Particle Size Distribution | Precision component manufacturing | Industry Standard: Varies (Typical 40–80 mesh) Our Base: 60 mesh (ISO 3324) Our Advanced: 100 mesh (ISO 3324) ▲▲ | ▲▲ Advanced: Finer particles enable tighter tolerances (e.g., aerospace parts) Base: Cost-effective for general machining | ▲▲ Advanced: Higher cost due to stricter sieving processes |
Processing Versatility | Custom part fabrication | Industry Standard: Limited to sintering/welding Our Base: Sintering + Welding Our Advanced: Annealing + Atomizing + Sintering + Welding ▲ | ▲ Advanced: Full-service workflow (e.g., atomizing for complex geometries) Base: Streamlined for standard welding tasks | ▲ Advanced: Requires specialized equipment (higher upfront investment) |
Chemical Compliance | Regulatory-sensitive industries | Industry Standard: Basic compliance (e.g., ISO 9001) Our Base/Advanced: REACH/RoHS certified (restricted substances ≤0.1% by weight) | ▲ Both tiers: Meets EU/US safety mandates for automotive/electronics | N/A (industry baseline lacks rigorous chemical testing protocols) |
Welding Performance | High-density part production | Industry Standard: Post-sinter density: 6.8 g/cm³ Our Base: 7.2 g/cm³ (ASTM B312) Our Advanced: 7.5 g/cm³ ▲▲ | ▲▲ Advanced: Superior structural integrity for turbine blades Base: Sufficient for automotive components | ▲▲ Advanced: Requires advanced sintering furnaces |
Purity & Contamination | Medical/High-Tech Applications | Industry Standard: 95% iron purity Our Base: 98% (ASTM E1019) Our Advanced: 99.5% ▲▲ | ▲▲ Advanced: Ultra-pure for biocompatible implants Base: Meets industrial-grade standards | ▲▲ Advanced: Purity increases cost by ~30% |
Storage Stability | Global supply chains | Industry Standard: 6-month shelf life (moisture-sensitive) Our Base/Advanced: 12-month stability (ISO 15193) ▲ | ▲ Both tiers: Reduced reprocessing due to moisture resistance | Industry standard requires costly desiccant packaging |