Carbon Fiber Reinforced PLA Filament

Carbon Fiber Reinforced PLA Filament - Strength Meets Eco-Friendly Creativity​
In the evolving world of 3D Printer Filaments, Carbon Fiber Reinforced PLA Filament emerges as a revolutionary blend, combining the eco-friendly charm of PLA Filament with the exceptional strength of carbon fiber. This innovative filament redefines what’s possible for creators, offering a material that’s both easy to print and remarkably sturdy—bridging the gap between the user-friendliness of PLA and the durability of filaments like PETG or ABS. Whether you’re using a 3D printer or a 3D Printing Pen, Carbon Fiber Reinforced PLA Filament brings a new level of performance to 3D projects.​

At its core, Carbon Fiber Reinforced PLA Filament retains the best qualities of traditional PLA Filament. It’s derived from renewable resources, making it an eco-conscious choice, and it prints with the same ease that has made PLA a favorite among beginners and experts alike. Unlike some high-strength filaments that require specialized equipment or high temperatures—like ABS Filament, which can be tricky to handle—Carbon Fiber Reinforced PLA flows smoothly through 3D Printing Pens and printers, ensuring consistent extrusion with minimal warping. This means you get the environmental benefits of PLA Filament without sacrificing strength, a combination that’s hard to find in other 3D Printer Filaments.​

The carbon fiber reinforcement is where this filament truly shines. It adds exceptional rigidity and strength to PLA’s natural properties, making it significantly stronger than standard PLA Filament and even rival to PETG Filament in certain applications. Parts printed with Carbon Fiber Reinforced PLA Filament are lightweight yet durable, able to withstand more stress and impact than regular PLA. Whether you’re crafting functional prototypes, sturdy tool handles, or structural components, this filament ensures your creations are built to last—without the brittleness that can affect some ABS Filament or PETG Filament prints.​

Carbon Fiber Reinforced PLA Filament’s strength makes it ideal for projects that demand structural integrity. Unlike TPU Filament, which prioritizes flexibility, or standard PLA Filament, which is better suited for decorative pieces, this reinforced filament excels in creating parts that need to hold their shape under pressure. From small mechanical brackets to custom camera mounts, it delivers the kind of performance that lets you replace traditional materials with 3D-printed alternatives. Its ability to hold fine details also means you don’t have to sacrifice precision for strength, making it perfect for intricate designs that require both form and function.​

Printing with Carbon Fiber Reinforced PLA Filament is a hassle-free experience, thanks to its thoughtful design. Like premium PLA Filament, it resists clogging and jamming, ensuring smooth operation in both 3D printers and advanced 3D Printing Pens. While it’s slightly more abrasive than standard PLA due to the carbon fiber content, it’s far gentler on equipment than full carbon fiber filaments, making it accessible to creators without specialized nozzles. This balance of strength and printability sets it apart from other high-performance 3D Printer Filaments, which often require trade-offs in usability.​

Compatibility is another key advantage of Carbon Fiber Reinforced PLA Filament. It works seamlessly with most consumer 3D printers, just like standard PLA Filament or ABS Filament, and its smooth flow makes it adaptable for use with 3D Printing Pens, though it’s best suited for more structured projects rather than flexible designs. This versatility means you don’t need to invest in new tools to enjoy its benefits—simply load it into your existing setup and start creating stronger, more durable prints.​

Carbon Fiber Reinforced PLA Filament complements other 3D Printer Filaments beautifully. Use it alongside standard PLA Filament to add strength to decorative projects, with PLA handling colorful details and the reinforced filament providing structural support. Pair with TPU Filament to create hybrid parts with rigid carbon fiber frames and flexible TPU components, or combine with PETG Filament for projects that need both impact resistance and rigidity. Even with ABS Filament, Carbon Fiber Reinforced PLA can add lightweight strength to ABS frameworks, proving that it’s a versatile addition to any creator’s toolkit.​

In a market filled with 3D Printer Filaments, Carbon Fiber Reinforced PLA Filament stands out as a smart choice for creators who want the best of both worlds: the eco-friendliness and ease of PLA Filament, plus the strength and durability of high-performance materials. It’s more than just a filament—it’s a solution for anyone looking to push the boundaries of 3D printing, creating projects that are both kind to the planet and built to perform. Whether you’re a hobbyist crafting functional parts or a designer prototyping new ideas, Carbon Fiber Reinforced PLA Filament delivers strength, sustainability, and simplicity in one impressive package.​

Environment-friendly , no odor, non-toxic,no bubble
Strong toughness,High intensity,Smooth Extrusion
Good strength,strong impact resistance,hard to break
More Powerful Physical and Mechanical Properties

 

 

 

Material	Carbon Fiber PLA
Printing temperature（℃）	200℃-250℃
Printing Speed （mm/s）	40-100
Base plate temperature（℃）	50-70
Density（g/cm³）	1.23
Heat-Deformation Temperature（℃,0.45MPa）	52
MRF(g/10min)	190℃-13g/10min
Impact strength(KJ/m²)	4
Softening point（℃）	60
Melting point（℃）	190
Diameter	1.75 mm
Shrinkage	NO
Oxidation degradation	YES
Length	340-345M
Colors	Multicolor
Net Weight(kg)	1
Gross Weight(kg)	1.25
Box Size(mm)	210*210*75
Carton Size(mm)	440*230*385
Qty/Ctn(pcs)	10
G.W/Ctn(KG)	14
Processing Service:	OEM/ODM
Certificate	SDS,ROSH,REACH
MOQ	1PCS