Nylon Carbonite (Nylon Carbon Fiber Filament)
Developed for engineering and industrial applications, Nylon CARBONITE is a carbon fiber reinforced nylon filament that is excellent for prototyping and producing functional parts. This 3d printing filament offers the chemical resistance, durability, and signature subtle flexibility of nylon — but with the structural rigidity of carbon fiber. In addition to adding light-weight strength, carbon fiber provides extra thermal resistance and prints easily, with less warpage than regular nylon filaments. When printed, Nylon CARBONITE provides an appealing semi-matte black finish.
SECTION 1, IDENTIFICATION |
|
Product Part Number: | F09118 |
Recommended Use: | 3D printing filament |
Restrictions on Use: | For use with 3D printers |
SECTION 2, DESCRIPTION |
|
Description: | Nylon Carbonite is a nylon carbon fiber filament that is excellent for prototyping and producing strong, light-weight functional parts with an appealing semi-matte black finish.
High-modulus carbon fiber reinforced polyammide |
Applications: | Jigs and fixtures Concept modeling Visual and functional prototyping Manufacturing tools End use parts Short run manufacturing Aerospace applications Automotive Applications |
Key Features: | Appealing semi-matte black finish
Reinforced with high-modulus carbon fiber Chemical resistance Durability Subtle flexibility of nylon Structural rigidity of carbon fiber |
SECTION 3, SPECIFICATIONS |
EXTRUDER TEMPERATURE | 245C |
BED TEMPERATURE | 80C -120C |
HEATED BED | Required |
RECOMMENDED BUILD SURFACE | Wolfbite NITRO |
DIAMETER | 2.88mm |
COLOR | Black |
COMPATIBLE MACHINE | AXIOM, AXIOM 20, AXIOM Dual Extruder, EVO |
GENERAL | |
Density ISO 1183 | 1,00 g/cm3 |
Suggested print speed | 40 mm/s |
THERMAL | |
Melting point ISO 11357 | 180°C |
Thermal expansion coefficient ISO 11359 | 0,5 10-4 /K |
Heat deflection temp. HDT/A ISO 75 | 155°C |
Max usage Temp. long term ISO 2578 | 90-120°C |
Max usage Temp. short term ISO 2578D | 150°C |
Specific volume resistivity ISO IEC 60243 | 103 Ωm |
PHYSICAL | |
Nominal Diameter (3mm Maximum Dia) | 2.85 ± 0.05 mm |
Linear mould shrinkage ISO 294 | 0.3 |
MECHANICAL | |
Tensile Modulus ISO 527 | 6000 MPa |
Tensile Strength ISO 527 | 100 MPa |
Impact strength ISO 179/2-1eU | 60 kJ/m2 |
Ball indentation hardness ISO 2039-1 | 110 MPa |
UL FLAMMABILITY | |
Flammability ISO 1210 | HB |
SECTION 4, ADDITIONAL INFORMATION |
- 3D printing with carbon fiber reinforced filaments are abrasive and can wear out a brass or aluminum nozzle.
- Drying – very important. This product is supplied dry and sealed in thick 4mil pouch with several packs of desiccant. However, it is made using nylon and will absorb more moisture than other resins when left exposed to the environment. Excessive moisture will result in popping at the nozzle (water boiling off, a little steam) and excessive drooling and nozzle build-up. Make sure to keep this filament in a dry location between uses. If the filament does get wet, you can dry it out with a basic toaster oven (not one for food consumption). Recommend drying for 2-3 hours at 70-80°C. The reel itself has lower thermal resistance than the nylon filament and will distort / melt before the nylon.
- Recommended print bed prep nylon carbon fiber filament is Wolfbite NITRO
- Other carbon fiber filaments include: ABS Carbonite, PETG Carbonite