High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1

Product Details
Customization: Available
CAS No.: 1344-28-1
Formula: Al2O3
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Number of Employees
23
Year of Establishment
2014-12-04
  • High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1
  • High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1
  • High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1
  • High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1
  • High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1
  • High Purity and Cheap Price Al2O3 Nano Aluminum Oxide Powder Ceramic CAS 1344-28-1
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Basic Info.

Model NO.
SY-ALON
EINECS
215-691-6
Classification
Alumina
Grade Standard
Industrial Grade
Kind
No Salt Oxide
Quality
First Class
Chemical Formula
Al2O3
Molecular Weight
101.96
Melting Point
2040 ºC
Boiling Point
2977 ºC
Density
1.06 G/Cm³
Transport Package
25kg/Bag, 1 Ton Per Pallet
Specification
99.9999%
Trademark
SUOYI
Origin
China
HS Code
2818200000
Production Capacity
10000metric Tons/Month

Packaging & Delivery

Package Size
10.00cm * 10.00cm * 10.00cm
Package Gross Weight
1.500kg

Product Description

SUOYI 99.9999% PurityHot sale nano size Biomedical aluminum oxide powder 
Nano-alumina is a new type of inorganic non-metallic material with particle size in the nano-scale range, with high specific surface area, small size effect, good chemical stability, and high hardness and high strength, etc. It can be prepared by gas-phase method, liquid-phase method, solid-phase method, etc. It can significantly improve the performance of related materials. It can be prepared by various methods, such as vapor phase, liquid phase, solid phase, etc. It has a wide range of applications in ceramics, electronics, coatings, biomedicine, and many other fields, and can significantly improve the performance of related materials, with the development of nanotechnology, it has a broad market outlook, and has great potential for application in emerging fields.
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