Fiberon™ ASA-CF08 Desert Sand
CHF 19.50
🟢 In stock
Content: 0.5 kg
Product Details
- Manufacturer: Fiberon
- Series: Fiberon
- Material: ASA with 8% carbon fiber
- Color: Desert Sand
- Diameter: 1.75 mm
- Weight: 500 g
- Print Temperature: 260–280 °C
- Heated Bed: 90–100 °C
- Max. Print Speed: 350 mm/s
- Heat Deflection: 97.3 °C (HDT 1.8 MPa)
- Note: Wear-resistant nozzle recommended (hardened steel or ruby)
Description
The Fiberon™ ASA-CF08 Desert Sand in 1.75 mm format is a carbon fiber reinforced high-performance filament designed for demanding outdoor applications. The warm sand tone gives your prints a natural, elegant aesthetic, while the 8% carbon fiber reinforcement ensures exceptional mechanical properties. With heat resistance close to 100 °C, this material significantly outperforms conventional ASA and is perfect for components exposed to high temperatures. The excellent UV resistance guarantees that your prints won't fade or become brittle even after years outdoors. Thanks to easy printability and speeds up to 350 mm/s, you achieve professional results efficiently. Ideal for automotive parts, drone housings, solar panel mounts, and durable garden elements that need to withstand the elements.
Applications
- Outdoor enclosures for electronics and sensors
- Automotive components and brackets
- Drone and RC vehicle parts for outdoor use
- Solar panel mounts and mounting systems
- Durable garden and balcony elements
- Weather station and measuring device housings
- High-strength functional prototypes
Recommendations
For optimal results, we recommend a wear-resistant nozzle made of hardened steel or ruby, as brass nozzles wear out after approximately 9 hours of printing. Dry the filament at 90 °C for 6 hours before printing and store it below 20% humidity. Print in well-ventilated areas or use an enclosed printer. Allow printed parts to cool naturally before removing them from the build plate. The minimum bending radius is 60 mm – avoid tighter bends when loading. This filament is conditionally MMS-compatible; note increased feeder wear with multi-material systems.