
Tungsten Nickel Iron Alloy Weight Bolt
Product Details:
|
|
Place of Origin: | CHINA |
---|---|
Brand Name: | JINXING |
Certification: | ISO 9001 |
Model Number: | WNiFe - Tungsten Alloy Pins |
Payment & Shipping Terms:
|
|
Minimum Order Quantity: | 10 kg |
Price: | Negotiable |
Packaging Details: | plywood cases |
Delivery Time: | 15-20 days |
Payment Terms: | L/C, T/T, D/P, Western Union |
Supply Ability: | 2000 kg per month |
Detail Information |
|||
Product Name: | Tungsten Alloy Pins | Grade: | 90WNiFe |
---|---|---|---|
Density: | 18.1 G/cc | Purity: | 90%W |
Tensile Strength: | 740-1400 MPa | Elongation: | <10% |
Standards: | ASTM B777-2010 | Applications: | Machined Parts |
Highlight: | Tungsten Heavy Alloy Pins,Tungsten Alloy Pins With Wearing Resistance,90WNiFe Tungsten Alloy Pins |
Product Description
Tungsten Alloy Pins are made of tungsten base (tungsten content is generally 80% - 98%) and a small amount of nickel, iron, copper, cobalt, molybdenum, chromium and other elements. The density of high specific gravity tungsten alloy can reach 15.20 ~ 18.70g/cm3, also known as high specific gravity tungsten alloy or high density alloy material. Because the weight of tungsten alloy is more than twice that of steel.
Tungsten alloy has a series of excellent properties, high specific gravity: General specific gravity 16.5-18.75g/cm3, high strength: tensile strength 700-1000mpa, light absorption strength: 30-40% higher than general lead specific gravity, high thermal conductivity: the mold is 5 times that of steel; Low thermal expansion coefficient: the capacity is only 1 / 2 / 3 of that of steel, and the resistance to conduction, welding and cutting is good.
A common method for making heavy tungsten alloys is to mix the desired tungsten, iron, nickel or copper powders and then cold-press the liquid phase to near full density. During the liquid phase treatment, the base tungsten alloy is melted, and part of the tungsten enters the solution, forming a microstructure of large tungsten particles (20-60 m) dispersed in the base alloy.
Chemical Composition | 90%W | 93%W | 95%W | 97%W | ||||||
State | Sinter | Vacuum | Forge | Sinter | Vacuum | Forge | Sinter | Vacuum | Sinter | Vacuum |
Density (g/cc) |
16.85-17.25 | 17.15-17.85 | 17.75-18.35 | 18.25- 18.85 | ||||||
Hardness (HRC) |
32 Max | 30 Max | 40 Min | 33 Max | 31 Max | 40 Min | 34 Max | 32 Max | 35 Max | 33 Max |
Tensile Strength (Max) | 770 Min | 900 Min | 1400 Max |
770 Min | 910 Min | 1440 Max | 735 Min | 920 Min | 700 Min | 850 Min |
Yield Strength (Mpa) |
620 Min | 620 Min | 1280 Max | 650 Min | 650 Min | 1340 Max | 650 Min | 650 Min | - | - |
Elongation (%) |
5 Min | 15 Min | 5 Min | 5 Min | 12 Min | 3 Min | 3 Min | 12 Min | 2 Min | 6 Min |
Enter Your Message