Physical Properties: Grains Purity(SIC) Fe2O3 Free C SIZE Sand 99%min 0.35%MAX 0.25%MAX Micropowder 97.9-99.0% 0.3-0.8% 0.2-0.3% Chemical Composition: Product Name Grain Chemical Composition SiC F.C Fe2O3 Sillicon Carbide 4#-220# ≥99.00% ≤0.20% ≤0.20% 240#-600# ≥98.50% ≤0.40% ≤0.40% 700#-4000# ≥97.00% ≤0.60% ≤0.60% Products Show:
Physical Properties: Grains Purity(SIC) Fe2O3 Free C SIZE Sand 99%min 0.35%MAX 0.25%MAX Micropowder 97.9-99.0% 0.3-0.8% 0.2-0.3% Chemical Composition: Product Name Grain Chemical Composition SiC F.C Fe2O3 Sillicon Carbide 4#-220# ≥99.00% ≤0.20% ≤0.20% 240#-600# ≥98.50% ≤0.40% ≤0.40% 700#-4000# ≥97.00% ≤0.60% ≤0.60% Products Show:
The WFA is the main raw material for the production of unshaped and shaped refractory materials.
The WFA is the main raw material for the production of unshaped and shaped refractory materials.
The WFA is the main raw material for the production of unshaped and shaped refractory materials.
The WFA is the main raw material for the production of unshaped and shaped refractory materials.
production of abrasive tools designed for the finishing of the materials that have low resistance to extension, i.e. to the finishing of cast iron,
Physical Properties: Grains Purity(SIC) Fe2O3 Free C SIZE Sand 99%min 0.35%MAX 0.25%MAX Micropowder 97.9-99.0% 0.3-0.8% 0.2-0.3% Chemical Composition: Product Name Grain Chemical Composition SiC F.C Fe2O3 Sillicon Carbide 4#-220# ≥99.00% ≤0.20% ≤0.20% 240#-600# ≥98.50% ≤0.40% ≤0.40% 700#-4000# ≥97.00% ≤0.60% ≤0.60%
The industrial method of silicon carbide is to use high-quality quartz sand and petroleum coke to refine it in a resistance furnace. The smelted silicon carbide blocks are made into products of various particle sizes through crushing, acid-base washing, magnetic separation and sieving or water separation.
The industrial production method of silicon carbide is to use high-quality quartz sand and petroleum coke in a resistance furnace. The refined silicon carbide block is crushed, acid and alkali washed, magnetic separation and screening or water separation to make products of various particle sizes.
