English
français
español
português
русский
한국의
हिंदी
العربية
فارسی
Việt Nam
italiano
logo
Opening Hours
Mon - Sat 8.00 - 18.00
Call us
+86-185 1669 6028
Email us
steelsino@steelsino.com
banner
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy for sale
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy for sale
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy for sale
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy
  • Heat Resistant Alloys UNS N06002, Hastelloy X Alloy

Heat Resistant Alloys UNS N06002, Hastelloy X Alloy

  • Grade:
Interested in this Ad? Contact the Seller!
toux Janet Chang

+86-185 1669 6028

Click To Email Seller

  

Share this ad

Pinterest Email LinkedIn Google+ Facebook Twitter Addthis

Specification, Chemical & Mechanical Performance

Heat Resistant Alloys

UNS N06002, 2.4665, comparable to Hastelloy X Alloy

UNS N06002 is a nickel-chromium-iron-molybdenum alloy with outstanding strength and oxidation resistance in temperatures reaching as high as 1200℃. With superior workability and weldability as well, it is excellent for use in gas turbine members as well as various heating furnace parts.

Heat-Resistant-Alloys-UNS-N06002,-Hastelloy-X-Alloy-In-China

Other form we also take in, you can email us the artwork, thanks

Heat-Resistant-Alloys-UNS-N06002,-Hastelloy-X-Alloy-Low-Price

Workability

We recommend using a range of 982 to 1177℃ for hot working N06002. N06002 can also be easily cold worked. Note that a greater force is required to work N06002 than standard austenitic stainless steels. Solution treatment should be applied after working to obtain favorable creep properties.

Weldability

Such techniques as TIG, MIG and shield metal arc welding can be used for N06002 as with standard austenitic stainless steels. Before welding, the weld surface should be cleaned off oxidizing scales as well as oil and dirt.

Heat Treatment

The recommended solution heat treatment temperature is between 1149 and 1177℃, the range stipulated in SAE AMS 5536L. Rapid cooling is required after heat treatment to prevent precipitates.

Applications

Gas turbine heat chambers; afterburner tail pipes and other components; heating furnace fans, rollers, trays, hardware, and other parts

Heat-Resistant-Alloys-UNS-N06002,-Hastelloy-X-Alloy-In-China

Heat-Resistant-Alloys-UNS-N06002,-Hastelloy-X-Alloy-Manufacturer

Heat-Resistant-Alloys-UNS-N06002,-Hastelloy-X-Alloy-High-Efficiency

Heat-Resistant-Alloys-UNS-N06002,-Hastelloy-X-Alloy-Picture

 

 

return