Material Composition | Manufacturing, Packaging | Industry: Basic polymers (ISO 1092) ▲ Base: PE/PP blends (ISO 1092) ▲ Advanced: PE/PP/PET (ISO 1092) | Enhanced compatibility across applications ▲ Advanced grades enable multi-material use | Advanced grades may require specialized equipment (e.g., high-temperature molds) |
Granule Characteristics | Injection Molding, Extrusion | Industry: Variable sizes (ISO 1872) ▲ Base: 2-4mm diameter (ISO 1872) ▲ Advanced: 3-5mm (ISO 1872) | Consistent flow in machinery ▲ Reduced clogging ▲ Improved surface finish | Smaller granules may increase handling time (requires fine sieving) |
Antioxidant Properties | Outdoor Equipment, Automotive Parts | Industry: 500h UV resistance (ASTM D1171) ▲ Base: 1000h (ASTM D1171) ▲ Advanced: 2000h (ASTM D1171) | Extended product lifespan ▲ Resists UV/thermal degradation ▲ Base: 50% better than industry | Advanced grades may add 15% to material cost (tooltip: "Cost vs longevity trade-off") |
Filler Efficiency | Cost-Sensitive Manufacturing | Industry: 15% filler (ISO 10345) ▲ Base: 25% (ISO 10345) ▲ Advanced: 35% (ISO 10345) | Reduces raw material costs by 20-30% ▲ Base: Maintains structural integrity | Excessive filler may weaken strength (tooltip: "Tested at 35%: 10% lower tensile strength") |
Processing Compatibility | Multi-Material Production | Industry: Single polymer (ISO 1092) ▲ Base: 2 polymers (ISO 1092) ▲ Advanced: 3 polymers (ISO 1092) | Flexibility for complex designs ▲ Advanced: Enables eco-friendly blends (e.g., PET+PP) | Advanced grades may need upgraded extrusion systems (tooltip: "Requires 20% higher melt temp") |
Application Suitability | High-Stress Components (Sports Equipment) | Industry: Standard impact resistance (ASTM D256) ▲ Base: 50% improvement (ASTM D256) ▲ Advanced: 100% improvement (ASTM D256) | Base: Suitable for home appliances ▲ Advanced: Meets industrial-grade durability | Base grade may fail in extreme conditions (tooltip: "Advanced: Passes 10,000-cycle fatigue test") |