92% 95% High Alumina Grinding Ceramic Balls

China 92% 95% High Alumina Grinding Ceramic Balls, Find details about China Alumina Ball, Alumina Grinding Ball from 92% 95% High Alumina Grinding Ceramic Balls

Model NO.
TCH Series
Customized
Customized
Al2O3
92%; 95%;99%
Hardnwss
9 Mohs
Trademark
ZALY
Origin
China
HS Code
6909110000
Model NO.
TCH Series
Customized
Customized
Al2O3
92%; 95%;99%
Hardnwss
9 Mohs
Trademark
ZALY
Origin
China
HS Code
6909110000

zaly alumina ball

                 - most ideal grinding media for glaze material,body material and various powdered ores

 

zaly alumina balls' feature:  

 

Raw material:           calcined alumina of high-temperature and low sodium
Forming process:    25-80mm--Isostatic pressed balls (CIP)
                                     1-20 mm-- Rolling formed balls
Product Feature:     High density
                                      high hardness
                                      low wear loss
                                     good normalization
                                     good corrosion-resistance
                                      
Application:  zaly's alumina balls are widely used as lining and grinding meda of ball mill on ceramics, paints,refractories,building material,mines,metallurgy, cement etc.

 

If you need more information , pls contact us, we can send SGS Tesing Report to you.

-Our raw material is directly imported from Australia, high quality product can be promised!
-Factory located in import and export tax-free area, lowest price can be provided!
Performance Index 92 series 95 series 99 series
Al 2 O 3     ( %) 92  95  99
Hardness(Mohs) ≥9  ≥9 ≥9
Water Absorption (%) < 0.01 <0.01 <0.01
Density (g/cm 3 ) 3.63 3.68 3.85
Self Wear Rate  < 0.01% (24h) <0.01%(24h) <0.01%(24h)
Color White White White
 
1. Main Properties of Inert Ceramic Balls and Alumina Balls
Dimension(mm) 80 70 60 50 45 30 25
Dia.(mm) 80±2.5 70±2.5 60±2 50±2 45±1 30±1 25±1
2. Alumina micro balls 
Dimension(mm) 20 18 15 13 10 8 6
Dia.(mm) 20±1.5 18±1.5 15±1 13±1 10±1 8±0.5 6±0.5