Boron Nitride Products

I. Performance and Advantages

1. Heat StabilityBoron nitride products exhibit excellent thermal shock resistance, maintaining stable performance in high-temperature environments.

2. Corrosion-resistantBoron nitride products exhibit excellent resistance to acidic and alkaline erosion, maintaining their integrity in harsh chemical environments.

3. High hardnessDiamond-like Cubic Boron Nitride (CBN) is a novel ultra-hard material with high-temperature resistance, its hardness is only slightly lower than that of diamond.

4. High heat resistanceBoron nitride can be used at temperatures up to 2800°C in an inert atmosphere, with no distinct melting point, and sublimates at 3000°C under 0.1 MPa and N2 conditions.

5. Electrical insulationBoron nitride products exhibit good electrical insulation properties, with resistivity greater than 10-6 Ω·cm.

6. Low thermal expansion coefficientBoron nitride products feature a low expansion coefficient, maintaining dimensional stability during temperature changes.

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Purpose

1. High-temperature solid lubricantBoron nitride is commonly used as a solid lubricant at high temperatures, as a release agent for metal forming, and as a lubricant for metal wire drawing.

2. Ultra-hard materialsUltra-hard materials processed from boron nitride, suitable for manufacturing high-speed cutting tools and drill bits for geological exploration and oil drilling.

3. Insulating MaterialBoron nitride products are high-temperature-resistant insulating materials, suitable for special electrolytic and resistive materials in high-temperature conditions.

4. Aerospace MaterialsBoron nitride products can be used as thermal shielding materials in aerospace applications, as well as for high-temperature, high-pressure, insulating, and heat-dissipating components.

5. Filling materialBoron nitride is non-toxic, lubricious, and lustrous, and can be used as a filler in lipsticks.

6. Other ApplicationsBoron nitride can also be used in various anti-counterfeiting aluminum coatings for laser applications, hot stamping materials for trademarks, as well as additives for producing ceramic composites, refractory materials, and anti-oxidation additives.

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