Ceramics Manufacturing | High-temperature pottery, tiles | SiO₂ Content: 65% (Industry: 55-60%) ▲ Our Base: 65% ▲ Our Advanced: 70% (ASTM C20 compliant) | ▲ Higher purity reduces defects in high-end ceramics. Cost-effective for mass production. | Advanced grade may require specialized handling for fine powder. |
Refractory Materials | Industrial furnace linings | Thermal Resistance: 1,300°C (Industry: 1,200°C) ▲ Our Base: 1,300°C ▲ Our Advanced: 1,400°C | ▲ Withstands extreme temperatures in steel plants. Longer lifespan than standard refractories. | Advanced variants may have limited availability in bulk quantities. |
Coatings & Polishes | Industrial paint, abrasive compounds | Particle Size: 200 mesh (Industry: 100 mesh) ▲ Our Base: 200 mesh ▲ Our Advanced: 325 mesh (ISO 3310 certified) | ▲ Finer particles create smoother finishes. Enhances adhesion in automotive coatings. | Smaller particles increase processing time for some applications. |
Filler & Extender | Plastics, rubber composites | Iron Oxide Content: ≤0.3% (Industry: ≤0.5%) ▲ Our Base: 0.3% ▲ Our Advanced: 0.1% (ASTM D2621) | ▲ Reduces material costs while maintaining strength. Compatible with food-grade polymers. | Advanced purity may require premium pricing. |
Foundry Sand | Metal casting molds | Expansion Coefficient: 3 ppm (Industry: 5 ppm) ▲ Our Base: 3 ppm ▲ Our Advanced: 2 ppm | ▲ Minimizes warping in precision castings. Reusable after recycling. | Requires drying before use for advanced grades. |
Insulation | Thermal barriers in HVAC systems | Thermal Conductivity: 0.15 W/m·K (Industry: 0.2 W/m·K) ▲ Our Base: 0.15 W/m·K ▲ Our Advanced: 0.1 W/m·K | ▲ Outperforms fiberglass in low-temperature applications. Lightweight for easy installation. | Advanced variants may degrade faster in humid environments. |