Nickel ceramic coatings of engine components; optimization of surface properties; wear resistant, self-lubricating, alterntaive to traditional technologies that shorten durability or increase friction. Non-engine applications, as well.

Products & Services

• • Nickel
  • Ceramic
  • Coatings
  • Silicon
  • Carbide
  • Niride
  • Hexagonal
• • Boron
  • Electroless
  • Plating
  • Frictionless
  • Self-lubricity
  • Wear-resistance.

Web Result

Nickel Composite Coating

Click on the links for more information on research and development. www.daubert.com www.sae.org Questions? Click here to contact us. Research & Development Our technical partners include Daubert Chemical Co. and Nihon Parkerizing of Japan. Nihon Parkerizing of Japan has the largest central research lab in terms of research and development of surface treatment. We continue to collaborate with ...

http://www.ncccoat.com/research.htm

Nickel Composite Coating

Product Benefits Properties Technology for Aluminum Engines NCC vs. Fe-P Pistons Benefits on Engine Components Our Products NCC Finishes Silicon Carbide Silicon Nitride Hexagonal Boron Nitride Other FinishesElectroless Nickel Black Nickel Bright Nickel Dull Nickel Irdite NCP (click for more information) Product Benefits of Finishes: Dark (Black) Nickel is a bright engineered nickel plating process...

http://www.ncccoat.com/product.htm

Technology for Aluminum...

Product Benefits Properties Technology for Aluminum Engines NCC vs. Fe-P Pistons Benefits on Engine Components Technology For All Aluminum Engines Hypereutectic Al-Si alloys Surface modification for piston & piston rings required Wear and abrasion properties of mating components vs. abrasive properties of high silicon alloys Fine and uniform distribution of primary silicon particles Hypoeutect...

http://www.ncccoat.com/technology.htm

Nickel Ceramic Composite Coating

Why chooseNCC COATING? When it comes to optimizing your designs involving sliding metallic components, NCC COATING is worth a look - give us a call. Development: As engine engineers continue to develop increasingly aggressive engine designs, seeking to meet and exceed self and externally imposed performance goals, the optimization of surface properties on engine components has taken on a new level...

http://www.ncccoat.com/

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