Electron Grade Silica Powder (Our Advanced) | Electronics manufacturing, semiconductor production | Particle size <10 nm (ISO 13320); Purity ≥99.99% (ASTM C720)▲▲▲ | Ultra-high purity ensures minimal impurities▲▲▲; fine particles enhance dispersion▲▲ | Higher cost compared to industrial grades▲▲▲ (Finer than Competitor's 12 nm) |
Industrial Grade Silica Powder (Our Base) | General industrial coatings, paints | Particle size 15-20 nm (ISO 13320); Purity ≥99.5% (ASTM C720)▲ | Cost-effective for bulk applications▲▲; reliable performance▲▲ (Meets Industry Standard particle size) | Lower purity may introduce impurities in sensitive uses▲▲ |
Food Grade Silica Powder (Our Tier) | Food additives, anti-caking agents | Complies with FDA 21 CFR 182.2220▲; Moisture <0.5% (ISO 702)▲▲ | Safe for human consumption▲▲; prevents clumping▲ (Lower moisture than Competitor's 1.2%) | Limited to food industry applications▲ |
Reagent Grade Silica Powder (Our Tier) | Lab reagents, pharmaceuticals | Purity ≥99.9% (ISO 1332-2); Trace metals <10 ppm (ICP-MS)▲▲▲ | High purity for precise experiments▲▲▲; reliable results▲▲ | High cost and specialized use▲▲▲ (Better trace metal control than Industry Standard) |
Industry Standard Silica Powder (Industry Standard) | General industrial applications | Particle size 20-30 nm (ISO 13320); Purity ≥99% (ASTM C720) | Widely accepted in standard processes▲ | May not meet high-end requirements▲▲ (Coarser than Our Advanced/Competitor) |
Competitor's Nano Silica (Competitor) | High-end coatings, electronics | Particle size 12 nm (ISO 13320); Purity 99.8% (ASTM C720)▲▲ | Competitive particle size▲▲; decent surface area▲ (Moisture: 1.2% vs Our Food Grade’s 0.5%) | No food-grade option▲▲; higher moisture content▲▲ (Lower purity than Our Advanced) |