3dxtech carbonx peek cf20

3dxtech carbonx peek cf20CarbonX Peek+CF20 high performance filament for extreme conditions The CarbonX Peek+CF20 is a technical filament based on PEEK, enriched with 20% carbon fibers. This combination results in exceptional material strength, heat resistant properties, and excellent chemical resistance. Ideal for demanding industrial applications where PEEK is often the first choice. Technical performance & applications With CarbonX Peek+CF20, you produce highly durable

CarbonX Peek+CF20 – high-performance filament for extreme conditions

The CarbonX Peek+CF20 is a technical filament based on PEEK, enriched with 20% carbon fibers. This combination results in exceptional material strength, heat-resistant properties, and excellent chemical resistance. Ideal for demanding industrial applications where PEEK is often the first choice.

Technical performance & applications

With CarbonX Peek+CF20, you produce highly durable parts that withstand temperatures above 120 °C. The filament remains dimensionally stable and can be used in demanding environments – such as aerospace, mechanical engineering, or medical applications. Additionally, the carbon fiber reinforcement provides increased stiffness and reduces warping during printing.

Printing characteristics of the high-end filament

• Modern PEEK base with 20% carbon fibers

• Recommended printing temperature: 360–400 °C

• Heated bed required at approx. 120 °C, ideally with a closed chamber

• Textured, matte surface with a technical look

• Low shrinkage thanks to optimal material combination

Advantages of CarbonX Peek+CF20

• Highest temperature and chemical resistance

• Excellent mechanical stability

• Extremely dimensionally stable – ideal for precision and functional parts

• Smooth, structural surface for professional applications

Fields of application & target groups

The CarbonX Peek+CF20 is aimed at professional users, research laboratories, and industrial users. The combination of PEEK and carbon fibers makes it the perfect solution for mechanically highly stressed components, durable parts, and demanding designs that cannot compromise on durability.