Material Composition | Chemical synthesis, advanced composites | Industry Standard: 3:1:2 ratio (ASTM E1019) Our Base: ▲ 3:1:2 ±0.5% Our Advanced: ▲ 3:1:2 ±0.1% (stoichiometric precision) | Base: Cost-effective for standard applications Advanced: Ensures precision for aerospace/medical use | Base: Requires post-processing for high-end uses Advanced: Higher production cost |
Particle Size | Powder metallurgy, 3D printing | Industry: 2–10 μm (ISO 3801) Base: ▲ 2–4 μm Advanced: ▲ 1–3 μm (finer than industry standard) | Base: Affordable for general parts Advanced: Enables high-resolution printing | Base: Limited in precision applications Advanced: Requires specialized handling |
Purity | Medical devices, electronics | Industry: ≥95% (ISO 14644) Base: ▲ 97% Advanced: ▲ 99.9% (medical-grade purity) | Base: Suitable for industrial use Advanced: Meets FDA/ISO 13485 standards | Base: Not for medical-grade products Advanced: Higher cost due to purification |
Certification Compliance | Export, regulated industries | Industry: SVHC compliance (REACH) Base: SVHC compliant Advanced: ▲ SVHC + RoHS certified (dual certification) | Base: Meets basic regulations Advanced: Access to EU/US markets | Base: Limited export flexibility Advanced: Higher certification costs |
Packaging | Storage, transportation | Industry: Plastic bags (ISO 1513) Base: 2-layer plastic bags Advanced: ▲ 5-layer barrier bags (moisture-resistant) | Base: Standard protection Advanced: Prevents oxidation during transit | Base: Risk of moisture ingress Advanced: Heavier packaging increases logistics cost |
Chemical Resistance | Corrosive environments | Industry: Resists 10+ chemicals (ASTM D543) Base: ▲ 15 chemicals Advanced: ▲ 30+ chemicals (acid/alkali resistance) | Base: Handles common industrial chemicals Advanced: Safe for extreme chemical processing | Base: Limited in harsh environments Advanced: Higher material cost for enhanced formulation |