 |
 |
|
Electroless Nickel Plating
|
Electroless Nickel is an autocatalytic plating process resulting in a reflective layer of nickel phosphorus. Because E-Nickel is chemically deposited, the coating is uniform in thickness, making post machining unnecessary when dimensions are accurate.
Click here to download a brochure about E-Nickel Plating.
|
|
| Applications |
E-Nickel provides a hard, corrosion, abrasion, and wear resistant surface to protect machine components in many industrial environments.
- Oil and Gas: Valve Components such as balls, gates, plugs and other components in many industrial environments
- Automation Equipment: Wear resistance rollers and sorting equipment
- Automotive: Heat sinks, shock absorbers, gears, cylinder, and break pistons
- Plastics: Molds and dies for injecting and low and blow molding of plastics components, extruders, and machine parts rollers
| Advantages |
- Excellent abrasion and corrosion resistance
- Uniform plating with no edge build up
- Excellent natural surface lubricity
- Ideal for tight tolerance work
| Capabilities |
- Rack and barrel capabilities
- Tank Deminsions: 44.5” FTB x 32” wide x 37.5” deep
- Can apply to aluminum, stainless teel, brass, copper, and steel
- Post bake operation
- Masking capabilities
| Specifications |
- Meets specification requirements AMS 26074 (formerly MIL-C-26074), AMS 2404,
AMS2405, ASTM B-733, and ISO4527
- Can meet most private specs
- Properties Typical Value
Density (Average) 8.3 g/cm3 Phosphorus Content (Typical) 5-7 weight percent Hardness: (As Plated) 600-700 Hk100 (heat treated @ 680F for 1 hour) 850-1000 Hk100 Wear Resistance: (As Plated) 12-18 TWI* (Heat Treated @ 680F for 1 hour) 8-12 TWI* Magnetic Tendency Magnetic
*TWI - "Taber Wear Index" is the weight loss in mg per 1000 cycles against CS10 wheels
|
|
 |
Please wait... |
|
|