ERYONE Carbon Fiber ASA Filament 1kg - Olive Green

What is ERYONE Carbon Fiber ASA Filament 1kg - Olive Green?

ERYONE Carbon Fiber ASA Filament 1kg - Olive Green is an engineering-grade 3D printing material designed for users who demand strength, durability, and environmental resistance. Combining ASA (acrylonitrile styrene acrylate) with carbon fiber reinforcement, this filament delivers a superior strength-to-weight ratio, making it a top choice for functional and structural prints exposed to outdoor conditions or mechanical stress. The olive green color adds a sleek, professional finish to finished parts, suitable for both prototyping and end-use applications.

Key features

• Carbon Fiber Reinforced — Enhances stiffness and tensile strength for structural prints.
• UV and Weather Resistant — Ideal for outdoor applications due to ASA’s inherent resistance to sunlight and moisture.
• Heat and Chemical Resistant — Maintains integrity under high temperatures and exposure to common solvents.
• Abrasive Material — Requires hardened steel nozzle to prevent nozzle wear during printing.
• Vacuum-Sealed Packaging — Includes desiccants to prevent moisture absorption and ensure print reliability.
• Optimized for Enclosed Printers — Performs best in printers with stable chamber temperatures to minimize warping.
• 1.75mm Diameter — Standard size with tight tolerance for consistent extrusion.

Who is ERYONE Carbon Fiber ASA Filament 1kg - Olive Green for?

This filament suits intermediate to advanced 3D printing users working on industrial prototypes, outdoor fixtures, automotive components, or marine-grade accessories. It’s ideal for engineers, makers, and professionals seeking durable, aesthetically finished parts that withstand harsh environments. Hobbyists with access to hardened nozzles and enclosed printers will also benefit from its performance.

How does ERYONE Carbon Fiber ASA Filament 1kg - Olive Green compare?

Compared to standard PLA or ABS filaments, ERYONE’s carbon fiber ASA offers far greater strength, thermal stability, and weather resistance. It outperforms regular ASA in rigidity due to carbon fiber infusion and is more suitable for outdoor use than PETG or standard polypropylene. While more abrasive and demanding in printer setup, it delivers professional-grade results unmatched by commodity filaments.