Aluminium Alloy: Mechanical & Thermal Properties
  • AA Standards Grade 5654A – Aluminium Alloy 5000 Series Properties
  • AA Grade 5757 Aluminium: Key Mechanical & Thermal Properties
  • AA Standards Grade 5857 Aluminium: Properties and Performance
  • AA Standard Grade 5954: Key Properties & Specifications
  • AA Standard Grade 5957 Aluminium Alloy – Properties & Specifications
  • DIN 1732-1 Grade 3.0259 – Comprehensive Property Overview
  • DIN 1732-1 Grade 3.0286: Key Properties & Standards for Wrought Aluminium
  • AA Standard Grade 5140 Aluminium Properties
  • AA Standard Grade 5149: Mechanical & Thermal Properties of 5000 Series Aluminum
  • AA Standards Grade 5152 Aluminium Alloy – Technical Specifications & Properties
  • AA Standard Grade 5153 – Detailed Aluminum Alloy Properties
  • AA Standards Grade 5154C – Comprehensive Material Specifications
  • AA Standards Grade 5155 Aluminium Alloy Specifications
  • AA Standards Grade 5180 Aluminium Alloy – Comprehensive Properties Overview
  • AA Standards Grade 5180A – Comprehensive Material Specifications
  • AA Standards Grade 5183A Aluminium: Key Mechanical & Thermal Properties
  • AA Standards Grade 5184 – Detailed Mechanical & Thermal Properties
  • AA Standard 5186: 5000 Series Aluminium Mechanical & Thermal Properties
  • AA Standards Grade 5187 – Key Mechanical & Thermal Properties
  • AA Standards Grade 5210: Comprehensive Material Properties
  • AA Standards Grade 5249: Comprehensive Material Properties Overview
  • AA Standards Grade 5251A – Comprehensive Mechanical and Thermal Properties
  • AA 5257 Aluminum Alloy – Properties & Standards for Wrought 5000 Series
  • AA Standards Grade 5283B: Comprehensive Mechanical and Thermal Properties
  • AA Standard Grade 5305: Comprehensive Mechanical & Thermal Property Overview
  • AA Standards Grade 5310: Comprehensive Property Overview
  • AA Standards Grade 5349: Aluminium 5000 Series Mechanical & Thermal Properties
  • AA Standards Grade 5034 – Aluminum Alloy Specification & Key Properties
  • AA 5039 Aluminium Grade: Key Mechanical & Thermal Specifications
  • AA Standards Grade 5041 – Key Mechanical & Thermal Properties
  • AA Standard Grade 5050C Aluminium – Key Mechanical & Thermal Properties
  • AA Standards Grade 5053 Aluminium Alloy Specifications
  • AA 5055 Aluminium Standard – Grade, Properties & Performance
  • AA 5058 Aluminum Grade: Comprehensive Mechanical & Physical Properties
  • AA Standards Grade 5070: Key Properties & Performance
  • AA Standards Grade 5080 Aluminium – Specifications & Performance
  • AA Standards Grade 5084 Aluminium Alloy – Key Properties & Specifications
  • AA Standards Grade 5085 – Detailed Aluminium Alloy Specifications
  • AA Grade 5087 Aluminium Alloy: Key Mechanical & Thermal Properties
  • AA Standards Grade 5088: Properties and Performance of 5000 Series Aluminium
  • AA Standard 5091 Aluminium Alloy: Comprehensive Material Properties
  • AA Standards Grade 5105: Key Mechanical & Thermal Properties
  • AA Standards Grade 5106 – Comprehensive Properties of Wrought 5000 Series Aluminium
  • AA 5110 Grade Aluminum: Key Mechanical & Thermal Properties
  • AA Standards Grade 5110A – Comprehensive Aluminium Alloy Specifications
  • AA Standards Grade 5119 – Comprehensive Mechanical & Thermal Properties
  • AA Standard Grade 5119A: Comprehensive Mechanical & Thermal Properties
  • AA Standards Grade 5005A: Comprehensive Mechanical & Thermal Property Overview
  • AA Standards Grade 5007: Aluminium 5000 Series Properties & Specifications
  • AA Standards Grade 5008 Aluminium – Key Properties & Specifications
  • AA Standards Grade 5009 Aluminium Properties Overview
  • AA Standards Grade 5011: Comprehensive Mechanical & Thermal Properties
  • AA 5015 Aluminium Alloy: Standards and Properties
  • AA Standards Grade 5018 Aluminium Alloy Specifications
  • AA 5018A Aluminium Alloy – Key Mechanical and Physical Properties
  • AA Standards Grade 5019 H111 – Key Mechanical & Thermal Properties
  • AA Standard Grade 5019 O: Comprehensive Mechanical & Thermal Properties
  • AA Standard Grade 5019A – Aluminium Alloy Specifications
  • AA Standard Grade 5020 – Comprehensive Aluminium Properties & Specs
  • AA Standards Grade 5021: Comprehensive Material Properties Overview
  • AA Standard Grade 5022 – Key Mechanical and Thermal Properties
  • AA 5023 Grade Aluminium: Key Mechanical & Thermal Properties
  • AA Standards Grade 5024 – Aluminium Alloy Properties & Standards
  • AA 5025 Aluminium Alloy – Standards & Properties Overview
  • AA 5026: 5000 Series Aluminium Alloy – Key Mechanical & Physical Properties
  • AA Standards Grade 5027 – Aluminium Alloy Specification & Key Mechanical Properties
  • AA Standard Grade 5028: Comprehensive Mechanical and Thermal Properties
  • AA Standard Grade 1099: Comprehensive Aluminium Properties & Specifications
  • AA 1100A Aluminium Standard – Mechanical & Thermal Properties
  • AA Standards Grade 1130 – Comprehensive Aluminium Alloy Specifications
  • AA Standards Grade 1165 Aluminium: Comprehensive Property Overview
  • AA Standard Grade 1198 Aluminium – Key Mechanical and Thermal Properties
  • AA Standards Grade 1199 H12 Aluminium – Key Mechanical & Thermal Properties
  • AA 1200O Aluminum Alloy Standards – Grade 1200O Specifications
  • AA Standards Grade 1200A: Comprehensive Mechanical & Thermal Property Overview
  • AA 1230A Aluminium Alloy Standards – Properties & Specifications
  • AA Standards Grade 1245 – Key Mechanical & Thermal Properties of 1000 Series Aluminium
  • AA Standards Grade 1250 Aluminium Alloy: Key Properties & Applications
  • AA Standards Grade 1270: Comprehensive Aluminium Properties Overview
  • AA Standards Grade 1290 – Detailed Aluminium Alloy Specifications
  • AA Standards Grade 1300: Comprehensive Material Properties Overview
  • AA Standards Grade 1330: Key Properties of 1000 Series Aluminium
  • AA Standard Grade 1335 – Properties of Wrought 1000 Series Aluminium
  • AA Standard Grade 1360 – Comprehensive Aluminium Alloy Specifications
  • AA Grade 1450 Aluminium Standards: Mechanical & Physical Properties
  • AA Standards Grade 5002 Aluminium Alloy Specifications
  • AA Standards Grade 5004 – Aluminium 5000 Series Mechanical & Thermal Properties
  • PtIr30 Soft‑Annealed (+A): Durable Contact Material for High‑AC Switches, Relays, and Aerospace Applications
  • PtNi8.5 Alloy: Durable Contact Material for AC/DC Switching
  • PtNi8.5 Soft-Annealed (+A): High-Performance Contact Material for Durable Switches and Relays
  • PtRh10 Alloy: Superior Heat Resistance for Laboratory Equipment
  • PtRh20 Alloy: Deformed Condition – Superior Corrosion & Thermal Resistance for High‑Stress Applications
  • Rhodium (Rh): Properties, Chemical Resistance, and Processing Techniques
  • Zinc Beratung e.V. 1981 – G‑ZnAl12Cu1 Casting Properties & Applications
  • Zinkberatung e.V. 1981: Grade G‑ZnAl27Cu2 Cast Alloy Specification
  • High-Performance ZnAl27Cu2 Alloy – Grade G, Heat Treated for 120 °C Applications
  • Zinkberatung e.V. – 1981 Grade G‑ZnAl8Cu1: Superior Casting Alloy
  • DIN 17770 Grade ZnCuTi – Reliable Zinc‑Copper‑Titanium Flat Product for Construction
  • AA Standards Grade 1030 – Comprehensive Aluminium Alloy Properties
  • AA 1050A F: Comprehensive Mechanical & Thermal Standards for 1050 Series Aluminium
  • AA Standards Grade 1050A O – Mechanical & Thermal Property Overview
  • AA Standards Grade 1055 Aluminum: Comprehensive Property Overview
  • AA 1070A F Grade Aluminium: Key Mechanical & Thermal Properties
  • AA Standard Grade 1070A O: Key Properties & Performance
  • AA Standards Grade 1075: Key Mechanical & Thermal Properties
  • AA Standards Grade 1080A F – Comprehensive Mechanical & Thermal Specifications
  • AA Standards Grade 1095 Aluminium: Properties & Specifications
  • 30% Cold-Worked Gold (Au): Enhanced Strength, Ductility & Alloying Potential
  • Gold (Au) 50% Cold-Worked: Enhanced Strength & Versatile Alloying
  • Soft-Annealed Iridium (Ir) – High-Purity, Heat-Resistant Platinum Group Metal
  • Palladium (Pd): Properties, Alloys, and Industrial Uses
  • Palladium (Pd) Soft Annealed (+A) – Properties, Applications & Catalytic Benefits
  • PdAg40 Alloy: Deformed Condition and Material Properties
  • PdAg40 Soft-Annealed Palladium‑Silver Alloy: Enhanced Durability & Corrosion Resistance
  • PdAg50 Alloy – Deformed Condition: Properties & Applications
  • PdAg50 Soft Annealed Alloy (+A): Durable Contact Material for Telecom & Control Systems
  • PdAg70 Alloy – Ductile, Corrosion‑Resistant Contact Material for Telecom and Control Applications
  • PdAg70 Alloy – Soft Annealed (A) – Premium Contact Material for Telecom & Control Applications
  • PdCo40W20: Enhanced Wear-Resistant Alloy for High-Performance Contact Applications
  • PdCo40W20 Soft Annealed Alloy: Superior Corrosion & Wear Resistance
  • PdW10 Alloy Deformation: Key Properties & Applications
  • PdW10 Soft Annealed Alloy (+A) – Durable Contact Material
  • Platinum (Pt) – Properties, Applications, and Industrial Significance
  • PtAu5 Alloy: Deformation Characteristics & Laboratory Applications
  • PtIr20 Alloy: Superior Performance in High‑Stress, High‑Temperature, and Corrosive Environments
  • PtIr20: Soft Annealed Platinum‑Iridium Alloy for High‑Performance Switches and Aerospace Applications
  • PtIr30: Advanced Platinum‑Iridium Alloy for High‑Performance Switching Contacts
  • EN 10139 Grade DC01 Cold-Rolled Steel – Skin-Passed, Ideal for Precision Cold Forming
  • EN 10139 Grade DC03: Cold Rolled, Skin-Passed Low-Carbon Steel Strip
  • EN 10139 Grade DC04 Cold-Rolled Steel – High-Quality, Skin-Passed, Ideal for Cold Forming
  • EN 10088‑1 Certified X12CrS13 Quenched & Tempered Steel – Superior Machinability
  • EN 10088-1 Grade X90CrMoV18 – Soft Annealed Steel for High‑Performance Cutting Tools
  • ASTM A792 Grade CS Type B: Low-Carbon Steel with Enhanced Mechanical Properties
  • ASTM A792 Grade 480 – High‑Performance Low Carbon Steel
  • ASTM A792 Grade 275 Steel – Key Properties & Standards
  • DIN 17865 G‑Ti2 Cast Alloy – Superior Corrosion Resistance for Industrial Applications
  • DIN 17865 G‑TiAl6V4 As‑Cast: Lightweight, High‑Strength, Non‑Magnetic Titanium Alloy
  • ASTM B365 Grade R05200 Soft-Annealed Tantalum Rod & Wire (+A) – High Corrosion Resistance & Versatile Applications
  • ASTM B365 Grade R05400 Soft Annealed Tantalum: Superior Corrosion Resistance
  • ASTM B521 Grade R05200 Tantalum Tubes – Superior Corrosion Resistance
  • ASTM B521 Grade R05400: Premium Tantalum Tubes with Superior Corrosion Resistance
  • AgCu10 Soft Annealed Alloy (+A): Ductile, Machinable Copper‑Silver Composite for High‑Current Switches
  • AgCu20 Soft-Annealed Alloy (+A) – High-Performance Switching Material
  • AgCu28 Alloy: Ductile, Spring-Ready, and Ideal for Switches & Soldering
  • Gold (Au) – 0% Cold Worked: Pure, Unaltered Metal
  • 10% Cold-Worked Gold (Au): Premium Quality and Enhanced Workability
  • Gold (Au) 20% Cold-Worked – Superior Strength & Versatility
  • SAE J435 Grade 0050A Steel: Normalized or Normalized & Tempered Properties
  • SAE J435 0050B Steel – Quenched & Tempered – Medium Strength Excellence
  • SEW 395 G‑X120Mn13: Solution‑Heat‑Treated, Quenched Austenitic Steel for Low Magnetic Permeability
  • SEW 395 G‑X2CrNiMoN18‑14: High‑Performance Solution‑Heat‑Treated Austenitic Steel
  • SEW 395 Grade GX12CrNi18-11: High‑Performance Austenitic Steel, Heat‑Treated & Quenched
  • SEW 395 Grade GX2CrNiMoN18-14: Solution Heat-Treated, Quenched Steel with Low Magnetic Permeability
  • SEW 400 X65Cr13 Stainless Steel – Soft Annealed, Superior Cutting Tool Performance
  • SEW 400 X55CrMo14 Soft Annealed Steel – High-Performance Cutting & Bearing Applications
  • SEW 400 X90CrMoV18 Soft-Annealed Steel: Superior Corrosion & Wear Resistance
  • AS 3678 Grade 250 Hot Rolled Steel – Reliable Low‑Carbon High‑Strength Alloy
  • CSA G40.21 Grade 44W Steel Specifications
  • EN 576 Grade 3.0250 – Aluminium Properties & Performance Specifications
  • JIS H4160 Grade A1N30: Aluminium Specification & Key Properties
  • JIS H4160 Grade A1N90 Aluminium Alloy – Key Specifications & Properties
  • DIN 17440 X45CrMoV15 Soft Annealed Steel – High Hardness, Wear Resistance
  • DIN 17440 Grade X46Cr13 – Soft Annealed Stainless Steel for Precision Cutting Tools and Wear-Resistant Components
  • DIN 17443 Grade X2 CrNiMo 18-15-3 Solution-Annealed Stainless Steel (+AT) – Premium Grade for Implants & Surgical Instruments
  • DIN 2393-2 Grade St 34-2 Bright Drawn Hard Steel – Technical Specs & Performance
  • DIN 2394-2: Grade St 28 Steel – Normalized & Normalized Formed (+N) Properties
  • DIN 2394-2: Grade USt 28 – Normalized or Normalized-Formed Steel Specification
  • JIS G3302 Grade SGCD3 Cold-Rolled Steel – Premium Low-Carbon Properties
  • JIS G3317 Grade SZAC570 Cold‑Rolled Steel – Low‑Carbon, High Strength
  • JIS G3317 Grade SZACD3 Cold-Rolled Steel – Key Properties & Applications
  • JIS G3445 Grade STKM11A: Low‑Carbon Steel with Optimal Mechanical Properties
  • JIS G3445 Grade STKM13C Low Carbon Steel: Key Properties & Specifications
  • JIS G3445 Grade STKM18A Low‑Carbon Steel – Specifications & Properties
  • JIS G3445 Grade STKM18B: Low‑Carbon Steel Specification & Mechanical Properties
  • JIS G3445 STKM18C Low Carbon Steel – Key Mechanical & Physical Properties
  • JIS G3445 Grade STKM20A – Low‑Carbon Steel with Proven Mechanical Strength
  • JIS G3472 Grade STAM470G Low-Carbon Steel: Specifications & Mechanical Properties
  • JIS G3472 STAM470H Low‑Carbon Steel – Specifications & Performance
  • JIS G3473 Grade STC510A Steel – Properties & Specifications
  • JIS G3473 Grade STC510B – Low Carbon Steel Properties & Specifications
  • JIS G3473 Grade STC540: Low-Carbon Steel with 540 MPa Tensile Strength
  • JIS G3473 Grade STC590A Low Carbon Steel: Key Properties & Specifications
  • JIS G3473 Grade STC590B Steel – Key Properties & Performance
  • JIS H4120 Grade 2017: 3/8 Hard Aluminum Alloy for Superior Strength and Machinability
  • JIS H4120 Grade 6061 3/8 – High‑Performance Aluminum Alloy
  • SEW 410 Grade G-X5CrNiMo16-5: Quenched & Tempered Martensitic Stainless Steel for High-Performance Applications
  • SEW 410 Grade G-X40CrNiMo27-5: High-Performance Cast Stainless Steel for Harsh Environments
  • EN 1652 CuZn36 H150 – Unhardenable Wrought Alloy for High-Strength Applications
  • EN 1652 Grade CuZn36 H170: Premium Unhardenable Wrought Copper Alloy
  • EN 1652 CuZn37 R480 – Premium Copper Alloy for Cold Forming
  • EN 1652 Grade CuZn37Pb0.5 R540 – Leaded Brass Alloy for Superior Machinability
  • EN 1652 Grade CuZn39Pb2 H150 – Premium Lead-Added Brass Alloy
  • EN 1652 Grade CuZn39Pb2 H175: Lead‑Enhanced Brass for Superior Machinability and Strength
  • EN 1652 Grade CuZn40 (H085) – High‑Performance Copper Alloy
  • EN 1652 CuZn40 (H110) – Premium Unhardenable Wrought Copper Alloy
  • EN 1652 CuZn40 H140 – High‑Strength, Unhardenable Copper‑Zinc Alloy
  • EN 1652 CuZn5 H075 – High‑Strength, Corrosion‑Resistant Wrought Alloy
  • EN 1652 CuAl8Fe3 R450 – High-Strength, Heat-Resistant Wrought Alloy
  • EN 10083-2 Grade C40 Quenched Steel – Ideal for Heavy‑Duty Forged Components
  • EN 10083-2 Grade C45 Quenched Steel – Ideal for High-Performance Vehicle Components
  • EN 10083-2 Grade C55 Quenched Steel – High Load & Wear Resistance for Automotive & Gear Applications
  • EN 10083-2 Grade C40E Quenched Steel for High-Heat Applications
  • JIS G4804 Grade 10S20 Cold‑Drawn Steel – Properties & Performance
  • JIS G4804 Grade 10SPb20 Cold-Drawn Steel – Technical Overview
  • JIS G3302 SGC570 Cold-Rolled Low‑Carbon Steel – Key Properties & Specs
  • JIS G3302 Grade SGCD1 Cold-Rolled Steel – Technical Specs & Performance
  • JIS G3302 SGCD2 Cold‑Rolled Low‑Carbon Steel – Specifications & Properties
  • EN 1652 Grade CuZn0.5 R360 – Premium Copper Alloy for Industrial Plates, Sheets, Strips & Circles
  • EN 1652 Grade CuZn10 H080 – High-Performance Wrought Copper Alloy
  • EN 1652 CuZn15 Grade H055 – Premium Unhardenable Copper Alloy
  • CuZn15 (CW502L) – High-Strength, Unhardenable Wrought Alloy for Electrical and Jewelry Applications
  • EN 1652 CuZn15 H125 Wrought Copper Alloy – High Strength & Excellent Electrical Conductivity
  • EN 1652 Grade CuZn20 H055: Unhardenable Wrought Alloy for Precision Applications
  • EN 1652 Grade CuZn20 H120 – Premium Copper‑Zinc Alloy for High‑Performance Applications
  • EN 1652 Grade CuZn20 H155 – Premium Unhardenable Copper Alloy for Precision Applications
  • EN 1652 CuZn30 H055 – Premium Unhardenable Copper Alloy for Precision Applications
  • EN 1652 Grade CuZn30 H095 – High-Performance Copper Alloy for Advanced Applications
  • EN 1652 Grade CuZn30 H120 – High-Strength Wrought Copper Alloy
  • EN 1652 CuZn30 (CW505L) Wrought Alloy – High Strength, Excellent Workability
  • EN 1652 CuZn33 (H055) Wrought Alloy – High Strength, Excellent Machinability, and Corrosion Resistance
  • EN 1652 CuZn33 H095 – Superior Copper Alloy for Precision Engineering
  • EN 1652 Grade CuZn33 H125 – Premium Unhardenable Copper Alloy for Precision Applications
  • EN 1652 Grade CuZn33 H155 – High-Strength Wrought Copper Alloy
  • EN 10132-3: 34CrMo4 Alloy Steel – Quenched Grade (Q) for High-Performance Applications
  • EN 1652 CuZn36 H055 – Unhardenable Copper Alloy with Superior Formability & Corrosion Resistance
  • EN 1652 CuZn36 (H095) – High-Performance Wrought Copper Alloy
  • EN 1652 CuZn36 H120 – Premium Copper Alloy for High-Performance Applications
  • EN 10277‑5 Grade 41CrS4: Soft‑Annealed, Cold‑Drawn Steel for Automotive & Machinery
  • EN 10277-5 Grade 51CrV4 Steel – Soft Annealed, Cold Drawn for High-Performance Applications
  • EN 1652 CuNi12Zn24 R550 Alloy – High Strength, Corrosion Resistance, and Superior Machining
  • EN 1652 Grade CuNi12Zn24 R620: High Strength, Corrosion‑Resistant Copper Alloy
  • EN 1652 Grade CuNi18Zn27 R540 – High-Strength, Corrosion-Resistant Copper-Nickel-Zinc Alloy
  • EN 1652 Grade CuNi18Zn27 R600 – High-Strength, Corrosion-Resistant Copper-Nickel-Zinc Alloy
  • EN 1652 Grade CuNi2Si M – High-Performance Copper Alloy for Superior Conductivity and Corrosion Resistance
  • EN 1652 Grade CuNi9Sn2 R450 – High Strength, Corrosion-Resistant Copper Alloy
  • EN 1652 CuNi9Sn2 R500 – Premium High‑Strength, Corrosion‑Resistant Alloy
  • EN 1652 CuNi9Sn2 R560 Alloy – High Strength, Corrosion Resistance, Ideal for Electrical & Thermal Applications
  • EN 1652 Grade CuSn4 R540 – Premium Tin‑Copper Alloy with Superior Formability, Strength, and Corrosion Resistance
  • EN 1652 CuSn4 R610: Premium Tin-Copper Alloy with Superior Formability & Corrosion Resistance
  • EN 1652 Grade CuSn5 R400 – Premium Copper‑Tin Alloy for Precision Springs
  • EN 1652 Grade CuSn5 R490 – Premium Copper‑Tin Alloy for Precision Tubes & Connectors
  • EN 1652 Grade CuSn6 H080 – Premium Tin-Copper Alloy with Enhanced Corrosion Resistance
  • EN 1652 CuSn6 H180 – High‑Strength Tin‑Copper Alloy for Durable Applications
  • EN 1652 Grade CuSn6 R560: Premium Tin-Copper Alloy for Industrial Applications
  • EN 1652 Grade CuSn6 R640 – High-Performance Tin‑Copper Alloy
  • EN 1652 Grade CuSn8 R660 – High-Performance Tin-Copper Alloy for Corrosion-Resistant Applications
  • EN 1652 CuSn8 R740 – Premium Tin-Copper Alloy for Superior Strength & Corrosion Resistance
  • EN 10277-4 Grade 20NiCrMoS2-2: Ferritic-Pearlitic Structure & Turned – High Performance Steel for Automotive & Machinery
  • EN 12163 Cu-DHP H065 – High‑Purity Hydrogen‑Resistant Copper for Advanced Engineering
  • EN 10277‑4 Grade 20NiCrMoS2‑2: Ferritic‑Pearlite Steel with Optimized Hardness and Cold‑Drawn Performance (+FP+C)
  • EN 13148 Cu-DHP H110: High-Quality Hot-Dip Tinned Copper Strip
  • EN 1652 Grade Cu-DLP H090 – Premium Deoxidized Copper Alloy
  • EN 1652 Grade Cu-DLP H110 – Premium Deoxidized Copper for Advanced Applications
  • EN 10095 NiCr20Ti Alloy – Solution Annealed (With AT)
  • EN 10277‑5 25CrMoS4 Soft‑Annealed & Peeled Steel – Premium High‑Strength Performance
  • EN 10095 NiCr22Mo9Nb Soft‑Annealed Alloy (+A) – High‑Temperature Corrosion Resistance
  • EN 10277-5 Grade 25CrMoS4 Soft Annealed & Cold Drawn Steel (+A+C) – Premium High‑Strength, Ductility for Automotive & Machine Use
  • EN 10277-5 Grade 34CrNiMo6 Soft Annealed & Peeled Steel – High‑Load, High‑Temperature Performance
  • EN 10095 NiCr23Fe Alloy – Solution Annealed for Superior High‑Temperature Oxidation Resistance
  • EN 1652 Grade Cu-OF H065 – High-Performance Oxygen-Free Copper Alloy
  • EN 10277-5 Grade 34CrNiMo6: Soft Annealed & Cold Drawn Steel for High-Performance Applications
  • EN 1652 Cu-OF H090 – High-Performance Copper-Free Alloy with Superior Conductivity
  • EN 10277-5 Grade 34CrS4: Soft Annealed & Peeled Steel for Vehicle & Engine Applications
  • EN 1652 CuAl8Fe3 H110: High-Strength CW303G Alloy for Advanced Applications
  • EN 1652 CuAl8Fe3 R480 – High‑Strength Wrought Copper Alloy
  • EN 10277-5 Grade 34CrS4: Soft-Annealed & Cold-Drawn Steel for Automotive & Industrial Applications
  • EN 10277-5 Grade 41CrS4 Soft Annealed & Peeled Steel for Automotive & Machinery Parts
  • EN 10277-2 Grade E295GC – Rolled, Turned, Heat-Treated Steel for High-Strength Applications
  • EN 10277-2 E335GC Steel – Rolled, Turned, and Surface Hardened for High-Performance Applications
  • EN 10277-3 Grade 35SPb20 – Rolled & Turned Steel with Hardening + SH
  • Grade 38SMn28 Steel (EN 10277-3): Rolled & Turned – High-Strength, Shaded Hardening Option
  • EN 10277-3 Grade 38SMnPb28: Premium Rolled & Turned Steel with Surface Hardening
  • EN 10277‑3 Grade 46SPb20 Rolled & Turned Steel (+SH) – High Strength, Low Ductility
  • EN 10089 55Cr3 Soft-Annealed Steel – High-Performance Springs
  • EN 10277-4 Grade 16MnCrS5: Soft-Annealed & Peeled Steel for High-Strength Vehicle & Machine Parts
  • EN 10277-4 Grade 16MnCrS5: Soft Annealed & Cold Drawn Steel for High-Strength Applications
  • EN 10277-4 Grade 16MnCrS5 Steel – Ferritic-Pearlitic Structure, Turned (+FP+SH) for High-Performance Applications
  • EN 10277-4 Grade 16MnCrS5: Optimized Ferritic‑Pearlite Structure, Hardness Range, and Cold‑Drawn Performance
  • EN 1562 GJMW-360-12 – Decarburized Annealed White Malleable Cast Iron for Valve Casings & Industrial Applications
  • EN 1562 Grade GJMW-400-5 Decarburized Annealed Cast Iron – High Performance for Industrial Applications
  • EN 10089 60Cr3 Quenched & Tempered Steel – Ideal for Springs & Mechanical Applications
  • EN‑1562 Grade GJMW‑450‑7 Decarburized Annealed White Malleable Cast Iron – Ideal for Clutch Components & Differential Cases
  • EN 10089 Grade 60CrMo3-1 Quenched & Tempered Steel – High-Performance Spring Material
  • EN 10089 Grade 60CrMo3-2: Quenched & Tempered (QT) Steel for High-Performance Vehicle Springs
  • EN 10089 Grade 60CrMo3-3 Quenched & Tempered Steel for High‑Performance Springs
  • EN 10277-4 Grade 20NiCrMoS2-2: Soft‑Annealed & Peeled Steel for Automotive & Machinery Applications
  • EN 10277‑4 Grade 20NiCrMoS₂‑2 – Soft Annealed & Cold Drawn Steel (+A+C)
  • EN 12449 Grade CuZn38Pb2 H105 Copper Alloy Tubes – High-Quality, Seamless Round Tubes
  • EN 10269 42CrMo4 Steel – Annealed for Spheroidized Carbides (+AC)
  • EN 12166 Grade CuBe2Pb H350 – High-Performance Copper-Beryllium Alloy for Springs & Fasteners
  • EN 10269 NiCr15Fe7TiAl: Heat-Treated & Precipitation-Hardened Grade for High-Temperature Applications
  • EN 10269 NiCr20TiAl: Solution Heat‑Treated & Precipitation Hardened for High‑Temperature Aerospace Applications
  • EN 10269 X10CrNiMoMnNbVB15‑10‑1: Heat‑Treatable, Warm‑Worked Austenitic Stainless Steel for High‑Temperature Applications
  • EN 12167 Grade CuZn39Pb2 H105 – Lead‑Alloy Brass for Superior Machinability and Corrosion Resistance
  • EN 10269 X19CrMoNbVN11-1 Soft-Annealed Steel – High‑Temperature Resistance up to 580 °C
  • EN 12167: R460 Grade CuZn39Pb2 Brass – Properties & Applications
  • EN 10269 X2CrNi18-9 Stainless Steel – Solution Annealed with Post-Annealing Treatment
  • EN 10269 X2CrNi18-9 Strain-Hardened Stainless Steel (C700) – High-Performance Corrosion Resistance
  • EN 12166 Grade CuCo1Ni1Be R680 – Premium Copper Alloy Wire & Springs
  • EN 12167 Grade CuZn40 (R440) – High-Performance Copper Alloy
  • Premium Soft-Annealed X12Cr13 Steel – EN 10272 for Pressure Vessels
  • EN 10273 13CrMo4-5 Quenched & Tempered Steel – High-Temperature Performance
  • EN 12166 CuNi1Si R590: High-Strength Copper Alloy for Wire, Springs & Fasteners
  • EN 12451 Grade Cu-DHP H075 – Premium Copper Tubing for Heat Exchangers & Desalination
  • EN 12451 Cu-DHP H100 Seamless Tubing for High-Performance Heat Exchangers
  • EN 12451 Grade CuAl5As O60: High-Strength, Corrosion-Resistant Wrought Alloy
  • EN 10273 Grade P460NH – High-Temperature Normalized Steel for Pressure Vessel Applications
  • EN 12164 Grade CuZn39Pb3 R550 – High-Strength, Lead-Enhanced Brass Alloy
  • EN 12164 CuZn40Mn1Pb1AlFeSn R450 Brass – High Strength, Low Lead, Ideal for Forged Parts
  • EN 12167 CuCo1Ni1Be R680 – Premium Copper Alloy for Advanced Applications
  • ISO 683-4 Grade 35SPb20 Untreated – High‑Strength Free‑Cutting Steel for Automotive and Machinery Parts
  • EN 12164 Grade CuZn40Pb2 R550 – Unhardenable Wrought Alloy with Enhanced Machinability
  • ISO 683-4 Grade 38SMn28 Untreated Steel – Ideal for High‑Strength Turned Parts
  • ISO 683-4 Grade 38SMnPb28 Untreated: High-Machinability Quenchable Steel for Precision Turned Parts
  • EN 10087 Grade 46SPb20 – Untreated Free‑Cutting Steel for Automotive & Machine Engineering
  • X12Cr13 Soft Annealed Steel (EN 10250-4): Key Properties & Industrial Uses
  • EN 10250-4 Grade X17CrNi16-2 Soft-Annealed Steel (+A) – Premium Corrosion Resistance & Wear Performance
  • EN 12167 Grade CuNi1Si R440 – High-Performance Low-Alloy Copper Alloy
  • EN 10250‑4 Grade X20Cr13 Soft Annealed Steel – High Strength, Corrosion‑Resistant Performance
  • EN 12167 Grade CuNi2Be R680 – Premium Low‑Alloy Copper Alloy with High Strength & Thermal Conductivity
  • EN 10250-4 Grade X30Cr13 Soft Annealed: Premium Corrosion-Resistant Alloy for Precision Applications
  • EN 10250‑4 Grade X3CrNiMo13‑4 Soft‑Annealed (+A) – Premium Corrosion‑Resistant Steel
  • EN 10250-4 Grade X4CrNiMo16-5-1 Soft Annealed Stainless Steel (+A) – High Corrosion Resistance & Low‑Temperature Performance
  • EN 12167 Grade CuZn35Ni3Mn2AlPb – Unhardenable Copper Alloy with Enhanced Strength & Corrosion Resistance
  • EN 10250-4 X6CrAl13 Soft Annealed (+A) – Superior Alloy for Petroleum & Power Plant Applications
  • EN 10269 Grade 25CrMo4 Annealed for Spheroidized Carbides (+AC) – High Strength & Toughness
  • EN 12166 Grade Cu-DHP R400 – High-Purity Deoxidized Copper with Superior Strength
  • EN 12166 Grade CuZn38Pb2 H070 – High-Quality Copper Alloy Hollow Rod
  • EN 10083-1 Grade C30E Steel – Cold Shear Treatment (+S)
  • EN 12164 Grade CuPb1P R360 – High Conductivity, Low Alloy Copper for Precision Applications
  • EN 10083-1 Grade C30R Steel – Cold‑Sheared (+S) for Automotive & Machine Engineering
  • EN 10222-3 Grade X8Ni9: Normalized & Tempered Nickel-Steel for Cryogenic Applications
  • EN 12166 CuZn39Pb2 H130 – Premium Copper Alloy Wire for General Use
  • EN 10222-4 P420QH Quenched & Tempered Steel – High-Strength, Weldable, Ideal for Pressure Vessels
  • DIN 17200 Grade 28CrS4: Cold‑Sheared Steel for High‑Load Automotive Parts (+S)
  • EN 12166 Grade CuZn39Pb3 (H135) – Leaded Brass Alloy Specifications
  • EN 12166 Copper Alloy Grade CuZn39Pb3 H115 – Key Properties & Applications
  • EN 12164 R570: CuZn37Mn3Al2PbSi Copper Alloy – High Strength, Corrosion Resistance
  • EN 12164 Grade CuZn37Mn3Al2PbSi R620 – High-Performance Unhardenable Copper Alloy
  • EN 12167 Grade CuZn40Pb2 H130 – Lead‑Enhanced Copper Alloy for Superior Machinability
  • EN 12167 Grade CuZn40Pb2 R480: Lead-Enhanced Copper Alloy with Superior Machinability
  • EN 12166 Grade CuZn40Pb2 H135 – Unhardenable Wrought Alloy with Enhanced Machinability
  • EN 12167 Grade Cu-DHP H085: Premium Phosphoric-Grade Pure Copper
  • EN 10083-2 Grade C30 Steel – Cold‑Sheared & Surface‑Treated for Automotive & Industrial Use
  • EN 10083-2 Grade C35 Soft Annealed Steel – High Strength, Low Ductility for Automotive & Machinery Applications
  • EN 10083-2 Grade C40 Soft-Annealed Steel – Ideal for Automotive & Heavy Machinery
  • EN 12164 CuZn39Pb2 (R550) – High-Performance Leaded Brass Alloy
  • ISO 683-2 Grade 36CrNiMo4 Soft-Annealed Steel (+A) – High-Performance Alloy for Heavy-Duty Applications
  • DIN 17200 Grade 25CrMo4 Cold‑Sheared (+S) Steel – High Strength & Ductility for Automotive & Machinery
  • DIN 17200 Grade 37Cr4 Steel – Cold‑Sheared, High‑Performance for Vehicle and Engine Components
  • EN 12166 Grade CuZn37 H04 – Premium Copper Alloy for Cold Forming & Corrosion Resistance
  • DIN 17200 Grade 37CrS4 – Cold Sheared & Heat‑Treated for Superior Performance
  • DIN 17200 Grade 38Cr2 Steel – Cold‑Sheared, Superior Strength & Durability


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