Description
Dominate high-performance engineering challenges with PPA-CF Black, a carbon-fiber-reinforced Polyphthalamide filament designed for the most extreme environments. This industrial-grade material is the ultimate choice for those who need to replace metal components with lightweight, high-strength 3D prints. Whether you are fabricating automotive engine components, aerospace brackets, or rugged oil and gas tools, the carbon fiber infusion ensures your parts possess incredible stiffness and dimensional stability.
Unlike standard plastics, PPA-CF Black offers exceptional chemical resistance and maintains its mechanical properties even at significantly elevated temperatures. This filament delivers a premium, matte-black finish that is as beautiful as it is tough. If your project demands high load-bearing capacity and resistance to long-term wear, this 1kg spool provides the reliability and performance required for true industrial success.
Features
Ultra-High Heat Resistance: PPA-CF Black is designed to withstand extreme temperatures, making it suitable for under-the-hood automotive parts.
Exceptional Stiffness: Reinforced with high-modulus carbon fibers to provide the rigidity and strength-to-weight ratio needed to replace metal.
Low Moisture Absorption: Maintains its structural integrity and dimensional accuracy in humid conditions better than standard Nylon-based filaments.
Superior Chemical Resistance: Highly resistant to fuels, oils, and industrial solvents, ideal for functional mechanical prototypes.
Industrial Matte Finish: Delivers a sophisticated, professional appearance that naturally masks layer lines and requires minimal post-processing.
High Dimensional Stability: Engineered for low warping and high precision, ensuring that complex, interlocking parts fit perfectly every time.
Specifications
Product Name: Creality PPA-CF Black Filament
Diameter: 1.75mm (Tolerance: ±0.03mm)
Net Weight: 1kg (2.2 lbs)
Printing Temperature: 280°C – 300°C
Bed Temperature: 80°C – 100°C
Nozzle Requirement: Hardened Steel (Abrasive Material)
Drying Recommendation: 80°C for 6+ hours before use
