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Ensinger PEI
Momentive Performance Materials Boron Nitride (BN) Spray
Categories: Ceramic; Nitride; Other Engineering Material; Ceramic/Metallic Coating

Material Notes: BN aerosol spray delivers high purity, extremely fine, BN crystals in a fast drying solvent-base carrier. It produces a smooth coating with even film build that is virtually binderless.

Uses of GE Advanced Ceramics boron nitride water based coatings and aerosol spray:

Release Agents, Lubricants and Protective CoatingsBoron Nitride (BN) remains lubricious and inert even at extremely high temperatures. Coatings made with BN prevent sticking to increase the life of dies/molds, improve product surface finishes, and reduce production times.

Metalforming In molten metal and metalforming applications, BN coatings protect surfaces which come in contact with hot and molten metals. BN inhibits corrosion and chemical attack and provides easier release and longer mold/die life. Applications include: casting, stamping, forging and powder metallurgy.

Glass Making BN's high temperature lubricating properties make it ideal in glass making where it helps minimize surface defects, improve mold/die life and release, and reduce clean-up time. Most glass formulations will not stick to BN.

Plastics/Rubber Producers of injection-molded plastics and elastomers benefit from BN die applications by improved die release and increased production speeds.

Sintering Sintering of metallic and ceramic powders is typically done on graphite plates. A coating of BN can essentially eliminate carbon contamination, reactivity and sticking which can occur at sintering temperatures.

Welding and Brazing BN coatings are also ideal for welding and furnace brazing. They protect surfaces from weld spatter and provide superior stop-off protection. BN coatings also protect MIG/MAG welding nozzles from weld spatter.

Information provided by Momentive Performance Materials, formerly GE Advanced Ceramics.

Vendors:
Available Properties
  • Electrical Resistivity, BN Component
  • Maximum Service Temperature, Air, Oxidizing Environments
  • Maximum Service Temperature, Inert, Inert/Vacuum Use (BN Component)
  
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