Rto Honeycomb Ceramic, Ceramic Honeycomb, Rco Honeycomb manufacturer / supplier in China, offering Thermal Storage Rto/Rco Catalytic Converter for Heat Recovery Ceramic Honeycomb, Ceramic Structured Packing in Scrubber Tower, 20 Years Experiences High Quality Global Brand Ceramic Saddle Intalox and so on.
Min. Order / Reference FOB Price | |
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1 MT | Contact Supplier |
Local Area: | Pingxiang, Jiangxi, China |
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R&D Capacity: | OEM, ODM, Other |
Payment Terms: | LC, T/T, PayPal, WesternUnion |
Material: | Ceramic |
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Structure Feature: | Ball |
Type: | Ceramic Ball |
The grinding balls are featured by high hardness,low wear lost,good normalization,good corrosion resistance,etc. They are the ideal high-efficiency grinding media for glaze,body materials,chemical powder and fine mineral powders etc.
Technical data:
Characteristics
Items
HQ-95
HQ-92
HQ-75
Chemical Composition
Al2O3(%)
≥95
≥92
≥75%
SiO2(%)
≤4
≤7%
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CaO+MgO+Fe2O3+Others(%)
≤1
≤2%
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Physical Properties
Bulk Density(g/cm3)
≥3.65
≥3.60
≥3.26
Hardness(Mohs)
≥9
≥9
≥8
Water Absorption(%)
≤0.01
≤0.01
≤0.01
Self wear rate
≤0.010%
≤0.015%
≤0.025%
Color
White
White
White
Specification Available:
Dia.(mm)
Ø90
Ø80
Ø70
Ø60
Ø50
Ø45
Ø40
Ø35
Ø30
Ø25
Ø20
Ø1 -Ø10
Tolerance(mm)
90±4
80±3.5
70±3
63±2
52±2
45±2
40±2
35±1.5
32±1.5
26±1.5
20±1
±0.3
Application:
1)Wet grinding including batch mill and continuous ball mill ceramic glaze grinding
2)Dry grinding in synthetic resin and other industry
Dry grinding of ceramic raw material and mineral products
Wet Grinding Instruction(Ceramic industry)
For wet grinding process,when charge of ball is up to 55% of net volume of the mill,the best status can be realized.
The volume of ball within the mill can be estimated with formula:
W=3.14xR2xDxLx25%/1000
Remarks:
W-weight of ball(Kg)
R-radius of mill(cm)
D-bulk density of ball(g/cm3)
L-length of mill(cm)
For glaze grinding-raw material: ball=1:(1.8~2.0)
For body material grinding-raw material: ball=1:(1.0~1.2)
Dry Grinding Instruction
The volume of raw materials=Effect capacity of millx35%
The volume of ball=Effect capacity of millx50%