Antistatic Properties | Electronics, Sensitive Equipment | Surface resistivity: Industry Standard (1×10¹¹ Ω) → Our Base (▲▲ <1×10⁹ Ω) → Our Advanced (▲▲▲ <1×10⁸ Ω) (ASTM D257) | Prevents static-related defects in precision manufacturing. | Higher cost compared to non-antistatic grades. |
Impact Resistance | Automotive Parts, Safety Equipment | Notched Izod Impact: Industry Standard (20 J/m) → Our Base (▲▲ 40 J/m) → Our Advanced (▲▲▲ 60 J/m) (ASTM D256) | Withstands shocks and impacts in high-stress environments. | Advanced grades may sacrifice chemical resistance for enhanced toughness. |
Rigidity | Structural Components, Pipes | Flexural Modulus: Industry Standard (1000 MPa) → Our Base (▲▲ 1200 MPa) → Our Advanced (▲▲▲ 1500 MPa) (ASTM D790) | Maintains shape under heavy loads, ideal for load-bearing applications. | Stiffer materials may be harder to process or mold. |
Flow Characteristics | Complex Mold Designs, Intricate Parts | Melt Flow Rate (MFR): Industry Standard (10 g/10min) → Our Base (▲▲ 15 g/10min) → Our Advanced (▲▲▲ 20 g/10min) (ISO 1133) | Easier filling of detailed molds for precision parts. | Lower-flow grades may offer better rigidity but limit design flexibility. |
Reinforced Grade | High-Stress Applications, Industrial Eq. | Reinforcement: Industry Standard (unreinforced) → Our Base (▲▲ 10% glass fiber) → Our Advanced (▲▲▲ 30% glass fiber) | Enhanced strength and durability for demanding mechanical uses. | Increased weight and cost; may reduce material flexibility. |
Food Safety Compliance | Food Packaging, Medical Devices | Certification: Industry Standard (non-food grade) → Our Base (▲▲ FDA-compliant) → Our Advanced (▲▲▲ NSF-certified) | Safe for direct food contact and regulated medical applications. | Stricter production standards and higher costs for certifications. |