Standard PEEK Granules (Industry Standard) | General industrial applications (e.g., basic machinery parts) | Tensile Strength: 80 MPa (ISO 527) Melting Temp: 343°C (ASTM D3418) Chemical Resistance: Resists 20+ common solvents (ASTM D543) | Cost-effective, widely compatible with standard manufacturing processes | Limited performance in extreme heat/chemical exposure (e.g., < 300°C) |
Our Base Grade PEEK | Mid-range applications (e.g., automotive components) | Tensile Strength: 95 MPa (▲) (ISO 527) Melting Temp: 350°C (▲) (ASTM D3418) Chemical Resistance: Withstands 50+ chemicals (▲) (ASTM D543) | Enhanced durability and heat resistance vs. industry standard | Slightly higher cost than standard grades |
Our Advanced Grade PEEK | High-demand environments (e.g., aerospace, chemical processing) | Tensile Strength: 110 MPa (▲▲) (ISO 527) Melting Temp: 360°C (▲▲) (ASTM D3418) Chemical Resistance: Resists 100+ chemicals (▲▲) (ASTM D543) | Superior performance in extreme conditions | Higher cost, niche applications only |
High-Temperature PEEK (Industry) | High-heat applications (e.g., engine parts) | Tensile Strength: 90 MPa Melting Temp: 355°C (▲ vs Standard) Chemical Resistance: 40 chemicals | Better heat resistance than standard PEEK | Lower chemical resistance than competitors’ advanced grades |
Competitor’s High-Strength PEEK | Heavy-duty structural parts (e.g., robotics) | Tensile Strength: 105 MPa (▲) Melting Temp: 345°C Chemical Resistance: 60 chemicals | Stronger than standard PEEK | Lower heat resistance (max 345°C) |
Extrusion-Optimized PEEK (Industry) | Extrusion-based products (e.g., monofilament fibers) | Melt Flow Rate: 15 g/10min (▲) (ISO 1133) Wear Resistance: 200 N (ASTM G99) Our Base/Advanced: Improved flow consistency for uniform fiber extrusion | Streamlined extrusion process, reduced defects | Lower tensile strength (75 MPa) compared to standard grades |