Green silicon carbide F90 F100 for sandblasting
F90 and F100 green silicon carbide grits are high-purity, ultra-hard abrasive materials specially sized for precision sandblasting and fine surface finishing. Produced through high-temperature smelting, precise crushing and strict mesh classification, these SiC abrasives feature sharp angular grains, uniform particle distribution, excellent self-sharpening performance and ultra-low impurity content, fully meeting high-standard precision blasting requirements for industrial sophisticated workpieces.
With superior hardness and stable mechanical properties, F90 and F100 green silicon carbide stands out from traditional blasting abrasives. The medium-fine grain sizes balance efficient cleaning and delicate surface treatment perfectly. They are ideal for removing fine oxide films, tiny burrs, faint tool marks and residual contaminants on hard and brittle materials, as well as high-precision metal parts without causing excessive material loss or deep surface scratches.
These two standard mesh grades are widely applied in fine sandblasting of stainless steel components, titanium alloy parts, aerospace accessories, ceramic components, glass products and semiconductor auxiliary materials. They can form uniform, delicate and consistent matte surface textures, effectively improving surface flatness and roughness uniformity for subsequent spraying, plating and bonding processes.
Free of free silica and toxic substances, green silicon carbide complies with international environmental and industrial safety standards. It boasts low dust generation, good recyclability and stable blasting effect, avoiding surface damage and dimension deviation of precision workpieces. As reliable fine blasting media, F90 and F100 green silicon carbide are the preferred choices for high-precision industrial sandblasting and surface refinement.
PHYSICAL PROPERTIES
| Specific Weight | 3.95 g/ cm3 |
| Mohs Hardness | 9.5 |
| Maximum service temperature | 1900℃ |
| Melting Point | 2250℃ |
TYPICAL CHEMICAL ANALISIS [%]
| SiC | Fe2O3 | F.C | F.Si | SiO2 | LOI |
| ≥99.0 | ≤0.10 | ≤0.20 | ≤0.20 | ≤0.50 | < 0.05 |
PARTICLE SIZE DISTRIBUTION
| F8 | +4000um | 0 | +2800um | ≤20% | +2360um | ≥45% | +2360+2000um | ≥70% | -1700um | ≤3% |
| F10 | +3350um | 0 | +2360um | ≤20% | +2000um | ≥45% | +2000+1700um | ≥70% | -1400um | ≤3% |
| F12 | +2800um | 0 | +2000um | ≤20% | +1700um | ≥45% | +1700+1400um | ≥70% | -1180um | ≤3% |
| F14 | +2360um | 0 | +1700um | ≤20% | +1400um | ≥45% | +1400+1180um | ≥70% | -1000um | ≤3% |
| F16 | +2000um | 0 | +1400um | ≤20% | +1180um | ≥45% | +1180+1000um | ≥70% | -850um | ≤3% |
| F20 | +1700um | 0 | +1180um | ≤20% | +1000um | ≥45% | +1000+850um | ≥70% | -710um | ≤3% |
| F22 | +1400um | 0 | +1000um | ≤20% | +850um | ≥45% | +850+710um | ≥70% | -600um | ≤3% |
| F24 | +1180um | 0 | +850um | ≤25% | +710um | ≥45% | +710+600um | ≥65% | -500um | ≤3% |
| F30 | +1000um | 0 | +710um | ≤25% | +600um | ≥45% | +600+500um | ≥65% | -425um | ≤3% |
| F36 | +850um | 0 | +600um | ≤25% | +500um | ≥45% | +500+425um | ≥65% | -355um | ≤3% |
| F46 | +600um | 0 | +425um | ≤30% | +355um | ≥40% | 355+300um | ≥65% | -250um | ≤3% |
| F54 | +500um | 0 | +355um | ≤30% | +300um | ≥40% | +300+250um | ≥65% | -212um | ≤3% |
| F60 | +425um | 0 | +300um | ≤30% | +250um | ≥40% | 250+212um | ≥65% | -180um | ≤3% |
| F70 | +355um | 0 | +250um | ≤25% | +212um | ≥40% | +212+180um | ≥65% | -150um | ≤3% |
| F80 | +300um | 0 | +212um | ≤25% | +180um | ≥40% | +180+150um | ≥65% | -125um | ≤3% |
| F90 | +250um | 0 | +180um | ≤20% | +150um | ≥40% | +150+125um | ≥65% | -106um | ≤3% |
| F100 | +212um | 0 | +150um | ≤20% | +125um | ≥40% | +125+106um | ≥65% | -75um | ≤3% |
| F120 | +180um | 0 | +125um | ≤20% | ≥40% | ≥40% | +106+90um | ≥65% | -63um | ≤3% |
| F150 | +150um | 0 | +106um | ≤15% | +75um | ≥40% | +75+63um | ≥65% | -45um | ≤3% |
| F180 | +125um | 0 | +90um | ≤15% | +75um | * | +75+63um | ≥40% | -53um | * |
| F220 | +106um | 0 | +75um | ≤15% | +63um | * | +63+53um | ≥40% | -45um | * |
