ZYP Coatings, Inc.

Boron Nitride Aerosol Lubricoat

ANTI-STICK: • Molten Al & Mg • Hot-Pressing • Glass Forming • Weld Spatter
HIGH-TEMPERATURE LUBRICATION: • Forging / Extrusion • Superplastic Forming

Prices

White....$41.00 per 13 oz. aerosol can.....

Order New 4 oz. cans

Also available in bulk (paint) form -- suitable for application by brushing or traditional air-spraying
BN-AER-BRUSHABLE (BN) MoreInfo

Gallon $301.00............

These recommendations are believed to be accurate. No guarantee of their accuracy is made and the products are sold without warranty, expressed or implied. Purchasers shall make their own tests to determine suitability of their use.

ZYP Coatings, Inc. produces a superior aerosol version of boron nitride. Boron Nitride is recommended as a high-temperature, anti-stick release agent/lubricant for hot-pressing, glass forming, superplastic forming and melting/casting of nonferrous metals and alloys. Forming a non-wetting, non-reacting layer with molten aluminum, magnesium and their drosses, boron nitride is ideal for forming a barrier layer to protect metal, ceramic, or graphite substrates used for metal transport or casting operations. Boron Nitride is also useful for high electrical resistance, along with good thermal conductivity, as a coating on electrical heating elements. Additionally, as a weld-spatter-release agent, boron nitride is excellent. Thus, with the aerosol version, easy application of uniform, thin layers is now possible. Acetone / Alcohol based carrier assures fast drying.

Use Notes

Surfaces to be sprayed should be cleaned and degreased first. Shake can well before using. Hold can 150 to 300 mm (6 to 12 inches) from surface. Apply a thin, uniform coating, using even movements. Respray as needed. Use in a well-ventilated area. Acetone/Alcohol Based. Consult MSDS before use.

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Boron Nitride Aerosol

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Specifications

Main Constituent.............Boron Nitride >99% purity

Color......white,
may gray on initial heating due to 2% carbon from binder

Use Atmosphere/Limits
Air................................1000 C (1800 F)
Vacuum........................1400 C (2500 F)
Reducing/inert...............1800 C (3200 F)

Safety ratings................H=2, F=4, R=0
Acetone/Alcohol Based