Applications of aerospace titanium alloys Ti6242
Titanium alloy is widely used in aerospace is an excellent material, its high strength, corrosion resistance, high temperature and low temperature performance is excellent, the specific strength of titanium is in the first of all metal materials, so titanium alloy materials in the aerospace field has outstanding contributions.
Properties of titanium alloys in the field of aerospace
- Titanium can change its chemical composition by means of alloys
- Improve material properties through hot processing
- Annealing treatment of titanium alloy
- Change the intermolecular structure
Machining requirements for titanium alloys for aerospace
Aerospace titanium alloy processing technology requirements are high, mainly reflected in the chemical composition of titanium alloy, mechanical properties, A-level flaw detection, good fatigue resistance, heat treatment to strengthen titanium alloy and other technical requirements.
Ti6242 titanium AMS4919
Ti6242（Ti6Al2Sn4Zr2Mo) is a titanium alloy, and unlike ordinary titanium alloys, it has excellent mechanical properties, high temperature stability, and creep resistance. Ti6242 is the highest temperature performance of all titanium alloys.For example, titanium alloy aerospace forged ring AMS4928, aerospace ultra-thin titanium plate AMS4911 AMS 4916 AMS 4919 and other aerospace special titanium alloy plate, thickness is only between 0.5-1.2mm, high-performance titanium alloy plate, and A-level flaw detection, excellent mechanical properties, is the most used in titanium alloy products of A kind of aerospace material.
Aerospace titanium alloy main types
Standard: AMS4902, AMS4904, AMS4911, AMS4914, AMS4916, AMS4919
GJB2505A, GJB2744, GJB2921
IS05832-2/3, ASTMF136/F67, GB/T13810, ASTM F1295-11
ASTM B265, GB/T3621
Material: GR1, GR2, GR4, GR5, GR7, GR9, GR12, Ti811, Ti6242, Ti6al4v Eli, BT20, BT25, BT9, BT16, BT17, BT22
