Products

 
 

Product range characteristics

Seamless tubes of aerospace application
Name,
application
Number
of normative
documentation
Alloy
grades
Range Notes
diameter, mm wall, mm length, m
Seamless titanium tubes, annealed AMS 4942 Grade 2 6,0-38,1 0,41-2,21 1,0-6,0  
Seamless, hydraulic tubes from 3,0 Al-2,5V titanium alloy, annealed AMS 4943 3,0 Al-2,5V 6,0-38,1 0,41-2,21 1,0-6,0  
Tubes from titanium alloys, seamless, hydraulic 3,0 Al-2,5V, cold-worked, stress-relieved AMS 4944 3,0 Al-2,5V 6,0-38,1 0,41-2,21 1,0-6,0  
Tubes from 3,0 Al-2,5V titanium alloy, seamless, hydraulic, with controlled compressive strain factor, cold-worked, with stress relieving AMS 4945 3,0 Al-2,5V 6,0-38,1 0,41-2,21 1,0-6,0  
 
Seamless tubes of industrial application
Name,
application
Number
of normative
documentation
Alloy
grades
Range Notes
diameter, mm wall, mm length, m
Seamless tubes for condensers and heat exchangers according to standard specification ASTM B 338
ASME SB 338
Grade 1
Grade 2
Grade 3
Grade 9
4,5-88,9 0,5-3,05 1,5-18,0  
Seamless tubes according to standard specification ASTM B 861
ASME SB 861
Grade 1
Grade 2
Grade 3
Grade 9
10,29-114,3 1,65-8,56 1,5-18,0  
Round seamless tubes from titanium alloys DIN 17861 Ti1
Ti2
Ti3
Ti3Al2.5V
6,0-114,3 0,7-8,0 1,5-18,0  
Seamless, cold-worked tubes from titanium-base alloys GOST 22897-86 PT-1M
PT-7M
VT1-0
5,8-130,0 0,5-9,0 0,8-8,0  
Seamless, hot-rolled tubes from titanium-base alloys GOST 21945-76 VT1-0
PT-1M
PT-7M
83,0-325,0 6,0-30,0 1,5-7,0  
Seamless cold-worked tubes from titanium-base alloy for bicycle frames TU-U 322-8-41-97 PT-3V 16,0-29,3 0,85-1,0 1,0-7,0 Round tubes
16,0-25,0 1,0 0,38-0,42 Tapered tubes
14,0×30,0-32,0×55,0 0,85-1,0 0,5-4,0 Drop-shaped tubes
Tubes from titanium alloys OST1-90050-72 OT4-0
VT1-0
VT1-00
6,0-62,0 1,0-4,0 0,5-4,0  
OT4-1
OT4
22,0-62,0
Tubes from titanium alloys of premium quality OST1-90065-72 VT1-00
VT1-0
OT4-0
8,0-30,0 0,5-2,0 0,5-4,0  

We can produce tubes according to other regulatory documents, which are not included in the list of basic GOSTs, ASTM and Technical Specifications, provided that their production is feasible in terms of equipment capability and existent technology.

 
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