Winplu-s PA-CFRP-CF – Nylon Carbon Fiber Reinforced 3D Printer Filament

Winplu-s PA-CFRP-CF – Nylon Carbon Fibre Reinforced 3D Printer Filament

Winplu-s PA-CFRP-CF is a high-performance nylon filament reinforced with approximately 15% carbon fibre, engineered for maximum strength, stiffness, and heat resistance. Combining nylon’s toughness and flexibility with carbon fibre’s rigidity, it is ideal for functional parts, mechanical components, and applications requiring high dimensional stability.

Key Features:

15% Carbon Fibre Reinforced for Superior Strength
The carbon fibre content significantly enhances stiffness, load-bearing capacity, and durability, making it perfect for demanding engineering applications.

Low Warping and High Dimensional Accuracy
Maintains precise part geometry even during long prints, minimising warping and deformation.

Lightweight and Stiff
Ideal for structural components, brackets, gears, and functional prototypes that require strength without excessive weight.

Professional Matte Finish
Provides a refined surface that reduces visible layer lines and gives parts a high-quality appearance.

Abrasion-Aware Printing
Due to the carbon fibre reinforcement, a hardened steel or ruby nozzle is recommended to preserve nozzle life and maintain print quality.

Durable, Heat-Resistant, and Chemical-Resistant
Suitable for parts exposed to mechanical stress, heat, or chemicals, maintaining performance under demanding conditions.

Recommended Printing Conditions (General Guidelines):
Use a hardened steel or ruby nozzle for optimal results. Typical settings: nozzle temperature 250–270 °C, bed temperature 80–100 °C, minimal part cooling. Printing slowly with a heated bed ensures optimal layer bonding, dimensional accuracy, and surface finish.

Ideal Applications:

Functional prototypes and mechanical parts

Structural, load-bearing components

Gears, brackets, housings, and precision tools

Parts exposed to heat or mechanical stress

Why Choose Winplu-s PA-CFRP-CF?
Winplu-s PA-CFRP-CF delivers the combined benefits of nylon and carbon fibre—strength, heat resistance, and durability—making it perfect for professionals and makers who demand high-performance 3D printing materials.