Particle Size Distribution | Precision mold casting, dental prosthetics | Industry Standard: 100 mesh (ASTM E11) Our Base: 150 mesh (ASTM E11) Our Advanced: 200 mesh (ASTM E11) ▲▲ | ▲▲ Finer particles (200 mesh) ensure smoother mold surfaces for intricate designs | ▲▲ Higher cost for finer mesh; requires specialized storage to prevent clumping |
Chemical Resistance | Chemical labs, industrial coatings | Industry Standard: Passes basic pH tests Our Base: ASTM D543 (50+ chemical exposures) ▲ Our Advanced: ISO 10993 biocompatibility ▲▲ | ▲▲ Safe for medical-grade applications; withstands harsh chemicals | ▲▲ Advanced version may require pre-treatment for non-medical uses |
Shelf Life | Long-term storage, bulk procurement | Industry Standard: 24 months Our Base: 36 months (ISO 11890) ▲ Our Advanced: 48 months (ISO 11890) ▲▲ | ▲▲ Extended shelf life reduces waste and reordering costs | ▲▲ Advanced packaging increases upfront cost |
Particle Uniformity | Ceramics production, forensic analysis | Industry Standard: ±15% variance Our Base: ±10% variance ▲ Our Advanced: ±5% variance ▲▲ | ▲▲ Consistent particle size improves material strength and accuracy in forensics | ▲▲ Advanced processing adds to production time |
Application Method | DIY mold making, industrial automation | Industry Standard: Requires mixing with binders Our Base: Dry application-ready ▲ Our Advanced: Additive-compatible (e.g., with PTFE) ▲▲ | ▲▲ No mixing needed; integrates with automation systems | ▲▲ Advanced additives may limit compatibility with certain resins |
Cost Efficiency | Small-scale prototyping, large-scale manufacturing | Industry Standard: Mid-range pricing Our Base: 15% cheaper than competitors ▲ Our Advanced: 10% premium for specialized features ▲▲ | ▲ Base version ideal for budget-sensitive projects; Advanced reduces long-term costs via durability | ▲ Advanced version may exceed small-business budgets |