Nickel Cobalt Process

Description

TMF has proprietary technology that is an excellent method for plating Ultra-High strength glassy metals- Nickel Phosphorus - Nickel Cobalt Phosphorus - in a variety of alloys with different and specific properties. The metals are deposited by Electroless deposition with the positive attributes of deposition by electroplating. (Utilizing rectification). This process is a proven Hexavalent Chromium replacement and excellent for many other applications.

Excellent chromium replacement coating!

Commercial Applications:

* Chromium replacement
* Aircraft, Military components
* Compact Discs
* Telescopes
* Hydraulic rods & shafts
* Tubing
* Molds
* Optical, Microscopes
* Automobiles
* Decorative wear and corrosion resistant coatings

Benefits:

* Chrome replacement
* Meets ELV standards
* Coatings are high strength, 52 Rc on Rockwell C scale
* High Hardness
* Great machine ability properties
* Residual stress from tensile to compressive can be controlled
* Process excellent for a variety of nickel alloys, nonmagnetic to highly magnetic

This process can be changed to achieve specific metallurgical properties.

Electro Catalytic Nickel- (ECN-280)

Description of the Proprietary Electrolytic Nickel - Cobalt Process

TMF has proprietary technology that is an excellent method for plating Ultra-High strength glassy metals- Nickel Phosphorus - Nickel Cobalt Phosphorus - in a variety of alloys with different and specific properties. The metals are deposited by Electroless deposition with the positive attributes of deposition by electroplating. (Utilizing rectification). This process is a proven Hexavalent Chromium replacement and excellent for many other applications.

This process can be changed to achieve specific metallurgical properties.