Titanium alloys are paramagnetic, wear-resistant, durable, have a number of qualities, which play an important role in the technical sector. The use of titanium alloys is very promising in the field of engineering, where important heat resistance, corrosion resistance, combined with a specific strength. This is also true in the aviation, shipbuilding, rocket, railway transport. Some specific structural properties of titanium are of great interest for the food and chemical industries.
|alloy Brand:||Classification:||Industrial use:|
|2B||Titanium wrought alloys||production of ingots, titanium wire, long products, semi-finished products; Instrumentation and aircraft parts, pieces of special equipment.|
The percentage of alloy 2 according to GOST 27 265−87
|≤0.1||≤0.07||≤0.2||12||1.5 — 2.5||94.79 — 97.2||≤0.04||≤0.002||≤0.12||other 0.3|
Note: The basis of the alloy 2 is titanium, the content of about 94.79 — 97.2%.
The mechanical characteristics of the alloy 2 (20 ° C temperature).
|Wire, 27 according to GOST 265−87||16−20||490−635|
The physical characteristics of the alloy 2 B.
|MPa||hail||W / (m · deg)||1 / Grad||J / (kg · °)||Ohm m||kg / m3|
|E 10- 5||T||l||a 10 6||C||R September 10||r|
Marking the physical properties:
|— Temperature data acquisition of the alloy [Castle]||— T|
|— Modulus of elasticity of the 1st kind, [MPa]||— E|
|— Coefficient of linear thermal expansion (at 20 ° C) [1 / deg]||-a|
|— The electrical resistance [ohm · m]||-R|
|— Specific weight [g / cm3]||-r|
|— Thermal conductivity [W / (m · deg)]||-l|
|— Specific heat capacity (at 20 ° C) [J / (kg · deg)]||-C|
Marking the mechanical properties:
|— The limit of proportionality (the yield strength for the residual strain) [MPa]||sT|
|— Short-term strength [MPa]||sre|
|— Reduction [%]||y|
|— Elongation at break [%]||d5|
|— Brinell hardness in [MPa]||HB|
|— Impact strength [kJ / m2]||KCU|
|limited weldability||— Needs to preheating t ° 100−120 ° C with a final heat treatment|
|no limits||— No need for preliminary heating and final heat treatment|
|difficult to weld||— Needs to preheating t ° 200−300 ° C with a final heat treatment|
High-strength titanium alloys are alloyed with aluminum and vanadium, and heat resistance is achieved doped molybdenum and aluminum. Most used titanium alloys containing both molybdenum, aluminum, vanadium. Such alloys have a particularly high strength and corrosion resistance. Aluminum is the principal alloying element, it is also important for the titanium alloys, both iron carbon. The second important component is considered molybdenum.
Presented rolled titanium grade 2 made of high quality titanium… The technical documentation includes data on the chemical composition, limiting the percentage of impurities; mechanical properties of products. We can buy in bulk, any semi-finished products for large-scale productions. We also offer optimal conditions for retail customers. High level of service and efficiency of service are the face of our company.
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In stock company «Elektrovek-steel» always in the presence of titanium alloy products for the best price. It is formed with European rates on non-ferrous metals without the inclusion of the additional costs. We supply certified products of domestic and foreign manufacturers. Cooperation with us gives a number of advantages. Our experts will be happy to provide advice when buying any alloys, the correct choice of which will depend on the performance and durability of the equipment. We will help you determine not only the optimum parameters of the product, but also offer the best price.