Carbon fiber filament is the go-to material when strength, heat resistance, and precision matter most. At Siraya, we’ve built a collection that blends advanced polymers with carbon reinforcement to give you filaments that are tough, lightweight, and stable.
These materials are made for makers who push limits—whether you’re building functional prototypes, end-use parts, or high-performance components.
Print Stronger Parts That Stay Stable Under Stress
Carbon fiber filament delivers more than just stiffness. It gives your prints dimensional accuracy, reduced warping, and a professional finish.
High Strength Without the Weight
Carbon fibers reinforce the base polymer, giving parts high tensile strength while keeping them lightweight. Perfect for functional parts that can’t afford to fail.
- Stronger than standard filaments
- Lightweight but rigid
- Ideal for parts under load
Dimensional Stability You Can Trust
The carbon reinforcement minimizes shrinkage and warping, so your prints keep their shape even in demanding conditions.
- Reduced print deformation
- Better layer adhesion
- Reliable results for complex parts
Take On Heat and Wear With Confidence
High-performance polymers in this collection combine with carbon fiber to resist heat and friction. That means prints last longer and perform better in real-world use.
Thermal Resistance for Tough Jobs
These filaments maintain integrity at higher temperatures, making them a choice for automotive, industrial, and outdoor parts.
- Handles elevated heat
- Maintains stiffness under stress
- Suitable for high-temp applications
Built for Durability
Carbon fiber filament resists wear and tear, so you can count on your parts to handle repeated use without breaking down.
- Strong against abrasion
- Long-lasting performance
- Reliable for moving parts
Smooth Printing Experience With Pro-Level Results
Despite their strength, these filaments are designed for consistent printing. You’ll get the benefits of advanced materials without losing ease of use.
Easy to Handle, Precise to Print
Optimized flow and reduced stringing mean you spend less time troubleshooting and more time creating.
- Prints with clean detail
- Reduced warping during print
- Professional-quality finish
Explore More From Siraya
If you’re diving into carbon fiber filament, you might also want to check out these collections:
- Engineering Resin– Flexible and impact-resistant resins for demanding parts.
- Fibreheart PET Filament Family – Strong, stable PET-based filaments for precise prints.
- Fibreheart PPA Filament Family – High-performance nylon blends with excellent toughness and heat resistance.
- Flexible Resin Tenacious Family – Durable resins that add flexibility and impact resistance to your projects.
Frequently Asked Questions on Carbon Fiber Filament
Is carbon fiber filament worth it?
Carbon fiber filament is worth it if you need stronger, stiffer, and more heat-resistant parts than standard filaments can provide. It creates lightweight prints that hold up under stress, making it ideal for functional prototypes and end-use parts. While it costs more than basic materials, the performance benefits often outweigh the price.
Is carbon fiber PLA stronger than PLA?
Yes, Carbon Fiber PLA is stronger and more rigid than regular PLA. The carbon fibers reinforce the plastic, giving it better tensile strength and less warping. This makes it a better choice for parts that need durability and accuracy compared to standard PLA.
Is carbon fiber PLA hard to print?
Carbon Fiber PLA is not hard to print, but it does require some adjustments. It prints with less warping than many other strong filaments, but you’ll need a hardened nozzle because of the abrasive fibers. With the right setup, it prints smoothly and gives a professional finish.
Can any 3D printer use carbon fiber filament?
Not every 3D printer can handle carbon fiber filament. Since it is abrasive, you need a printer with a hardened or wear-resistant nozzle. A heated bed and an all-metal hotend are also recommended for the best results. Always check your printer’s specs before using carbon fiber filament.
