Eight Product Series.
One PEEK Platform.
Jilin Jufeng Advanced Materials Co., Ltd. supplies eight CNPEEK® product families covering virgin powders and pellets, wear-resistant grades, reinforced composites, anti-static materials and black pigmented resins.
Virgin Resin & Base Materials
Virgin Resin Coarse Powder
Virgin PEEK coarse powder for composite modification, colored extrusion, colored injection molding and downstream fine-powder preparation.
Virgin Resin Fine PEEK Powder
Fine PEEK powder grades organized by mesh size for compression molding, prepreg systems and electrostatic powder coating.
Virgin Resin Pellet Grades
Unfilled virgin PEEK pellets for injection molding, extrusion and general high-performance engineering applications.
Ultra-Wear-Resistant PEEK Pellet Grades
Modified PEEK pellet grades designed for high strength, low friction and demanding wear-resistant components.
Reinforced & Functional Materials
Glass Fiber Reinforced Composite Grades
Glass-fiber-reinforced PEEK compounds developed for improved stiffness, dimensional stability, low shrinkage and reduced warpage.
Carbon Fiber Reinforced Composite Grades
Carbon-fiber-reinforced PEEK compounds for high stiffness, high strength, improved wear resistance and lightweight structures.
Anti-Static Modified Grades
Anti-static modified PEEK grades designed for controlled electrical behavior while retaining the thermal and mechanical advantages of PEEK.
Black Pigmented Resin Grades
Black pigmented PEEK resin grades developed for consistent dark appearance while maintaining high-temperature engineering performance.
Compare All Eight CNPEEK® Series
| Series | Material Form | Primary Selection Focus | Typical Application Routes | Detail Page |
|---|---|---|---|---|
| CNPEEK-PVirgin Resin Coarse Powder | Coarse Powder | Choose CNPEEK-P when a coarse-powder route and wider downstream modification flexibility are required. | Composite Modification · Colored Extrusion · Colored Injection Molding | View Details → |
| CNPEEK-PFVirgin Resin Fine PEEK Powder | Fine Powder | Choose CNPEEK-PF when particle size, mesh selection and powder-oriented processing are central to the application. | Compression Molding · Prepreg Systems · Electrostatic Powder Coating | View Details → |
| CNPEEK-GVirgin Resin Pellet Grades | Virgin Pellets | Choose CNPEEK-G for unfilled general-purpose processing; choose CNPEEK-FC when wear resistance is the principal requirement. | Injection Molding · Extrusion · Profiles & Rods | View Details → |
| CNPEEK-FCUltra-Wear-Resistant PEEK Pellet Grades | Wear-Resistant Pellets | Choose CNPEEK-FC for friction and wear control; choose CNPEEK-G when an unfilled general-purpose pellet is preferred. | Bearings & Bushings · Sliding Components · Seals | View Details → |
| CNPEEK-GFGlass Fiber Reinforced Composite Grades | Glass Fiber Reinforced | Choose CNPEEK-GF for dimensional stability and lower shrinkage; choose CNPEEK-CF when higher stiffness-to-weight performance is required. | Structural Components · High-Temperature Housings · Electrical Parts | View Details → |
| CNPEEK-CFCarbon Fiber Reinforced Composite Grades | Carbon Fiber Reinforced | Choose CNPEEK-CF when high stiffness, strength and lightweight design are prioritized over the lower-shrinkage balance of CNPEEK-GF. | Lightweight Structures · Precision Gears · High-Load Components | View Details → |
| CNPEEK-ESDAnti-Static Modified Grades | Anti-Static PEEK | Choose CNPEEK-ESD when electrical control is functional; choose CNPEEK-GH when black appearance and color consistency are the primary requirements. | Semiconductor Handling · Electronic Fixtures · ESD-Sensitive Components | View Details → |
| CNPEEK-GHBlack Pigmented Resin Grades | Black Pigmented PEEK | Choose CNPEEK-GH for black color consistency; choose CNPEEK-ESD when anti-static performance is required. | Black Precision Parts · Visible Engineering Components · Industrial Housings | View Details → |
Not Sure Which CNPEEK® Series Fits Your Process?
Send your processing method, performance target and end-use requirements to our technical team.