What Is Carbon Fibre 3D Printer Filament?

Carbon fibre filament is a composite material made by reinforcing a base polymer with chopped carbon fibres. This reinforcement significantly increases stiffness, strength, and dimensional accuracy compared to standard unfilled filaments.

Benefits of Carbon Fibre Reinforced Filament

Carbon fibre filaments offer exceptional rigidity, reduced warping, and improved layer stability. Parts printed with carbon fibre reinforcement maintain their shape under load and are ideal for structural and mechanical applications.

Applications for Carbon Fibre 3D Printing

Carbon fibre filament is commonly used for brackets, mounts, jigs, fixtures, frames, housings, and load-bearing components. It is widely adopted in engineering, automotive, aerospace-related prototyping, and manufacturing environments.

Carbon Fibre Filament vs Standard Plastics

Compared to PLA, PETG, or ABS, carbon fibre reinforced filaments deliver far greater stiffness and mechanical performance. While standard plastics are suitable for general use, carbon fibre composites are chosen when strength-to-weight ratio and precision are critical.

Printing Considerations for Carbon Fibre Filament

Carbon fibre filaments are abrasive and require hardened steel or wear-resistant nozzles. Controlled printing conditions, proper temperature settings, and adequate cooling are essential to achieve optimal surface finish and mechanical performance.

Carbon Fibre 3D Printer Filament in South Africa

Create It 3D supplies professional carbon fibre reinforced filaments across South Africa, suitable for engineers and manufacturers requiring high-performance materials for functional and production-ready 3D printed parts.