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PBN Crucibles for Precision Application

Pyrolytic Boron Nitride Crucible can withstand high temperatures in a high vacuum environment. It has excellent thermal conductivity, corrosion resistance, and electrical resistance.

AC5221 Nano Aluminum Oxide for Coating

Catalog No. AC5221
Particle Size 30 nm (average)
Form White powder
Purity 99.99%
Specific Surface Area 80-120 m2/g

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AC5221 Nano Aluminum Oxide for Coating

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Nano Aluminum Oxide for Coating Description

Nano Aluminum Oxide for Coating offers attributes such as anti-scratch properties, high wear resistance, and outstanding resistance performance. Upon incorporation into the paint, it generates a superfine, uniform, and robust network structure on the paint surface, safeguarding the underlying polymer paint layer from potential damage. The scratch resistance is three times superior to that of the untreated paint. The inclusion of Nano Al2O3 in the coating significantly enhances wear resistance, surpassing traditional coatings by a factor of 2 to 4.

Nano Aluminum Oxide for Coating Specification

Grade	R30	R30A
Average Particle Size	30 nm	30 nm
Specific Surface Area (m²/g)	80-120	80-120
Form	White powder	White powder
Purity	99.99%	99.99%
Surface properties	Hydrophilic	Lipophilic

Aluminum Oxide Powder Comparison
Name	Average Particle Size	Purity %	Morphology	Specific Surface Area (m²/g)	Bulk Density (g/cm³)	Tap Density (g/cm³)
Nano Alumina	30nm	99.9	αPhase	100	1.24	3.39
Nano Alumina	40nm	99.9	γPhase	160	-	-
Micro Alumina	1-3μm	99.9	αPhase	20	-	-
Alumina Powder	customized	99.9	Hexagonal	-	-	3.965
For Polishing	30nm-1μm	>99.9	αPhase	-	-	-
For Lithium Battery	20±5nm	99.99	-	180±30	-	-
For Coating	30nm	99.99	-	80-120	-	-

Nano Aluminum Oxide for Coating Applications

Scratch-Resistant Coatings: Nano Aluminum Oxide is utilized to create coatings with enhanced scratch resistance, forming a protective layer on the paint surface that significantly outperforms traditional paint in terms of scratch resistance.
Wear-Resistant Coatings: Incorporating Nano Al2O3 into coatings results in a superfine and robust network structure, greatly improving wear resistance. These coatings demonstrate wear resistance levels 2 to 4 times higher than traditional coatings.
Protective Layer Formation: When added to paint, Nano Aluminum Oxide contributes to the formation of a uniform and hard network structure on the paint surface. This protective layer shields the underlying polymer paint layer from damage, ensuring longevity and durability.
Performance Enhancement: The use of Nano Aluminum Oxide in coatings enhances overall resistance performance, providing anti-scratch properties and high wear resistance. This improvement contributes to the extended lifespan and durability of coated surfaces.

Nano Aluminum Oxide for Coating Packaging

We take meticulous care in the storage and transportation of our Nano Aluminum Oxide for Coating to maintain the product's original condition and quality.

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