Description
TPU CF 3D Printing Filament: 20% Carbon Fiber Filled
Black Color
Recommended Printing Parameters
- Material Drying: 4 hours at 80 °C
- Nozzle Temperature: 210-230 °C
- Build Plate Temperature: 50-60 °C
- Chamber Cooling: OFF
- Recommended Nozzle: Hardened Steel
TPU CF is a technical-grade thermoplastic polyurethane-based filament reinforced with carbon fibers, developed for applications requiring controlled flexibility, mechanical strength, and good stability in demanding environments.
Before printing, it is recommended to dry the material at 80 °C. To achieve consistent results, especially for functional parts, it is important to print with dry filament and store it protected from moisture.
The recommended printing temperature is between 210 and 230 °C. A heated chamber is not necessary and can be left OFF. The use of a hardened steel nozzle is recommended, as the presence of carbon fiber makes the material abrasive for standard brass nozzles.
TPU CF: Flexible, Technical, Resistant
TPU CF combines the elastic nature of TPU with the increased rigidity and dimensional stability provided by the carbon fiber reinforcement. The result is a material suitable for 3D printing technical, resistant, and slightly flexible components, designed to operate in more severe conditions than traditional TPU.
The material’s hardness is high for a TPU: 91 Shore A and 70 Shore D. This makes it more rigid and less rubbery, while still maintaining good shock and vibration absorption capabilities. The notched Charpy impact strength is 45 kJ/m², while the elongation at break is 15%. The tensile strength at break is 60 MPa.
It is a very interesting choice for the automotive and motorsport sectors, where it can be used for brackets, mounts, protective guards, anti-vibration components, cable guides, spacers, ducts, parts subject to dynamic stress, and small functional elements to be used near oils, fuels, vapors, and hydrocarbons.
The material offers excellent resistance in environments where hydrocarbons, technical vapors, oils, and contaminants typical of workshops, production departments, vehicles, motorcycles, karts, prototypes, and industrial equipment are present. It is also suitable for components that must withstand vibrations, repeated impacts, light abrasion, and non-ideal operating conditions.
Recommended Applications
TPU CF is suitable for:
- functional components for automotive and motorsport
- technical supports and brackets
- impact protection parts
- anti-vibration elements
- cable guides, bushings, spacers, and inserts
- parts for tools, equipment, and jigs
- components for technical prototypes
- parts exposed to oils, vapors, fuels, and hydrocarbons
- applications where standard TPU is too soft
- parts requiring mechanical strength, flexibility, and stability
Thanks to the carbon fiber, the material maintains a technical and clean finish, with a matte and professional appearance. It is a good solution for those looking for a flexible filament that is more rigid, more stable, and better suited to real functional components, not just aesthetic ones.
Main Technical Features
Density: 1.24 g/cm³
Hardness: 91 Shore A / 70 Shore D
Notched Charpy impact strength: 45 kJ/m²
Elongation at break: 15%
Tensile strength at break: 60 MPa
Vicat softening point: 91 °C
HDT at 0.45 MPa: 134 °C
HDT at 1.81 MPa: 70 °C
Surface electrical resistivity, dry: 4E5 ohm
Usage Notes
The material is not suitable for contact with food, for transporting drinking water, or for the production of toys for children. It is not intended for applications in the pharmaceutical, medical, or dental sectors.
PFAS-free product.
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