Creality Hyper PPA-CF Filament 1.75mm, Nylon 3D Printer with 15% Carbon Fiber Reinforced, High Heat Resistance Low Moisture Absorption Industrial Grade Strong Toughness, 1kg Black

15% carbon fibre content: Creality PPA-CF 3D printing filament uses smart fibre reinforcement technology and integrates 15% chopped carbon fibres for a robust inner structure. This improvement further boosts the already impressive performance of PPA, resulting in exceptional mechanical resistance, heat resistance and warp resistance. Excellent mechanical resistance: PPA-CF has metal-like resistance properties and is 48% more resistant and 102% stiffer than standard PA6 CF filament. Its exceptional mechanical properties among 3D printing filaments meet almost all technical requirements for high-performance technology. The performance of the printed parts is equivalent to that of original parts and is therefore suitable for professional maintenance, providing a reliable, durable alternative to automotive and industrial components. Stable performance and moisture resistance: models printed with PPA-CF retain their high performance even in long-term stable use in damp environments, even in water. Saturated water absorption is 66% lower than that of standard PA6-CF, while maintaining rigidity and thermal properties permanently. Ultra high temperature resistance: Creality PPA-CF is characterised by exceptional heat resistance and can withstand prolonged temperatures of up to 227 °C without compromising its structural integrity or performance. Reliable and robust in extreme environments, it is the ideal choice for industrial, engineering and automotive components that require ultra-high temperature resistance. Compatible with a variety of printers: PPA-CF is compatible with a variety of printers, including K1, K1C, K1 Max and K2 Plus. It only requires a sealed construction volume and a hardened steel nozzle. Printing is simple and offers reliable performance in a nozzle temperature range from 280°C to 310°C, expanding application possibilities.