Top 20 Best Selling Nickel & Nickel Alloys Metals & Alloys (2019)
Nitinol Super Elastic Wire ASTM F2063 Annealed, Straightened, Cut, Light Oxide Finish gets its name from its elemental composition and the discovery team who first recognized the potential of this powerful alloy (Nickel Titanium Naval Ordinance Laboratory ... more info
The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. ... more info
The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
The 400 nickel round rod has been cold drawn and stress relieved, meets American Society for Testing and Materials International ASTM B164, Federal Specification QQ-N-281D Class A, American Society of Mechanical Engineers ASME SB 164, and NACE Internation ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
This is chromium wire that can be used in many applications in the classroom or lab. It's functional characteristics are the same as nichrome wire. It's makeup is 15% Cr, 4% Al, Balance Fe. Maximum operating temperature is 1150°C. Density is 6.74g/cm^3 Ma ... more info
The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. ... more info
The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. ... more info
The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. ... more info
