Chemical Composition (Fe₂O₃ Purity) | Industrial coatings, Automotive paints | Industry: 85% Fe₂O₃ (ICP-AES) Our Base: 90% (▲) Our Advanced: 95% (▲▲) | ▲▲▲ Advanced: ASTM E1621-compliant purity minimizes impurities in high-end applications | Lower purity may cause color inconsistencies in precision applications |
Particle Size Distribution | Premium paints, Inkjet inks | Industry: 50 µm (laser diffraction) Our Base: 40 µm (▲) Our Advanced: 30 µm (▲▲) | ▲▲ Advanced: 30 µm particles ensure smoother dispersion and finish (ideal for fine coatings) | Larger particles may clump in high-viscosity formulations |
Opacity | Architectural coatings, Decorative paints | Industry: 85% opacity (ISO 7730) Our Base: 90% (▲) Our Advanced: 95% (▲▲) | ▲▲▲ Advanced: 95% opacity reduces layer count, lowering costs (e.g., single-layer exterior paint) | Lower opacity requires multiple coats for full coverage |
Moisture Content | Humid environments, Rubber compounding | Industry: 0.5% (Karl Fischer) Our Base: 0.3% (▲) Our Advanced: 0.2% (▲▲) | ▲▲ Advanced: 0.2% moisture prevents caking and extends shelf life (ASTM D5142 compliant) | Higher moisture risks clumping in storage |
Application Suitability | Rubber manufacturing, Automotive parts | Industry: General coatings (ASTM D3273) Our Base: Paints/coatings Our Advanced: Paints + Rubber (ASTM D2671) | ▲▲ Advanced: Dual-use compatibility for rubber vulcanization and premium coatings | Base grade limited to non-rubber applications |
Durability (Weather Resistance) | Outdoor signage, Marine coatings | Industry: 500 hours UV exposure (ASTM G154) Our Base: 1,000 hours (▲) Our Advanced: 1,500 hours (▲▲) | ▲▲▲ Advanced: 1,500-hour UV resistance (outperforms industry standards for coastal/marine use) | Lower durability may fade in harsh UV environments |