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AMS 4951 Grade 12 Titanium Alloy Wire
AMS 4951 Grade 12 titanium alloy wire (UNS R53400) is a premium α titanium alloy formulated with Ti-0.3Mo-0.8Ni composition. Produced in strict accordance with updated AMS 4951 aerospace standards, this alloy welding wire integrates molybdenum and nickel elements to achieve steady mechanical properties and exceptional weldability.
It possesses prominent anti-corrosion capacity and reliable comprehensive performance, perfectly suited for precision welding and structural fabrication work. The material gains extensive application in aerospace, offshore marine, chemical processing and industrial equipment manufacturing fields.Available in fully annealed, descaled and polished finished status, all items pass rigorous batch inspection to satisfy aerospace and industrial usage criteria. Complete MTR documents and full production traceability are provided for each delivery, making it an ideal high-performance welding material for professional engineering projects.
AMS 4954 Aerospace Gr5 Titanium Wire
The aviation grade titanium wire AMS 4928 Ti-6Al-4V (equivalent to UNS R56400,) corresponding with UNSR56400, is an SAE-certified alpha-beta dual-phase titanium alloy wire.It is specially designed for demanding applications in aerospace and high-end precision manufacturing. It is widely used in aerospace with its features such as gives high strength, light weight, and reliable performance, which are the exactly what high-end projects need.
AMS 4956 aerospace Gr23 titanium wire
AMS 4956 Gr23 aerospace titanium wire (Ti-6Al-4V ELI/UNS R56401) is an extra-low-interstitial titanium alloy welding wire conforming to AMS 4956 for aerospace TIG welding. The specification is purpose-built for welding fracture-critical aerospace structures. Tight limits on oxygen (≤0.13%) and iron (≤0.25%) substantially improve weld fracture toughness and cryogenic ductility. Used for welding damage-tolerant airframe structures, cryogenic plumbing, and fracture-critical components. Available from φ0.5 mm to φ4.0 mm, as straight wire or precision layer-wound coil.
AMS 4956 aerospace Gr5 ELI titanium wire
YS/T 1077 Ti-4Al-22V Titanium Alloy Wire, corresponding with UNS R58600, is an aerospace-grade β titanium wire with the nominal composition Ti-4Al-22V. It meets the YST 1077-2015 specification and is classified as a meta-stable β titanium alloy.This kind of titanium wire maintains a single-phase β structure at room temperature. This provides excellent advantages, e.g. super-elasticity, cold work-ability, high strength.With strictly controlled impurities (H ≤ 0.015%, O ≤ 0.20%), this wire is widely used in aerospace fasteners, aircraft springs, precision elastic components, and space mechanisms where elasticity, light weight, and reliability are critical.
AMS 4983 Ti-15V-3Al-3Cr-3Sn Titanium Foil
AMS 4983 Ti-15V-3Al-3Cr-3Sn Titanium Foil is a high-strength near-beta titanium alloy foil designed for advanced aerospace structural applications, manufactured under AMS 4983 aerospace material standards. It is produced through vacuum melting, multi-stage thermo-mechanical processing, precision rolling, and controlled heat treatment to achieve ultra-high strength, excellent hardenability, and stable microstructure. Compared with conventional titanium alloys such as Ti-6Al-4V (Gr5), this material provides significantly higher strength after aging, making it suitable for critical aerospace components requiring maximum load-bearing capability and structural reliability.
ASTM B160 Ni200 Nickel Wire
UNS N02200 is a commercially pure wrought nickel alloy with a minimum nickel content of 99.0%. It meets ASTM B160 and AMS 5550 specifications and is classified as a high-purity nickel alloy.N02200 offers exceptional electrical and thermal conductivity while maintaining good corrosion resistance and ductility. This unique composition provides:
- High purity–Nickel content ≥ 99.0% with strictly controlled impurities.
- Excellent conductivity–Outstanding electrical and thermal performance.
- Good corrosion resistance–Resists caustic alkalis and neutral salts.
ASTM B160 Nickel Rod
Industrial-grade ASTM B160 nickel rod is a nickel-based alloy bar widely used in chemical, energy, marine, and electronic applications. Production processes include hot rolling, hot forging, cold drawing, and bright turning. Hot-worked (R), annealed (M), and cold-worked (Y) states are the supply states.
ASTM B348 Aerospace Gr1 Titanium Bar
ASTM B348 Aerospace Gr1 Titanium Rod is a commercially pure α-phase titanium rod complying with ASTM B348 standard for aerospace and general industrial applications (UNS R50250), representing the highest purity and most formable grade among commercially pure titanium (CP-Ti) materials, widely utilized in aerospace lightweight structures, chemical processing, marine engineering and high-precision component manufacturing.Chemical Composition: Ti as the balance (min. 99.5%), with strictly controlled interstitial and impurity elements (Fe ≤ 0.20%, O ≤ 0.18%, C ≤ 0.08%, N ≤ 0.03%, H ≤ 0.015%). This ultra-pure composition ensures exceptional ductility, superior corrosion resistance, stable mechanical properties and excellent weldability, making it ideal for applications requiring severe forming and long-term environmental durability.
ASTM B348 Aerospace Gr2 Titanium Bar
ASTM B348 Aerospace Gr2 Titanium Rod is a commercially pure α-phase titanium rod complying with ASTM B348 standard for aerospace and general industrial applications (UNS R50400), representing a medium-strength grade among commercially pure titanium (CP-Ti) materials, widely utilized in aerospace lightweight structures, precision components, chemical processing, marine engineering and low-temperature equipment manufacturing.Chemical Composition: Ti as the balance (min. 99.2%), with strictly controlled interstitial and impurity elements (Fe ≤ 0.30%, O ≤ 0.25%, C ≤ 0.08%, N ≤ 0.03%, H ≤ 0.015%). This high-purity composition ensures excellent ductility, reliable corros