ASA-CF is a carbon-fibre-reinforced ASA composite engineered for outdoor, structural, and load-bearing applications that demand lasting performance and precision. By combining ASA’s inherent UV and weather resistance with the stiffness and dimensional stability of carbon fibre, this material offers superior strength, minimal warpage, and a sleek matte finish that looks production-ready straight off the printer.

With 8% carbon fibre content, ASA-CF achieves significantly higher rigidity than standard ASA while maintaining excellent impact resistance and a heat deflection temperature of 110 °C. It prints cleanly with low shrinkage, making it ideal for large, precise, and visually refined parts that must endure sunlight, moisture, and temperature fluctuations without degradation.

Perfect for automotive, motorsport, and industrial applications, ASA-CF is the go-to choice for exterior components, housings, and fixtures where mechanical strength, UV stability, and professional surface quality are essential.

Max Print Volume 500 x 500 x 700mm

Material Type: ASA 8% Carbon Filled (ASA-CF)

Technology: FDM

Colour: Black

Finish Options: Vibro Polished | Vapour Smoothed

Heat deflection temperature: 110°C

Elongation at break: 9.6%

Tensile strength: 34 MPa

Tensile modulus: 2290 MPa

ASA-CF is an ideal choice for:

• Automotive exterior components
• Motorsport & marine fixtures
• Industrial housings & enclosures
• Outdoor tools & functional prototypes
• Aesthetic structural parts
• End-use components
  

✅ In summary:
ASA-CF is ideal for strong, UV-resistant components that face outdoor or high-stress environments. Perfect for automotive housings, vents, mirror caps, industrial enclosures, and structural fixtures, it delivers rigid, matte-finish parts that stay stable, durable, and visually refined under heat, sunlight, and vibration.

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.