Engineered with polypropylene and 20 % carbon fiber reinforcement, TAFNEX™ MCAM203A overcomes 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.
Available as pellets for Fused Granular Fabrication (FGF) and filament for Fused Filament Fabrication (FFF/FDM), TAFNEX™ MCAM203A empowers designers and engineers to create lightweight, durable, and complex geometries with confidence. 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.
Owing to its carbon fiber reinforcement featuring excellent fiber distribution and fiber-matrix adhesion, TAFNEX™ MCAM203A offers remarkable mechanical properties. This results in high strength while maintaining enhanced elasticity - setting it apart from conventional materials and competitors.
TAFNEX™ MCAM203A is 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™ MCAM203A ensures a pleasant, odor-free printing experience, making it ideal for indoor and workspace environments. Enjoy clean processing without compromising performance or quality.
TAFNEX™ MCAM203A ensures exceptional interlayer adhesion, eliminating delamination and delivering strong, cohesive prints every time. Achieve superior part integrity and reliability in your additive manufacturing projects.
TAFNEX™ MCAM203A is engineered for precise, distortion-free printing, eliminating warpage and stringing. Achieve clean, accurate parts with minimal post-processing and maximum reliability.
By using TAFNEX™ Pellets, hood air duct bezels of a safety car have been produced through Fused Granular Fabrication (FGF).
By using TAFNEX™ Filament, a motorcycle rear fender has been produced through Fused Filament Fabrication (FFF).
By using TAFNEX™ Pellets, rear spoilers of a safety car have been produced through Fused Granular Fabrication (FGF).
By using TAFNEX™ Pellets, the fenders of a safety car have been produced through Fused Granular Fabrication (FGF) with the addition of formed a TAFNEX™ Design Sheet for improved aesthetics.