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Characteristics of the material BT22

Grade : BT22
Classification :Titanium wrought alloy
Application:for obtaining highly loaded parts and structures that operate for a long time at temperatures of 350-400 °C. (power parts of the fuselage, wing, stampings, control system parts, fasteners such as eye bolts); structural class α+β
Foreign analogues:No data
Chemical composition in % of BT22 material

GOST 1-19807 - 91

FeCSiCrMoVNYouAlZrOHImpurities
0.5 - 1.5up to 0.1up to 0.150.5 - 1.54 - 5.54 - 5.5up to 0.0579.4 - 86.34.4 - 5.7up to 0.3up to 0.18up to 0.015other 0.3

Note: Ti is the basis; Ti percentage is approximate.

Mechanical properties at T=20 o C of BT22 material.

AssortmentSizeFor example.σinσTδ5ψKCUThermal processing
-mm-MPaMPa%%kJ/m²-
Rod, GOST 26492-85 1030 6-814-20200-250Annealing
Rod, high quality, GOST 26492-85  1080-1280 7-1017-30250-300Annealing
Rod, high quality, GOST 26492-85  1280 6-716-18180-200Hardening and aging
Hardness BT22 after annealing, Rod HB 10 -1 = 255 - 341 MPa
Physical properties of the material ВТ22.
TE 10-5α 106λρCR 109
HallMPa1/GradW/(m deg)kg/ m3J/(kg deg)Ohm m
20 8.324620 1530
10089.21
2008.210.50.565
3008.411.70.586
4008.613.40.649
5008.814.60.712
60015.9
Designations:
Mechanical properties :

σin - Tensile strength [MPa]

σT - Yield stress [MPa]

δ5 - Specific elongation at fracture [%]

ψ - Reduction of area [%]

KCU - Impact strength [kJ/m²]

HB - Brinell hardness [MPa]

Physical properties :

T - Test temperature [Grade]

E - Young modulus [MPa]

α - Coefficient of linear expansion (20° - T) [1/Grade]

λ - Thermal (heat) condition coefficient [Watt/(m·Grade)]

ρ - Density [kg/m³]

C - Specific heat (range 20° - T) [J/(kg·Grade)]

R - Electrical resistance [Ohm·m]

ВТ22 - Titanium deformable alloy
  • ВТ22 - chemical composition, mechanical, physical and technological properties, density, hardness, application
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