Alloy В96Ц (1960)
Alloy 01311C
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Alloy 1420 (01420)
Alloy 1424
Alloy 1430
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Alloy 1450
Alloy 1531
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Alloy 1541pc
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Alloy 1577
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Alloy 1985h
Alloy 8011
Alloy 8011A
Alloy 8111
Alloy A1Mg1M1
Alloy ABT101 (1901)
Alloy ABT102 (1903)
Alloy AB (1340)
Alloy AVD1
Alloy AVD1-1
ABE Alloy
Alloy AD1pl
Alloy AD31 (1310)
Alloy AD31E (1310E)
Alloy AD33 (1330)
Alloy AD35 (1350)
Alloy AW
Alloy AZh0.6
Alloy AZh0.8
Alloy AZh1
Alloy AK10 (SvAK10)
AK12D alloy
Alloy AK4 (1140)
Alloy AK4-1 (1141)
Alloy AK4-2 (1143)
Alloy AK5
Alloy AK6 (1360)
Alloy AK6-1
Alloy AK8 (1380)
AKM Alloy
Alloy AKCM
Alloy AM4
Alloy AMg0.5 (1505)
Alloy AMg0,5pc
Alloy AMg0.7
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Alloy AMg1.5
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Alloy AMg2.5
Alloy AMg3 (1530)
Alloy AMg3.5
Alloy AMg3S
Alloy AMg4 (1540)
Alloy AMg4.5
Alloy AMg5 (1550)
Alloy AMg5P (1557)
Alloy AMg6 (1560)
Alloy AMg61 (1561)
Alloy AMg61H (1561H)
Alloy AMg63 (СвАМг63)
Alloy AMg65
Alloy AMSH1
Alloy AMSH2
Alloy AMZ (1400)
Alloy AMTS (1401)
Alloy AMSh1 (AMSh-1)
Alloy APBA-1 (1551)
Alloy ACpl
Alloy B-1341
Alloy B-1461
Alloy B-1469
Alloy B-1963
Alloy B48P
Alloy B65 (1165)
Alloy B91 (1913)
Alloy B92 (1920)
Alloy B93 (B93pch; 1930)
Alloy B94 (1940)
Alloy B95 (1950)
Alloy B95-1
Alloy B95-2
Alloy B95och
Alloy B95P (1957)
Alloy B95pch
Alloy B96C (1960)
Alloy B96C1
Alloy B96C3 (1965-1)
Alloy VD1
Alloy VD17 (1170)
Alloy D1 (1110)
Alloy D12 (1521)
Alloy D16 (1160)
Alloy D16P (1167)
Alloy D18 (1180)
Alloy D19 (1190)
Alloy D19P (1197)
Alloy D19h
Alloy D1P (1117)
Alloy D20 (1200)
Alloy D21 (1210)
Alloy D23 (WAD23; 1230)
Alloy D24 (VAD1; 1191)
Alloy K48-1
Alloy K48-2 (1941)
Alloy K48-2pch (1943)
Alloy K48P
Alloy M40
Alloy MM (1403)
Alloy SAB1
Alloy SAW2
Alloy SAB6
Alloy SAB9
Alloy SIL 1C
Alloy SIL 2S
Designation
| Name | The value |
|---|---|
| Designation GOST Cyrillic | В96Ц |
| Designation GOST Latin | B96Ts |
| Transliteration | V96Ts |
| The chemical elements | В96Zn |
| Name | The value |
|---|---|
| Designation GOST Cyrillic | 1960 |
| Designation GOST Latin | 1960 |
| Transliteration | 1960 |
| The chemical elements | 1960 |
Description
Alloy В96Ц used: for the manufacture of loaded power details and designs; to the end parts of centrifuges designed to produce enriched uranium 235, in the form of hot-pressed pipes and forgings and extruded products for the rocket bodies and screw pumps; profiles with cross-sectional area of 200 cm2 and a diameter of circumcircle up to 350mm suitable for use in the aviation industry and special machine building industries.
Note
One of the most durable aluminium alloys.
Standards
| Name | Code | Standards |
|---|---|---|
| Sectional and shaped rolling | В52 | GOST 13616-97, GOST 13617-97, GOST 13618-97, GOST 13619-97, GOST 13620-90, GOST 13621-90, GOST 13622-91, GOST 13623-90, GOST 13624-90, GOST 13737-90, GOST 13738-91, GOST 17575-90, GOST 17576-97, GOST Р 50066-92, GOST Р 50067-92, GOST Р 50077-92, OST 1 92093-83, OST 1 92069-77, OST 1 90113-86 |
| Non-ferrous metals, including rare metals, and their alloys | В51 | OST 1 90048-90, OST 1 90026-80, TU 1-804-106-2012 |
| Metal forming. Forgings | В03 | OST 1 90073-85 |
| Bars | В55 | OST 1 90395-91, TU 1-4-31-88 |
| Sheets and stripes | В53 | TU 1-804-088-2012 |
Chemical composition
| Standard | Mn | Cr | Si | Fe | Cu | Al | B | Ti | Zn | Zr | Mg | Be |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| OST 1 90026-80 | ≤0.1 | ≤0.05 | ≤0.1 | ≤0.15 | 2-2.6 | The rest | - | - | 8-9 | 0.1-0.2 | 2.3-3 | - |
| TU 1-804-106-2012 | ≤0.1 | ≤0.05 | ≤0.2 | ≤0.3 | 2-2.6 | The rest | ≤0.005 | ≤0.05 | 8-9 | 0.1-0.2 | 2.3-3 | ≤0.002 |
| OST 1 90048-90 | ≤0.1 | ≤0.05 | ≤0.3 | ≤0.4 | 2-2.6 | The rest | - | ≤0.03 | 8-9 | 0.1-0.2 | 2.3-3 | - |
| TU 1-804-088-2012 | ≤0.1 | ≤0.05 | ≤0.2 | ≤0.3 | 2-2.6 | The rest | - | ≤0.03 | 8-9 | 0.1-0.2 | 2.3-3 | ≤0.002 |
Al is the base.
According to OST 1 90026-80 the chemical composition is given for an alloy of high purity В96Цпч (1960пч). The total content of other impurities is ≤ 0.10%. The content of each other impurity is ≤ 0.050%.
According to the OST 1 90048-90 the chemical composition is given for the alloy B96C (1960). Mass fraction of each other impurity (not regulated) ≤ 0.05%, total mass fraction of other impurities ≤ 0.10%.
According to TU 1-804-106-2012 the chemical composition is given for the alloy B96C (1960). The total mass fraction of other impurities is ≤ 0.10%. The content of beryllium and boron is not determined, but guaranteed by calculation.
According to TU 1-804-088-2012 the chemical composition is given for the alloy B96C (1960). The total mass fraction of other impurities is ≤ 0.10%. The content of beryllium is not determined, but guaranteed by calculation.
According to OST 1 90026-80 the chemical composition is given for an alloy of high purity В96Цпч (1960пч). The total content of other impurities is ≤ 0.10%. The content of each other impurity is ≤ 0.050%.
According to the OST 1 90048-90 the chemical composition is given for the alloy B96C (1960). Mass fraction of each other impurity (not regulated) ≤ 0.05%, total mass fraction of other impurities ≤ 0.10%.
According to TU 1-804-106-2012 the chemical composition is given for the alloy B96C (1960). The total mass fraction of other impurities is ≤ 0.10%. The content of beryllium and boron is not determined, but guaranteed by calculation.
According to TU 1-804-088-2012 the chemical composition is given for the alloy B96C (1960). The total mass fraction of other impurities is ≤ 0.10%. The content of beryllium is not determined, but guaranteed by calculation.
Mechanical characteristics
| Section, mm | sT|s0,2, MPa | σB, MPa | d5, % | Brinell hardness number, MPa |
|---|---|---|---|---|
| Forgings supplied | ||||
| - | ≥550 | ≥600 | ≥4 | ≥170 |
| Forgings for OST 1 90073-85. Mode T3: Quenching + artificial aging | ||||
| ≤75 | 410-500 | 480-560 | ≥4 | ≥140 |
| 75-100 | 400-490 | 470-550 | ≥3 | ≥140 |
| ≤75 | 420-510 | 490-580 | ≥7 | ≥140 |
| 75-100 | 410-500 | 480-570 | ≥7 | ≥140 |
| ≤75 | 410-500 | 480-560 | ≥5 | ≥140 |
| 75-100 | 400-490 | 470-550 | ≥4 | ≥140 |
| ≤75 | 420-510 | 490-580 | ≥7 | ≥140 |
| 75-100 | 410-500 | 480-570 | ≥7 | ≥140 |
| Forgings-sections up to 80 mm OST 1 90073-85. Mode T1: Quenching + artificial aging (indicated by the direction of samples) | ||||
| - | ≥540 | ≥2 | ≥170 | |
| ≥540 | ≥590 | ≥4 | ≥170 | |
| ≥490 | ≥550 | ≥3 | ≥170 | |
| ≥570 | ≥620 | ≥5 | ≥170 | |
| Extruded normal strength with the cross-sectional area 200 cm2 and a diameter of the circumscribed circle of up to 350 mm. (sample longitudinal cross-section shows the thickness of the shelf). Quenching + artificial aging | ||||
| ≥540 | ≥590 | ≥4 | - | |
| Extruded high tensile strength with the cross-sectional area 200 cm2 and a diameter of the circumscribed circle of up to 350 mm. (sample longitudinal cross-section shows the thickness of the shelf). Quenching + artificial aging | ||||
| ≤5 | ≥470 | ≥530 | ≥6 | - |
| 10-75 | ≥490 | ≥570 | ≥6 | - |
| 5-10 | ≥480 | ≥550 | ≥6 | - |
| Tubes extruded in the delivered state on the other 1-804-088-2012. Quenching + artificial aging | ||||
| ≥607.6 | - | ≥3 | - | |
| Forming in the state of delivery on the other 1-804-106-2012. Quenching + Artificial aging | ||||
| ≥627 | - | ≥3 | - | |
Description mechanical marks
| Name | Description |
|---|---|
| Section | Section |
| sT|s0,2 | Yield strength or limit of proportionality with a tolerance for residual deformation of 0.2% |
| σB | Limit short-term strength |
| d5 | Elongation after rupture |
Technological properties
| Name | The value |
|---|---|
| Macrostructure and contamination | Control of the macrostructure of the forgings on the other 1-804-106-2012 is in diametrical section on the four stampings from the party-termosumki Macrostructure of the forgings shall conform to poliatlonu agreed with FSUE "VIAM" and "NCC". Control of macrostructure of extruded pipe on the other 1-804-088-2012 on the manufacturer is not possible. |
| Microstructure | Control of the microstructure of forgings on the other 1-804-106-2012 is made on the same stamping from the party-termosumki. Method for the determination of burnout according to GOST 27637. Control of the microstructure of extruded pipe on the other 1-804-088-2012 perereca produced according to the GOST 27637 on the samples selected from the output end of each pipe, after quenching or after quenching and artificial aging. |
| Features of heat treatment | Re-heat treatment of forgings on the other 1-804-106-2012 and extruded pipe on the other 1-804-088-2012 is allowed only once. |
