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7440-31-5
Sn
5000NPD
>99.0%
50nm
231-141-8
Class 4.1
UN 3264
PG III
Color: Black
Form: Spherical
BET: 45.3 (m2/g)
Bulk Density: 0.42 (g/cm3)
Nano tin powder is prepared by gas phase method with variable current laser ion beam. It has high industrial yield, high purity, uniform particle size, good pellet shape, good dispersion, high oxidation temperature and good sintering shrinkage.
Metal nano lubrication additive: add 0.1~0.5% nano tin powder to lubricating oil and grease, make the surface of friction pair form self-lubrication and self-repair film in the friction process, reduce the anti-wear and anti-friction performance of friction pair.
Activated sintering additive: nano tin powder can greatly reduce the sintering temperature of powder metallurgy products and high temperature ceramic products in powder metallurgy.
Conductive coating treatment of metal and non-metal surface: coating under the condition of no oxygen, below the melting point of the powder, this technology can be used in the production of micro-electronic devices.
Color: Black
Form: Spherical
BET: 45.3 (m2/g)
Bulk Density: 0.42 (g/cm3)
Nano tin powder is prepared by gas phase method with variable current laser ion beam. It has high industrial yield, high purity, uniform particle size, good pellet shape, good dispersion, high oxidation temperature and good sintering shrinkage.
Metal nano lubrication additive: add 0.1~0.5% nano tin powder to lubricating oil and grease, make the surface of friction pair form self-lubrication and self-repair film in the friction process, reduce the anti-wear and anti-friction performance of friction pair.
Activated sintering additive: nano tin powder can greatly reduce the sintering temperature of powder metallurgy products and high temperature ceramic products in powder metallurgy.
Conductive coating treatment of metal and non-metal surface: coating under the condition of no oxygen, below the melting point of the powder, this technology can be used in the production of micro-electronic devices.
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