Titanium grade 1
Equivalent
| Grade | analogue | W. Nr. | Aisi Uns | En | Order |
|---|---|---|---|---|---|
| VT1-00 | 3.7025 | R50250 | Buy from stock, view availability |
Characteristics of titanium grade 1
| Description | Identification |
| Grade of titanium alloy: | Titanium grade 1 |
| Alloy classification: | Commercial titanium |
| Industrial usage: | Details of complex configuration that operate at low load at a temperature of -253 + 150° C |
Percentage composition of titanium grade 1 according to GOST 19 807 — 91
| Fe | N | O | H | Ti | C | Si | Residual elements |
| ≤0,15 | ≤0,04 | ≤0.1 | ≤0,008 | 99.58 — 99.9 | ≤0.05 | ≤0,08 | ≤0.1 |
Note: a basis of alloy constitutes titanium; its percentage content is hereinbefore noted
Note: allowable aluminium content is up to 0.3%
Mechanical characteristics of titanium grade 1 (temperature is 20°С).
| Range of sizes | F.e. | Size | d5 | sT | sv | KCU | y | Heat treating |
| Annealed sheet (GOST 22 178−76) | 20−30 | 295 | ||||||
| Plate (GOST 23 755−79) | 11 — 150 | 11−14 | 295−490 | 25−28 | ||||
| Annealed bar (GOST 26 492−85) | 20 | 265−295 | 600−1000 | 40−50 | ||||
| Pipes (GOST 24 890−81) | 20 | 294−441 | ||||||
| Bar of a high-quality (GOST 26 492−85) | 24−25 | 265−440 | 600−1200 | 42−55 | Annealing |
Casting-working characteristics of VT1−00 grade:
— Melting point = 1668°С
— Alloy hardness: HB 10 -1 = 116 — 143 MPа
— Working characteristics of VT1−00 grade:
— Weldability: unlimited.
Physical characteristics of VT1−00 grade
| 1/Degree | MPa | Degree | V/(m/degree) | Ohm-m | kg/m3 |
J/(kg/degree) |
| a 10 6 | E 10- 5 | T | l | R 10 9 | r | C |
| 8,2 | 100 | 540 | ||||
| 1,12 | 20 | 18,85 | 4505 |
Analogs of titanium grade 1 grade:
| Japan | Germany | The USA | England | France |
| JIS | DIN, WNr | - | BS | AFNOR |
| Cl1 | 3,7024 3,7025 Ti1 |
ERTi-1 | IMI115 | Ti-P .01 |
Mechanical characteristics
| Description | Identification |
| Short resistance to rupture [MPa] | sv |
| Percent elongation at fracture [ % ] | d5 |
| Impact hardness [ kJ/m2] | KCU |
| A flow limit at permanent change of form (proportional limit) [MPa] | sT |
| Brinell hardness [MPa] | HB |
| Contraction ratio (%) | y |
Physical characteristics
| Description | Identification |
| Temperature at which are obtained actual characteristics °С | 20°С |
| Lineal expansion coefficient αx106 at 100 °C [1/ °С] | 8.4 |
| Density g/cm3; |
4.45 |
| Elasticity module of 1 sort Е [MPa]x10-5 | 1.12 |
| Specific heat of alloy at 100 °C [J (kg-deg)] | 0.540 |
| Heat conduction coefficient, l [V/(M-deg)] | 18.85 |
| Specific electric resistance Оmh-mm2/m | 1.6 |
Weldability
| Identification | Description |
| waldable without limits |
welding is done without further heat treating or heating |
| limitedly weldable | welding is possible at heating to 100−120°С and last heat treating |
| hardly weldable | in order to obtain a qualitative welded joints, it is necessary to perform the following operations: while welding to heat it up to 200−300°C, to do a heat treating (annealing) after welding |
Application
Commercial grade of titanium is used in manufacture of chemical reactors, pumps, holding capacities, pipe arrangements, fittings and other products that opr in aggressive environment (such as chemical mechanical engineering etc.). Titanium is popular in hydrometallurgy of non-ferrous metals. Commercial titanium is intended for covering steel articles. Usage of this metal gives a high engineering-and-economical effect. All these advantages are noticed not only due to increasing of a working life of equipment but also due to an augmentation of process (f.e. in hydrometallurgy of nickel). Possessing a biological safety, titanium is an indispensable material in manufacture of equipment for food industry and for restorative surgery. A strength of this material increases in condition of deep cold. It keeps a perfect plasticity by doing so. This allows using it in cryogenic technique in the capacity of bearing material.
This metal can be easily taken to grit, to colour anodizing, and to other methods of surface finishing. That is why it is also used in manufacture of different art objects. Titanium boride and titanium alloys possess practical importance among all titanium compounds. They are used in energetic nuclear facilities in the capacity of moderators because of high neutron-capture crossing and its refractory quality. Titanium carbide has high hardness. It is used in a composition of instrumental hard alloys that are utilized in a manufacture of cutting tools in the capacity of abraded material. Haloids, silicides, oxides of titanium are used in high-temperature engineering.
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