High Top quality Abrasive Black Inexperienced Silicon Carbide Grit PowEPTwith Affordable Value
Black silicon carbide (C) is created by petroleum coke, quality silicon sand and appended with salt in an electric powered arc furnace at substantial temperatures. The hardness and brittleness are lower than that of inexperienced silicon carbide. The resources are employed to grind forged iron, non-ferrous metals, rubber, leather, plastic, wooden, mineral rocks, and many others. It can also be utilized to manufacture higher-course refractory products.
Grain Usages and Kinds | ||
Use | For bonded abrasives | For coated abrasives |
Type | C | C-P |
Physical Qualities | |||||
Item | Simple mineral | Crystal method | Crystal shade | Mohs hardness |
Density |
Black silicon carbide | alpha- SiC | Hexagonal | Black | nine.15 | ge3.12g/cm3 |
Product | Micro hardness | Electrical resistivity |
Grinding ability(compared with diamond as one particular) |
Linear enlargement coefficient(when 900 ordmC alpha #822610-6k-1) |
|
Black silicon carbide | HV3100-3280 | 3 times105-3 times107 Omega #8226cm | .25 | four.4 |
Chemical Composition | ||||
GB/T 2480-2008 | ||||
Kind | Grit | Chemical composition(%,by weight) | ||
SiC | F.C | Fe2O3 | ||
C | F4-F90 | ge98.sixty | le0.20 | le0.40 |
F100-F150 | ge98.10 | le0.twenty five | le0.fifty | |
F180-F220 | ge97.twenty | le0.thirty | le0.fifty five | |
F230-F280 | ge97.20 | le0.thirty | le0.fifty five | |
F320-F500 | ge97.00 | le0.35 | le0.sixty | |
F600-F800 | ge96.50 | le0.40 | le0.60 | |
F1000-F1200 | ge95.50 | le0.fifty | le0.70 | |
C-P | P12-P100 | ge98.60 | le0.20 | le0.40 |
P120-P150 | ge98.ten | le0.25 | le0.50 | |
P180-P220 | ge97.twenty | le0.30 | le0.55 | |
P240-P360 | ge97.twenty | le0.30 | le0.fifty five | |
P400-P1000 | ge97.00 | le0.35 | le0.sixty | |
P1200-P1500 | ge96.50 | le0.forty | le0.60 | |
P2000-P2500 | ge95.fifty | le0.fifty | le0.70 |
Note: Specific specifications on chemical composition and other phrases can be pleased via discussion.
Inexperienced silicon carbide (GC) is made by petroleum coke, high quality silicon sand and appended with salt in an electric powered arc furnace at higher temperatures. The hardness is higher than synthetic corundum, but reduce than diamond. Mechanical toughness is greater than corundum. The materials are used to grind difficult and brittle metallic, non-ferrous metals like copper, brass, aluminum and magnesium, and non-metallic components this sort of as gem, optical glass, ceramics, and many others.
Grain Usages and Sorts | ||
Usage | For bonded abrasives | For coated abrasives |
Kind | GC | GC-P |
Physical Attributes | |||||
Product | Standard mineral | Crystal program | Crystal color | Mohs hardness |
Density |
Eco-friendly silicon carbide | alpha- SiC | Hexagonal | Inexperienced | nine.fifteen | ge3.18g/cmthree |
Item | Micro hardness | Electrical resistivity |
Grinding ability(in comparison with diamond as one) |
Linear enlargement coefficient(when 900 ordmC alpha #822610-6k-one) |
|
Green silicon carbide | HV3280-3400 | 3 times10five-three times10seven Omega #8226cm | .28 | four.6 |
Chemical Composition | ||||
GB/T 2480-2008 | ||||
Type | Grit | Chemical composition(%,by excess weight) | ||
SiC | F.C | FetwoOthree | ||
GC | F4-F90 | ge99.ten | le0.twenty | le0.20 |
F100-F150 | ge98.60 | le0.25 | le0.forty five | |
F180-F220 | ge98.00 | le0.twenty five | le0.50 | |
F230-F280 | ge98.00 | le0.thirty | le0.fifty | |
F320-F500 | ge97.fifty | le0.30 | le0.50 | |
F600-F800 | ge97.00 | le0.35 | le0.fifty | |
F1000-F1200 | ge96.fifty | le0.forty | le0.50 | |
GC-P | P12-P100 | ge99.10 | le0.20 | le0.20 |
P120-P150 | ge98.sixty | le0.twenty five | le0.forty five | |
P180-P220 | ge98.00 | le0.25 | le0.50 | |
P240-P360 | ge98.00 | le0.30 | le0.fifty | |
P400-P1000 | ge97.fifty | le0.30 | le0.50 | |
P1200-P1500 | ge97.00 | le0.35 | le0.fifty | |
P2000-P2500 | ge96.50 | le0.40 | le0.fifty |
Observe: Specific specifications on chemical composition and other conditions can be happy by way of dialogue.