Engineered with polypropylene and 20 % carbon fiber reinforcement, TAFNEX™ pellet materials overcome the traditional challenges of printing polypropylene, such as warping and poor layer adhesion, thanks to Mitsui Chemicals’ expertise in advanced polymer compounds. The result is a versatile, high-strength material optimized for additive manufacturing, delivering exceptional printability and mechanical performance.
TAFNEX™ pellet materials are specifically engineered for Fused Granular Fabrication (FGF) and Large Format/Scale Additive Manufacturing (LFAM/LSAM). By directly processing thermoplastic pellets, these technologies enable high deposition rates, reduced material costs, and the efficient production of large, functional components. Learn more below.
Being made from one of the lightest polymer materials, TAFNEX™ is among the lightest carbon fiber composite materials and offers a substantial weight advantage over most carbon fiber materials.
TAFNEX™ pellet materials can be processed at relatively low temperatures (< 300 °C), enabling use with a wide range of 3D printers without the need for specialized high-temperature equipment.
With its PP matrix, TAFNEX™ pellet materials offer superior resistance to most chemicals, especially those that are alkaline.
TAFNEX™ carbon fiber reinforced materials deliver excellent mechanical performance, with each grade offering specific advantages for different application requirements.
TAFNEX™ Pellets are designed for immediate use: Its moisture-resistant properties mean you can start printing right away, without the need for time-consuming drying processes. Achieve reliable performance and streamlined efficiency in every project.
TAFNEX™ Pellets ensure exceptional interlayer adhesion, eliminating delamination and delivering strong, cohesive prints every time. Achieve superior part integrity and reliability in your additive manufacturing projects.
TAFNEX™ pellet materials provide good UV resistance, helping to maintain material performance under prolonged outdoor exposure.
TAFNEX™ pellet materials are engineered for precise, distortion-free printing, eliminating warpage and stringing. Achieve clean, accurate parts with minimal post-processing and maximum reliability.
Known for their outstanding water resistance, PP materials such as TAFNEX™ maintain their performance in water-related applications, setting them apart from hygroscopic polymer such as polyamides and polycarbonates.
TAFNEX™ MCAM203A is a 20 % recycled carbon fiber reinforced polypropylene (PP-rCF20) compound developed for additive manufacturing, offering increased elasticity and impact resistance for durable functional components.
TAFNEX™ MCAM213A is a 20 % recycled carbon fiber reinforced polypropylene (PP-rCF20) compound developed for additive manufacturing and optimized for maximum strength and stiffness in lightweight structural applications.
Using TAFNEX™ Pellets, hood air duct bezels for a safety car were produced using large-format, gantry-based FGF printing and subsequent post-processing. A formed TAFNEX™ Design Sheet can be added for improved aesthetics.
The rear spoilers for a safety car were produced from TAFNEX™ Pellets using large-format, gantry-based FGF printing and subsequent post-processing.
Using TAFNEX™ Pellets, the fenders of a safety car have been produced through gantry-based FGF printing with the addition of formed a TAFNEX™ Design Sheet for improved aesthetics.