High Temperature Solid Lubricant Nano Hexagonal BN Boron Nitride Powder

                        High Temperature Solid Lubricant Nano Hexagonal BN Boron Nitride Powder

Spec for nano boron nitride powder:

1. particle size: 100-200nm, 0.8um  1um,5um

2. purity: 99.8%

3. hexagonal

4. white powder

5. high thermal conductive

The application for nano boron nitride powder:

1. BN is a soft, white, smooth powder with unique properties, with more than stone, molybdenum disulfide and inorganic solid lubricant higher performance of other frequently used. Because of its excellent adhesion and thermal stability, boron nitride in the traditional solid lubricant failure or cannot meet performance requirement to provide lubrication

2. Hexagonal boron nitride powder has the same performance with molybdenum disulfide, graphite, Include crystalline structure, low shear, a solid lubricating film, abrasive resistance, thermal stability. In many cases, the performance of HBN is better than the conventional solid lubricant, particularly adhesion and thermal stability.

3. BN has many applications. Including HBN filler used for bearings, sleeves, rings, seals, and other slide assembly. Dispersants and petroleum grease, metal processing, casting, forging, drawing many metal-containing HBN coatings. By plating and epoxy thermal spray coatings and the use of BN coatings are used as a compressor seals and engine components. BN powder can improve the abrasion resistance of the metal and ceramic compounds.

4. BN powder is a water-based dispersing agent is used for lubricating dispersant. Was confirmed in a wide range of high and low temperatures and has good lubricating properties of the separation, as the suspension, it would not pollute the workshop.

5. Mechanical parts production has been used plating HBN method to form tiny particles themselves lubrication, wear, cermet coating metal surfaces.

6. BN in many solid polymer as a lubricant additive, the main advantages include BN color (white), resistive, high thermal conductivity, chemical inertness, thermal stability and high temperature oxidation resistance associated.