ePLA-CF Carbon Brown Filament 1.75mm 1Kg eSun

Discover the next level of 3D printing materials with the ePLA-CF Carbon Brown filament from eSun. This innovative filament integrates short-cut carbon fibers into PLA to improve the strength and modulus of the material. The addition of carbon fibers not only strengthens the PLA, but also gives it a matte appearance and a unique, sandblasted carbon fiber texture. Whether for structural components or aesthetic purposes, ePLA-CF impresses with its outstanding properties. Its print performance is exceptional and suitable for high-speed prints, making it an ideal material for a variety of applications.

Info: Due to the high carbon fiber content, we recommend using nozzles with diameters larger than the standard 0.4 mm. Since carbon fibers can accelerate the wear of brass nozzles, stainless steel nozzles are a smart choice for longer use of PLA Carbon filament.

Recommended accessories:

Properties of ePLA-CF:

Distinct hardness and stiffness compared to conventional PLA
Excellent print performance, suitable for high-speed prints.
Increased mechanical properties such as hardness, stiffness and tensile strength.
Better abrasion resistance
Extreme compression resistance
Outstanding mechanical properties
Aesthetically pleasing, matte surface quality
No shrinkage after cooling
High carbon fiber content of 15-20%
Vacuum-sealed packaging with desiccant
Recyclable cardboard roll for environmentally conscious disposal
Affordable with excellent value for money.

Applications for ePLA-CF:

Technical and structural components: Due to its improved strength and stiffness, ePLA-CF is ideal for making technical parts that need to withstand higher loads. This includes parts for mechanical devices, robotics components and structural elements in the model building industry.
Aesthetic projects with unique texture: The matte appearance and sandblasted carbon fiber texture of ePLA-CF filament offer an excellent basis for projects that not only require mechanical properties but also an appealing look. Ideal for designer pieces, jewelry, and decorative objects.
Prototypes and end products in aerospace, automotive and sports industries: The combination of lightness and high strength makes ePLA-CF a preferred material for the development of prototypes and the production of end products in industries that require materials with excellent mechanical properties and low weight.