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Boron Nitride Coating
Boron Nitride Coating

Boron nitride(BN)coatings are high-temperature lubricants and release agents. They create a non-stick, protective layer on various surfaces like molds and tools,especially in applications involving molten metals, glass, and plastics. They are prized for their thermal stability, chemical inertness, and lubricating properties.


product details

Cersol Boron Nitride Coating 


1. The core advantages of Cersol BN Coating

High-Temperature Lubrication: BN reduces friction and wear at temperatures where conventionallubricants fail.

Non-Wetting/Release Agent: It prevents molten metals, glasses, and slags from sticking to surfaces.

Excellent Thermal Properties: The coating provides high thermal stability and conductivity for heat dissipation.

Chemical Inertness: BN is a protective barrier against corrosion from molten metals and chemicals.


2. Boron nitride coating models

Item

C-BN-C80

C-BN-E10

C-BN-T40

C-BN-F10

C-BN-S7

C-BN-C815

PH

2~3

2~3

2~3

7~8

7~8

7~8

Durable Temperature

1200

1200

1200

1200

1000

1000

Solvent

Pure water

Pure water

Pure water

Pure water

Solvent

Solvent

Lubricity

★★★★

★★★★★★

★★★★

★★★★★

★★★★★

★★★

adhesive force

★★★★★

★★★★★★

★★★★★

★★★★

★★★★★

★★

Spray Method

spray, brush coating

spray, brush coating,

dipcoating

spray, brush coating,

dipcoating

spray, brush coating,

dipcoating

spray, brush coating,

dipcoating

brush coating

Application

Casting lubricant

release agent

Glass release,

Aluminum extrusion

lubrication

High temperature protection for flow cells, crucibles etc.

Titanium alloy forging Dedicated Antioxidant

High temperature protection, lubricating release film, anti-oxidation

Aluminum casting chilled anti-shrinkage

Package

5kg/barrel

5kg/barrel

5kg/barrel

5kg/barrel or 550ml self-sprinkler

5kg/barrel

5ka/barrel

Boron Nitride Coating


3. Application of Boron Nitride Coatings

Boron nitride (BN) coatings are used in applications requiring high thermal stability, lubricity, and non-wetting properties.

Metallurgy and Metal Casting: It serves as a mold release agent and protective coating for crucibles and dies, preventing molten metals from sticking.

High-Temperature Lubricants: Used in high-speed bearings and other moving parts that operate at temperatures where conventional lubricants would fail.

Glass Forming: Applied as a non-stick coating on molds and tools to prevent molten glass from adhering to the surface.

Aerospace Components: Protects critical parts like rocket nozzles and engine components from extreme heat and thermal shock.


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