Khoom Description
ASTM B265|ASME SB265|ASTM F67|ISO 5832-2|3, 7025|UNS R50250
Ntshiab titanium Qib 1 yog tus cwj pwm los ntawm kev ua haujlwm zoo heev thiab, vim li ntawd, kev ua kom txias txias zoo heev, uas ua rau cov khoom tsim nyog rau kev sib sib zog nqus nqus. Titanium Qib 1 yog lub npe hu rau nws zoo heev dav dav thiab seawater corrosion kuj thiab muaj siab corrosion kuj nyob rau hauv oxidizing, nruab nrab thiab me ntsis txo cov xov xwm (kev daws teeb meem) nrog rau chlorides.
Titanium qhov qis qis (li ib nrab ntawm cov neeg npib tsib xee-rau-qhov hnyav ua rau nws cov khoom zoo rau ntau cov khoom siv corrosive.
Titanium Qib 1|ASTM B265|ASTM F67 1
Dimensions ntawm 0.30 x 1000 mm txog 4.00 x 1250 mm muaj nyob rau hauv Tshuag
Daim ntawv thov rau Titan Qib 1|ASTM B265|ASTM F67 1
Tshuaj thiab maritime industries, kws tshuaj, kho mob technology.
Yam ntxwv Titanium Qib 1|ASTM B265|ASTM F67 1
Tshuaj muaj pes tsawg leeg - txwv nyob rau hauv % (ASTM B265 tshiab tsab)
|
Ti |
So |
|
Fe |
max. 0, 20 |
|
O |
max. 0,18 |
|
C |
max. 0,08 |
|
N |
max. 0,03 |
|
H |
max. 0,015 |
Lub cev tsis tu ncua thiab thermal zog
|
Qhov ntom |
4,51 g/m² |
|
Melting point |
1670 degree |
|
Beta transus kub |
888 ± 4 degree |
|
Thermal conductivity ntawm 20 degree |
16 W / m degree |
Tej yam khoom siv (ntawm chav tsev kub rau ASTM B265)
|
Yield zog |
min. 138, max. 310 MPa |
|
Tensile zog |
min. 240 MPa |
|
Elongation |
min. 24% |
Cim npe nrov: Tuam Tshoj titanium gr1 daim ntawv, Tuam Tshoj titanium gr1 ntawv lwm tus neeg, hoobkas
