PA6-CF (Carbon-Filled Nylon 6) delivers exceptional stiffness, dimensional stability, and strength-to-weight performance for demanding industrial applications. Reinforced with carbon fibre, this engineering-grade polymer offers excellent rigidity, heat resistance, and minimal warpage, making it perfect for functional and structural components.

Designed for FDM 3D printing, PA6-CF combines the durability of nylon with the lightweight strength of composite materials, ideal for automotive, aerospace, tooling, and manufacturing applications that require mechanical precision and thermal stability.

Choose PA6-CF when you need production-ready parts that perform under stress, resist deformation, and deliver professional-grade results straight off the print bed.

Max Print Volume 500 x 500 x 700mm

Material Type: Nylon 6 20% Carbon Filled (CARBON-PA6)

Technology: FDM

Colour: Black

Finish Options: Vibro Polished | Vapour Smoothed

Heat deflection temperature: 215°C

Elongation at break: 2%

Tensile strength: 54.7 MPa

Tensile modulus: 2508 MPa

At RYSE 3D, we’ve successfully used PA6-CF to manufacture:

• Cold air pipes and turbo ducting
• Engine bay and under-bonnet components
• Structural brackets and housings
• Tooling, jigs, and fixtures
• Motorsport and performance parts
• Industrial equipment mounts and enclosures

Its combination of rigidity, thermal stability, and low weight makes it perfect for motorsport, automotive, aerospace, and manufacturing applications where every gram and degree matter.

✅ In summary:
PA6-CF is engineered for high-strength, lightweight, and heat-resistant parts that need to perform in demanding environments. Reinforced with carbon fibre, it’s ideal for components exposed to mechanical load, vibration, and elevated temperatures.

At RYSE 3D, our LANDR industrial FDM systems deliver production-grade parts with exceptional accuracy, surface quality, and mechanical strength. Designed and built in the UK, they offer unmatched material freedom from standard polymers to advanced carbon- and glass-filled composites.

Compared to traditional systems, LANDR printers achieve higher part performance, lower running costs, and true scalability making them ideal for functional prototypes, tooling, and end-use production.