TECAFIL PEEK EV CF30

The TECAFIL PEEK EV CF30 carbon fiber PEEK filament represents one of the most advanced solutions in the field of high-performance industrial 3D printing. Manufactured by Ensinger and based on the renowned VESTAKEEP® polymer developed by Evonik Industries, this material combines the outstanding properties of PEEK (Polyetheretherketone) with a 30% carbon fiber reinforcement, resulting in a technical filament with maximum mechanical strength, thermal stability, and chemical durability.

The TECAFIL PEEK EV CF30 is specifically designed for advanced additive manufacturing applications where materials must withstand extreme temperatures, structural loads, and aggressive chemical environments. Thanks to its optimized formulation, this filament is positioned as one of the most demanded materials in engineering 3D printing, especially in sectors where reliability and dimensional accuracy are critical.

Carbon fiber reinforced PEEK: structural rigidity and extreme strength

The use of carbon fiber in PEEK for 3D printing enables the production of components with exceptional structural rigidity and an outstanding strength-to-weight ratio. With tensile strength reaching up to 196.5 MPa, this material ranks among the strongest engineering thermoplastics used in additive manufacturing.

An elastic modulus above 19 GPa provides extraordinary stiffness, allowing the manufacture of functional parts capable of replacing metal components in certain industrial applications. This combination of carbon fiber reinforced PEEK for 3D printing offers excellent mechanical stability even under demanding working conditions, making it a strategic choice for functional prototypes, end-use parts, and high-performance structural components.

The low elongation at break, typical of PEEK CF compounds, ensures highly stable and predictable mechanical behavior, ideal for applications where dimensional accuracy and deformation resistance are critical factors.

High-temperature PEEK filament for extreme applications

Among high-temperature 3D printing materials, PEEK holds a privileged position. This filament features a glass transition temperature of 143 °C and a melting temperature of 343 °C, maintaining outstanding mechanical properties even in severe thermal environments.

Its ability to operate at 260 °C continuously and up to 300 °C for short periods makes it one of the most heat-resistant filaments available for industrial FDM 3D printing. This thermal resistance enables the production of functional parts for environments where conventional materials such as PLA, ABS, or PETG are insufficient.

Additionally, its heat deflection temperature of 162 °C ensures excellent dimensional stability under load, which is essential in engineering applications where tolerances and geometric precision must be maintained under elevated temperatures.

Chemical resistance and dimensional stability in industrial environments

The PEEK CF filament for industrial 3D printing stands out for its exceptional resistance to aggressive chemicals, oils, hydrocarbons, and corrosive agents, significantly expanding its application range in advanced manufacturing.

Its high resistance to hydrolysis and superheated steam allows its use in industrial environments exposed to humidity, pressure, or extreme temperatures. In addition, its low coefficient of thermal expansion contributes to superior dimensional stability, resulting in printed parts with high precision, minimal warping, and excellent repeatability.

These characteristics position carbon fiber reinforced PEEK for 3D printing as one of the most reliable materials for manufacturing technical components subjected to mechanical, thermal, and chemical demands.

Engineering material for advanced industrial sectors

The PEEK CF30 filament for professional 3D printing is widely used in industries where material reliability and mechanical performance are essential. Key sectors include aerospace, automotive, mechanical engineering, chemical technology, and oil & gas.

In these fields, 3D printing with carbon fiber reinforced PEEK enables the production of lightweight, strong, and highly durable parts, reducing production costs and development times without compromising structural performance. The combination of high mechanical strength, thermal stability, and chemical resistance makes this material a strategic solution for additive manufacturing of high-value functional components.

Professional PEEK filament for advanced 3D printing

The TECAFIL PEEK EV CF30 is supplied in 500-gram spools and has been developed for high-performance FDM 3D printing systems capable of processing advanced engineering polymers. Its formulation based on VESTAKEEP® PEEK offers optimized viscosity and crystallization behavior to ensure consistent results in industrial additive manufacturing applications.

Thanks to its combination of extreme rigidity, superior thermal resistance, dimensional stability, and chemical resistance, this filament stands out as one of the most advanced options in the market for PEEK materials for professional 3D printing, enabling the production of technical parts capable of operating in environments where conventional polymers cannot deliver the required performance.