800nm Hexagonal Boron Nitride Powder
Specification:
| Code |
L553 |
| Name |
Boron Nitride Powder |
| Formula |
BN |
| CAS No. |
10043-11-5 |
| Particle Size |
800nm/0.8um |
| Purity |
99% |
| Crystal Type |
Hexagonal |
| Appearance |
White |
| Other size |
100-200nm, 1-2um, 5-6um |
| Package |
1kg/bag or as required |
| Potential applications |
Lubricants, polymer additives, electrolytic and resistive materials, adsorbents, catalysts, wear-resistant materials, ceramics, high thermal conductivity electrical insulating materials, mold release agents, cutting tools, etc. |
Description:
Hexagonal boron nitride particles have good high temperature resistance, oxidation resistance and good neutron radiation shielding performance. Boron nitride also has excellent properties such as piezoelectricity, high thermal conductivity, super hydrophobicity, viscous friction between super high layers, catalysis and biocompatibility.
Main application of hexagonal boron nitride h-BN powders:
1. BN powder as additives to polymers such as plastic resins, to enhance strength, heat resistance, corrosion resistance, radiation resistance and other properties
2. Superfine boron nitride particles can be used for anti-oxidation and anti-water grease.
3. BN ultrafine powder work as atalyst for organics dehydrogenation, synthetic rubber and platinum reforming.
4. Submicro boron nitride particle for heat-sealing desiccant for transistors.
5. BN powder can be used as a solid lubricant and wear-resistant material.
6. BN is used to prepare the mixture and has high temperature resistance, anti-oxidation and anti-scouring properties.
7. BN particles used as a special electrolytic and resistance material, at high temperature
8. BN powders for benzene adsorbent
9. Hexagonal boron nitride powders can be transformed into cubic boron nitride with the participation of catalysts, high temperature and high pressure treatment.
Storage Condition:
Boron Nitride Powder BN Particles should be stored in sealed, avoid light, dry place. Room temperature storage is ok.
SEM:
