钛钢等级一目了然地与ASTM标准规格和等效图
钛合金由主要是钛组成。钛是一种天然存在的强金属。与许多其他材料相比,它具有很强的磨损和撕裂。它用于密封邮票和其他必须持续更长时间的配件,而无需太多磨损。钛合金也含有其他元素。在混合物上存在不同的钛合金等级。印度的钛合金制造商也生产了一些纯钛等级。这些用于特定目的。大约40级钛包括3种不同的商业纯钛等级。这种合金价格也取决于等级和产品。 We offer a competitive pricing for titanium products. The Alloy uses differ with grades and industries. The most used grade of titanium is the grade 5. It has an inclusion of iron, oxygen and 5% vanadium and 4% aluminum. The additions improve the strength and the corrosion resistant properties. But the thermal conductivity is about 60% less than the commercially pure titanium grades. The composition also makes the alloy be more weldable and fabricable. So this is easy to use, cost effective and is widely used in a variety of applications. The applications include biomedical implants, vessels, hubs, forgings, cases, airframes, rings, fasteners, discs and blades. Titanium alloy also is used in aesthetic applications and household items sometimes. The melting point of this material is usually very high. Due to the high melting point at 1678 degree Celsius, all the alloys have a good creep resistance even in high temperatures. These could also be used under cryogenic temperatures as well. The grade 23 is the most commonly used for medical implants. We at Aesteiron produce titanium alloy products in different forms and types such as bars, rods, pipes, fittings, etc.
钛产品yabo登录app
Ti合金价格每公斤
钛合金的类型
- TI 6AL-4V
- TI 6al Eli.
- TI 3al 2.5
- TI 5AL-2.5SN
Ti合金ASTM标准
ASTM出版物
ASTM A 480 |
扁平轧制和耐热钢 - 板材,板材,线圈和条带 |
ASTM E 8. |
金属材料张力测试 |
ASTM E 120. |
Ti和Ti基合金,半导体化学分析 |
ASTM E 290. |
金属材料延性弯曲试验 |
ASTM规格
ASTM-F136-98E1 |
锻造Ti-6铝-4钒ELI(超低空间)合金(UNSR56401)用于外科植入物应用 |
ASTM-F67-00. |
用于外科植入物应用的未合金的TI(UNS R50250 / R50400 / R50550 / R50700) |
ASTM-F1108-97A |
Ti6Al4V合金铸件用于外科植入物(UNS R56406) |
ASTM-F-620-00 |
Alpha Plus Beta Ti合金锻件产品yabo登录app |
ASTM-F1472-99 |
锻造TI-6铝-4合金UNS R56400 |
ASTM-F1341-99 |
未合金化TI线UNS R50250,R50400,R50550,R50700 |
ASTM-F1295-97A |
UNS R56700 TI-6铝-7铌合金 |
ASTM B265-99. |
条带,床单,盘子 |
ASTM-B299-99 |
海绵 |
ASTM-B338-99 |
无缝,焊接管用于热交换器,锅炉,冷凝器 |
ASTM-B348-00. |
酒吧,棒,钢坯 |
ASTM-B363-00 |
无缝和焊接Buttweld管件(未合金化) |
ASTM-B367-93(1998) |
铸造产品yabo登录app |
ASTM-B381-00. |
锻造产品yabo登录app |
ASTM-B861-00. |
无缝管 |
ASTM-B862-99 |
焊接管道 |
ASTM-B863-99A |
电线 |
钛的规范
商业纯钛合金 |
(CP)代码 |
分钟。ksi或屈服强度 |
CP-1 |
(70 ksi) |
CP-2 |
(55 ksi) |
CP-3 |
(40 KSI) |
CP-4 |
(30 ksi) |
α钛合金(A) |
码 |
组成图表 |
A-1 |
5Al-2.5sn. |
A2 |
5Al-2.5sn(Eli) |
A-3 |
6AL-2CB-1TA-0.8MO |
A-4. |
8AL-1MO-1V |
α-Beta钛合金 |
(ab)代码 |
组成图表 |
AB-1 |
6AL-4V. |
AB-2 |
6AL-4V(ELI) |
AB-3 |
6AL-6V-2SN |
AB-4. |
6AL-2SN-4ZR-2MO |
AB-5. |
3.AL-2.5V. |
AB-6. |
8Mn. |
β钛合金(B) |
码 |
组成图表 |
B-1 |
13V-11CR-3AL |
B-2 |
11.5mo-6zr-4.5sn |
B-3 |
3AL-8V-6CR-4MO-4ZR |
B-4. |
8MO-8V-2FE-3AL |
TI合金应用和用途
- 飞机发动机和框架
- 建筑,消费者
- 工业目的
- 医学目的
钛化学成分标准
年级 |
信息 |
5. |
Ti合金(6%铝,4%钒) |
7. |
未合金化Ti加0.12%至0.25%钯,标准氧,中等强度 |
9. |
Ti合金(3%铝,2.5%钒),强度高。主要是航空航天应用 |
11. |
未合金化Ti加0.12%至0.25%钯,低氧/强度 |
12. |
Ti合金(0.3%钼,0.8%镍),强度高 |
13. |
Ti合金(0.5%镍,0.05%钌),低氧气 |
14. |
Ti合金(0.5%镍,0.05%Ruthenium),标准氧气 |
15. |
Ti合金(0.5%镍,0.05%Ruthenium),中氧 |
16. |
贫民窟加上0.04%至0.08%钯,中等强度,标准氧气 |
17. |
未合金化Ti加0.04%至0.08%钯,低氧/强度 |
18. |
Ti合金(3%铝,2.5%钒加0.04%至0.08%钯), |
19. |
Ti合金(3%铝,8%钒,4%锆,6%铬,4%钼) |
20. |
Ti合金(3%铝,8%钒,4%锆,6%铬,4%钼)加0.04%至0.08%钯 |
21. |
Ti合金(15%钼,2.7%铌,3%铝,0.25%硅) |
23. |
Ti合金(4%钒,6%铝,额外的低间隙,ELI) |
24. |
Ti合金(4%钒,6%铝)加0.04%至0.08%钯 |
25. |
Ti合金(4%钒,6%铝)加0.04%至0.08%钯,0.3%至0.8%镍 |
26. |
未合金化Ti加0.08%至0.14%钌,中等强度,标准氧气 |
27. |
未合金化Ti加0.08%至0.14%钌,低氧/强度 |
28. |
Ti合金(2.5%钒,3%铝)加0.08%至0.14%Ruthenium |
29. |
Ti合金0.08%至0.14%钌,(6%铝,4%钒,Eli) |
Ti合金机械强度表
|
最终拉伸强度最小 |
屈服强度最小 |
伸长率 |
年级 |
ksi. |
MPA. |
ksi. |
MPA. |
% |
GR 1 |
35. |
240. |
25. |
170. |
24. |
GR 2 |
50. |
345. |
40 |
275. |
20. |
GR 3. |
65. |
450. |
55. |
380. |
18. |
GR 4. |
80 |
550. |
70 |
485. |
15. |
TI 2%PD(GR.7) |
50. |
345. |
40 |
275. |
20. |
GR 12. |
70 |
483. |
50. |
345. |
18. |
TI-6AL-4V |
130. |
895. |
120. |
830. |
10. |
TI-4AL-4MO-1.5SN |
170. |
1160. |
125. |
850. |
10. |
TI-10-2-3 |
180. |
1250. |
160. |
1100 |
8. |
TI-15-3 |
185. |
1280. |
160. |
1100 |
10. |
TI-6-2-4-2 |
160. |
1100 |
120. |
830. |
10. |
TI-6-2-4-6 |
190 |
1300 |
140. |
970. |
10. |
钛金属的熔点
熔点范围 |
1670 DEG C,3038°F,1943 K. |
沸点范围 |
3287℃,5949°F,3560 k |
密度(g cm-3) |
4.506 |