Creality PPA-CF 3D Printer Filament, 1kg, High-Performance Nylon with 15% Carbon Fiber, Black
R 3,700
or 4 x payments of R925.00 with
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Creality PPA-CF 3D Printer Filament, 1kg, High-Performance Nylon with 15% Carbon Fiber, Black
15% Carbon Fiber Comntent: Creality PPA-CF 3d printer filament incorporates 15% chopped carbon fibers using Smart Fiber fiber-reinforced technology to create a robust internal structure. This enhancement further elevates PPA's already impressive properties, resulting in exceptional mechanical strength, heat resistance, and reduced warping.
High Strength: PPA-CF has quasi metallic strength properties, with a strength 48% higher than ordinary PA6-CF consumables and a stiffness 102% higher. It has outstanding mechanical properties in 3D printing consumables and can meet almost all high-performance engineering needs. The actual performance of its printed parts is comparable to that of original parts, suitable for professional maintenance, can effectively replace automotive and industrial parts, and is reliable and durable.
Stable Performance in Humid Environments:The models printed by PPA-CF can be used stably in humid environments and even in water for a long time, while maintaining their original high-performance performance. Its saturated water absorption rate is 66% lower than that of ordinary PA6-CF, and it can maintain stiffness and thermal performance for a long time
Reliable ultra-high temperature resistance: Creality PPA-CF has extraordinary heat resistance and can be exposed to high temperatures of 227 ° C for a long time without affecting its structural integrity or performance. Reliable and sturdy in extreme environments, it is an ideal choice for industrial, mechanical, or automotive components that require resistance to ultra-high temperatures.
Compatible with more printers: PPA-CF is suitable for various models such as K1, K1C, K1 Max, K2 Plus, etc., and only requires a sealed printing space and hardened steel nozzle. Its printing difficulty is not high, and nozzle temperatures ranging from 280 ℃ to 310 ℃ can print well, expanding its application possibilities.