Filament Nebula NYLON PA12 + CF 15 Black [1,75mm, 800g]

Filament Nylon PA12 + CF15 – Extreme strength with carbon fiber

Are you looking for a material that will take your 3D prints to an industrial level? Nylon PA12 + CF15 is a highly durable engineering plastic enriched with 15% chopped carbon fibers. The result is a filament with mechanical properties that far exceed standard materials such as ABS or PLA.

This material is designed for the most demanding applications where maximum rigidity, tensile strength, and high thermal stability are required. In addition, carbon fibers give prints a luxurious matte finish and increase dimensional stability during printing.

Why choose Nylon PA12 + CF15?

Superior mechanical resistance: Extremely high tensile strength and impact resistance.

High thermal stability: Retains stiffness and strength even at high operating temperatures.

Chemical resistance: Excellent resistance to oils and non-polar solvents.

Abrasion resistance: Ideal for functional mechanical components exposed to friction.

Long service life: Structural elements made from this material can withstand long-term mechanical stress.

Printing recommendations (for experienced users)

Carbon-infused nylon PA12 is a material designed for closed-chamber printers.

Important: Nylon naturally absorbs moisture (it is highly hygroscopic). For best results and strong layers, it is essential to dry the filament thoroughly before printing!

Speed: We recommend printing at a lower speed to ensure perfect layer bonding.

Nozzle: Due to the abrasiveness of carbon fibers, we recommend using a hardened steel nozzle (a standard brass nozzle will wear out quickly).

Technical specifications:

Parameter Value

Composition Nylon PA12 + 15% carbon fiber (CF)

Nozzle temperature 255–275 °C

Bed temperature approx. 100 °C

Properties High rigidity, impact strength, matte surface

Resistance Oils, non-polar solvents, high temperatures

Limitations Not resistant to strong inorganic acids

Use: Ideal for the production of functional prototypes, structural parts, automotive replacement parts, and parts exposed to high stress.