NYLON PA12+CF15 black carbon filament Professional Lab

Product description

Nylon PA12+CF15 Professional Lab is a top-class nylon filament with 15% carbon fibers, designed for demanding technical applications. It combines the low water absorption and chemical resistance of PA12 polyamide with the high stiffness and heat resistance of a carbon composite. The result is exceptionally strong, stiff, and lightweight parts with minimal warping and high dimensional stability during printing.

The filament is suitable for professional and industrial use – from functional prototypes and engineering components to end-use parts that must withstand long-term mechanical loads and elevated temperatures.

Main advantages and properties

• 15% carbon fibers (CF15) – significantly higher strength and stiffness compared to pure PA12
• High heat resistance – operating temperatures of parts up to approx. 150–160 °C depending on geometry and conditions
• Low water absorption – PA12 has the lowest water absorption among common polyamides, parts retain dimensions and properties better in humid environments
• Very low shrinkage and deformation – minimizes warping and cracking during printing, suitable even for larger parts
• High chemical resistance – resists oils, lubricants, and many chemicals, suitable for technical environments
• Matte, technical surface – elegant black carbon look, masks layers and minor imperfections
• Low density and high stiffness – ideal for lightweight constructions and metal part replacements
• Professional diameter accuracy – diameter 1,75 mm with tight tolerances for reliable printing

Warning: The filament is highly abrasive – always use a hardened steel / hardened or ruby nozzle, otherwise rapid wear of a brass nozzle will occur.

Recommended applications

• Engineering and functional parts – housings, brackets, jigs, flanges, covers, fasteners, and mounting elements
• Automotive and industry – components exposed to higher temperatures, oils, and vibrations
• Drones and RC models – lightweight, very stiff, and impact-resistant frame and bracket components
• Steel part replacements – where significant weight reduction is required while maintaining strength
• Jigs and tools – clamps, assembly jigs, measurement and production fixtures
• Parts for powder coating and elevated temperatures (depending on the specific thermal load)

Printing recommendations

Parameters may vary depending on the specific printer, but for PA12+CF15 these values are typically effective:

• Nozzle temperature: approx. 255–280 °C (depending on speed and cooling)
• Bed temperature: 90–110 °C (for some formulations 70–120 °C)
• Chamber: an enclosed chamber is beneficial, but not strictly required (depends on part size)
• Part cooling: 0–20% (rather low, only for small details)
• Recommended print speed: approx. 30–60 mm/s
• Build surface: PEI, glass, or another surface + suitable adhesive (Magigoo, adhesive spray, glue stick) for better adhesion
• Dry filament: drying before printing is recommended (approx. 80–90 °C / 4 h) to prevent bubbles and surface degradation

Hardware recommendations:

• nozzle: hardened steel / hardened / ruby, ⌀ ≥ 0,4 mm
• hotend: all-metal (without PTFE in the hot zone) due to higher printing temperatures

Key customer benefits

• Professional engineering material – suitable for real-world use, not just prototypes
• High stiffness and strength thanks to 15% carbon fibers
• Resistance to high temperatures (approx. 150–160 °C depending on application)
• Low water absorption and chemical resistance – stable parameters even in demanding environments
• Minimal deformation and shrinkage – better dimensional accuracy even for larger parts
• Matte carbon surface – technical appearance, suitable for final parts

Technical parameters

Specific numerical values (e.g. exact tensile strength, modulus of elasticity) may vary depending on the manufacturer and the specific PA12+CF15 formulation; the parameters given are based on common PA12+CF15 filaments on the market.

Safety and storage

• store in a dry place, ideally in a resealable bag or box with silica gel
• when post-processing (sanding, milling), use a respirator and safety goggles
• print with good ventilation or in an enclosed print chamber with extraction

Key features:

• Professional PA12 nylon filament with 15% carbon fibers for extremely strong and stiff parts
• High heat resistance of finished prints up to roughly 150–160 °C
• Very low water absorption and high chemical resistance – suitable for demanding environments
• Minimal shrinkage and deformation during printing, ideal for precise and larger technical parts
• Matte black carbon surface with a technical look, suitable also for end-use parts
• Ideal for automotive, industrial jigs, drones, metal part replacements, and other engineering applications