Product overview
Fiberlogy PCTG+CF10 filament combines a PCTG matrix with carbon-fibre reinforcement for functional parts that need greater stiffness, higher tensile strength and dependable dimensional stability. Compared with standard PCTG, carbon-fibre reinforcement increases stiffness and tensile strength, while reduced shrinkage supports precise geometry. It is made for engineering prototypes, durable test components and functional parts where mechanical performance, dimensional stability and a clean technical finish all matter.
Reinforced performance from a PCTG matrix
This is a PCTG-based composite, distinct from carbon-fibre filaments built on other polymer matrices. The fibres increase stiffness and tensile strength compared with unfilled PCTG, supporting functional parts that need more structural performance than the standard material. The grade also offers chemical and thermal resistance. Carbon-fibre reinforcement makes the filament highly abrasive, an important practical characteristic alongside its mechanical benefits.
Stable geometry and a technical finish
Reduced shrinkage supports dimensional stability in precise models and parts with complex geometry. This is valuable for prototypes and working components where accurate geometry matters. The matte, carbon-textured surface masks layer lines and creates a clean technical finish, combining a functional material with a well-defined surface appearance.
Engineering and development applications
PCTG+CF10 suits engineering prototypes, durable test components and functional parts that depend on rigidity and dimensional stability. It also serves automotive and aerospace applications, including development work and parts with complex geometry. This combination is useful to design teams, technical workshops and individual users who need more structural performance than standard PCTG. Easy mechanical processing supports practical finishing after printing and adds flexibility when refining prototypes, test components and functional parts.