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Wire, rod made of titanium gost VT3-1

Pipe, sheet (plate)

Equivalent

Grade analogue W. Nr. Aisi Uns En Order
VT3−1 Buy from stock, view availability

General characteristics

Titanium alloys are classified by crystalline grating configuration: in the form of hexahedron — α- grid, in the form of cube — β, mixed state — α+β. Titanium gost VT3−1 relates to alpha-beta alloys. They contain such alloying elements as aluminium (6,3%), copper (1,5%), molybdenum (2,5%), silicon (0,3%), iron (0,5%). Aluminium is the main alloying element of almost all grades of titanium alloys. It is relatively cheap, easily accessible; its density is less than titanium density. That is why strength-to-density ratio of material increases without loss of plasticity. When aluminium is increased, module of elasticity and heat-resistance are increased too. Propensity to hydrogen embrittlement is decreased in this case. Molybdenum additives foster increasing of corrosive, chemical, heat resistance. They also mitigate a forming of alpha-phase at thermohardening. Forming of alpha-phase without neutral reinforcing agent and α-stabilizers is decreased at a huge scope of β-stabilizers.

Titanium gost VT3−1 Heat treatment Wall thickness Strength (MPa) KCU J/cm³ Plasticity δ%
Bar Annealing 10 — 60 1000 — 1200 more than 30 more than 10%
Bar Annealing 65 — 100 1000 — 1200 more than 30 more than 10%
Bar   101−130 950 — 1200 more than 30 more than 8%
Forged bars Annealing 101−250 950 — 1200 more than 30 more than 8%
Bar Isothermal annealing   1080 — 1130 --- 12 — 15
Bar Thermohardening-age-hardening   1270 --- 8 — 11
Bar Annealing up to 25 mm 980 — 1230 more than 30 more than 10%
Bar   14x14 mm 1053 — 2027 47.3 — 62.0 14 — 16.54
Bar Isothermal annealing 14x14 mm 1020 — 1160 30 — 40 14 — 20
Bar   5 — 10 1050 45 14
Bar   25 1030 — 1176 34 15
Bar   30 1058 — 1176 34 — 44 12 — 15
Bar   50 980 — 1030 41 — 51 14 — 18
Bar Thermohardening 850 °C — age-hardening 25 1274 30 10
Bar Thermohardening 870 °C — age-hardening 1323 — 1373 20 — 30 7  
Forged bar Annealing 879 °C — 650°С 35 1093 42 18.5
Pressed in isothermal conditions Annealing 870 °C — 650°С 17 1152 42 16.8
Pressed bar Thermohardening 870°C 15 1075 — 1175 --- 12 — 13
Pressed bar Thermohardening 870 °C + 500 °C 5 h.   1270 — 1282 --- 8 — 11
Pressed bar HTMT 500 °C 5 h.   1390 — 1460 --- 6 — 9
Rolled bars Isothermal annealing 15 1166 --- 16.5
Rolled bars Double annealing   1205 --- 14.8
Rolled bars Thermohardening-age-hardening   1352 --- 8.0
Bars with initial coarse-crystalline plate-like structure Annealing 870 °C, 1 h and 650 °C, 2 h 15 1058 --- 8.0
Bars with initial coarse-crystalline plate-like structure Annealing 870 °C, 1 h and 650 °C, 2 h   1009 --- 15

Manufacture of titanium wire, rod, bar complies with GOST 27 265−87., Black spots, places of non-pickling must not be present on a surface. Color of products must be clear and clean, without tarnish tint. A distortion that is formed at annealing is not a flaw.

Advantages

Wire, rod, bar of titanium gost VT3−1 have high corrosive, chemical, heat resistance, inconspicuous thermal linear coefficient of expansion, softness, plasticity. Fatigue resistance directly depends on outdoor environment. Titanium alloys in vacuum possess higher enduring quality than in aerial environment. Surface quality exerts a huge influence on a turn-around enduring quality of material. There are implied its macro- and micrometric pimples, roughness, structural physical and mechanical stability of cases that depend on machining conditions. Gentle finishing mechanical treatment, metal removing (up to 0.1 mm), and further hand polishing to 8−9 grade of roughness with a help of cuprum coated abrasives exert an influence on fatigue range.

Physical characteristics of titanium gost VT3−1

Description Identification
Temperature at which are obtained actual characteristics: 20°С
Lineal expansion coefficient α x 106 at 100 °C [1/ °С] 8.5
Density g/cm3;

 4.5
Elasticity module of 1 sort Е [MPa] x 10-5 1.15
Specific heat of the material [J/(kg/deg)] (range of temperature 20°С) 0.502
Short-term strength limitsв [MPa] Bar, GOST 26 492−85 930
Specific electric resistance Оmh-mm2/m 1.36

Demerits

The main demerit is a high ratio of labour to output. Titanium smelts only in an environment of inert gasses or in vacuum as long as a liquid-alloy can actively engage with any atmospheric gasses. Wire, bar, rod of titanium gost VT3−1 are hard to cut. At that, their strength (390−540 MPa) is not the highest.

Application

Wire, bar, rod of titanium gost VT3−1 are used for manufacturing essential details that can withstand extreme conditions of operational use in aircraft, rocket engineering, shipbuilding. Acid and corrosive resistance of material have a fundamental importance in petrochemical, chemical, gas and oil industries. Biological inertness is the most important in agricultural, food industries, medicine.

Buy at a bargain price

A wide range of goods is presented in «Auremo» titanium gost VT3−1 wire, rod supplier. It complies with GOST and International Standards. Buy products for a reasonable titanium gost VT3−1 wire, rod price. Titanium gost VT3−1 wire, rod price for precision alloys is conditioned by technological details of production without including additional expenses. All products are certificated. Products can pass through an additional checking if there is a necessity to do this. We have the shortest terms of supply. Buy titanium gost VT3−1 wire, rod in a moment in titanium gost VT3−1 wire, rod supplier. We are working with experienced managers who are always ready to answer all your questions. If you buy titanium gost VT3−1 wire, rod by wholesale, you will be given special discounts.