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6Al-4V ELI properties, composition, temperature _ environment _ typical _ round bar

6Al-4V ELI properties, composition, temperature _ environment _ typical _ round bar


Original Title ti6al4v 6Al-4V ELI Performance Composition Temperature 6Al-4V ELI Ti 6Al-4V ELI is a grade of Ti-6Al-4V with a small structural gap which can achieve maximum toughness and is suitable for seawater and low temperature environment This grade of alloy is normally used in the annealed condition Ti-6Al-4V is a good candidate for medical implants The production process comprises annealing at 900-1200 ° F for 1-4 hours and air cooling The process for duplex annealing round bars and forgings is solution annealed at a beta transition temperature of 50-100 °


F air cooled after a minimum of 1 hour then reheated at 1300-1400 ° F air cooled after a minimum of 1 hour Relaxation annealing is suitable after welding Chemical composition ti6al4v eli 6Al-4V ELI Material standard AMS 4907 AMS 4930 AMS 4931 AMS 4956 Werkstoff 37164 Product form 6Al-4V ELI Round Bar 6Al-4V ELI Welded Products Common Trade Names 6-4 ELI Titanium 6-4 ELI Material properties Resistant to body fluid corrosion Suitable for different corrosive environments Resistant to stress corrosion cracking Expand the full text Good strength titanium round bar and toughness over a wide temperature range Resistance to erosion corrosion and corrosion fatigue Effectively resistant to chlorine fluorine hydrogen chloride and hydrogen fluoride Main application Medical and Dental Implants Low temperature environment titanium sheet grade 5 Aviation Chemical treatment Physical properties Density 0160 lb/in3 Melting point 2370-2460 ° F Transition temperature 91790 + 25 ° F Minimum Tensile Properties AMS 4919 Duplex Annealed Mechanical properties of materials Typical Rockwell Hardness C 30-34 Specified Minimum AMS 4931 Round Bars and Forgings Typical Tensile Properties Sheet Typical tensile properties Performance at typical gradient rise temperatures Performance at typical titanium plate gr7 gradient rise temperatures Return to Sohu to see more Responsible Editor yunchtitanium.com

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