QIDI UltraPA-CF25(PPA-CF25) 3D Printer Filament

QIDI UltraPA-CF25 is one type of 3D printing filament with 25% carbon fiber content and a skin-core structure.Using high-temperature nylon as the base material, UltraPA-CF25 has the characteristics of low moisture absorption, high strength, high wear resistance, excellent chemical resistance and high heat resistance. The 25% chopped carbon fiber content can improve the mechanical properties and heat resistance of printed parts, making it an ideal choice for high-performance engineering applications.

Exceptional Mechanical Properties

Due to UltraPA-CF25's ultra-high bending modulus and 25% carbon fiber reinforcement, UltraPA-CF25's 3D printed products have extremely high rigidity and are suitable for applications with high strength or lightweight requirements.

High Dimensional Stability

With UltraPA-CF25, you can achieve industrial-grade precision and excellent dimensional stability in every print. 25% carbon fiber reinforcement reduces problems such as warping and deformation, ensuring your printed parts maintain their precise dimensions. Whether you are working on high-precision prototypes or end-use components, UltraPA-CF25 guarantees a perfect match to your design specifications, allowing you to complete the most demanding projects with confidence.

Excellent layer adhesion

QIDI UltraPA-CF25 uses reinforced fiber coating technology to allow the extruded filament to maintain a stable skin-core structure. The skin-core structure allows the adhesion between the inner and outer layers of the filament to reach the optimal level, completely avoiding the loss of interlayer adhesion. This further improves the Z-axis interlayer strength of the final printed parts compared to pure resin materials. QIDI UltraPA-CF25 is very suitable for printing thin-walled parts and parts with high mechanical performance requirements.

Exceptional Thermal Resistance

QIDI UltraPA-CF25 has excellent thermal resistance and is very suitable for demanding applications that require stability in high temperature environments. Whether it is a functional prototype, end-use part or industrial assembly, it can maintain excellent mechanical properties under thermal stress to ensure reliability.