Polymaker Fiberon ASA-CF08 Dark Grey Carbon Fiber 3D Printing Filament 1.75mm 0.5KG, UV & Weather Resistant, High Rigidity, Heat Resistant, Easy to Print, Functional Parts & Prototypes

Overview

• Brand : POLYMAKER
• Material : Acrylonitrile Styrene Acrylate
• Color : 114 - Fiberon Asa-cf08 1.75mm Dark Grey 0.5kg (Hex Code: #4d5e70)
• Item Weight : 0.5 Kilograms
• Item Diameter : 1.75 Millimeters

About this item

• Carbon Fiber Reinforced: Infused with 8% carbon fiber by weight, ASA-CF08 delivers a 69.1MPa bending strength (XY) and 103 °C HDT(@0.45MPa) for rigidity, strength and outdoor performance.
• Excellent Surface Finish: Polymaker ASA-CF08 prints with a professional matte finish that hides layer lines. ASA-CF08 is ideal for functional prototypes, outdoor housings and aesthetic components.
• Six Vibrant Colors: Unlike most ASA-CF filaments, Polymaker ASA-CF08 is available in six vibrant color options, offering design flexibility for any project.
• High Heat Resistance: Maintains mechanical integrity in high temperatures up to 103 °C HDT @0.45 MPa; ideal for sun-exposed fixtures, enclosures, and vehicle components.
• Enhanced Outdoor Performance: ASA-CF08 withstands prolonged UV and weather exposure; perfect for automotive, construction, marine, and agricultural environments.
• Easy to Print: Designed for both professionals and hobbyists, ASA-CF08 prints smoothly at speeds up to 350 mm/s with reduced warping and strong bed adhesion, even without a heated chamber.
• High Tensile Strength: Achieves 43.5 MPa tensile strength in the XY direction, making it suitable for load-bearing components and mechanical assemblies.
• Moisture & Tangle Free: Each spool is vacuum-sealed and tangle-free so your prints stay smooth and your workflow uninterrupted.
• Multi Material Compatibility: Due to the brittle and abrasive nature of ASA-CF08, caution is advised when used with AMS and other multi material systems.
• Hardened Nozzle Required: ASA-CF08 is very brittle and abrasive; use a hardened steel or ruby nozzles to maintain print quality and reduce nozzle wear over time.