Boron Nitride Products
Boron Nitride Products
Insulators for PVD Machines
 

Combat® Boron Nitride for Decorative Protective Coatings

Combat Solid Combat® boron nitride components feature a unique combination of properties that make them an exceptional choice for shields and insulators used in Plasma and cathode-arc applications.

 

Available exclusively from Saint-Gobain Advanced Ceramics, Combat boron nitride components can provide you with all the performance characteristics your applications demand.

 

Decorative Protective Coating

Companies using vacuum coating equipment for PVD have found Combat® boron nitride to be the most effective insulating material for manufacturers of:

  • Tool coatings
  • Metal coating
  • Plastic/decorative coatings
  • Automotive components
  • Jewelry
  • Kitchen/bath fixtures

 

Manufacturing Capabilities

Saint-Gobain Advanced Ceramics' state-of-the-art, ISO 9001 certified facilities are dedicated solely to production of boron nitride materials for customers worldwide. We can respond to your needs quickly wherever you are located. We also have a large inventory of components in stock for PVD applications for fast delivery.

 


»Select from the related links at right for more information on Combat® Boron Nitride Solids and Insulators for PVD.

 

Application Benefits

Excellent thermal conductivityAllowing the dissipation of localized hot spots, prolonging the life of components in the most severe areas
Outstanding thermal shock resistance

 

The combination of thermal conductivity and low thermal expansion combine to provide long life service where severe thermal cycling is common
High purityThe highest purity when needed, AX05 grade contains no binders, which in other BN solid materials, soften at higher temperatures, shortening the life of many components in severe thermal environments
Chemically inertExcellent resistance to most corrosive agents. Further, metals will not wet or adhere to it, permitting easy cleaning of deposited metals
Easily machinedComplex parts can be machined to exacting specifications in virtually