Description

Creality Hyper PAHT-CF 3D Printing Filament – High-Temperature Carbon Fiber Nylon

Creality Hyper PAHT-CF is a high-performance engineering filament based on PAHT (high-temperature polyamide) reinforced with carbon fiber, designed for industrial-grade strength, thermal resistance and dimensional stability.

This advanced composite material delivers superior mechanical performance compared to standard nylon and PA12-CF, making it ideal for demanding functional and structural applications.

Extreme Strength & Rigidity

Carbon fiber reinforcement significantly improves stiffness and load-bearing capability, allowing parts to withstand high stress and mechanical loads.

• High tensile and bending strength (up to ~153 MPa XY)
• Excellent stiffness and structural integrity
• Lightweight yet highly durable parts

Outstanding Heat Resistance

PAHT-CF offers exceptional thermal performance, maintaining strength and shape even under high temperatures.

• Heat deflection temperature up to ~195°C
• Suitable for high-temperature environments
• Stable long-term performance

Low Moisture Absorption

Compared to standard PA-CF materials, PAHT-CF absorbs significantly less moisture, ensuring consistent print quality and mechanical reliability even in humid conditions.

• Up to 76% lower moisture absorption
• Improved dimensional stability
• Reduced warping and shrinkage

Enhanced Layer Adhesion

Improved Z-layer bonding increases impact resistance and durability of printed parts, making them suitable for real-world functional use.

• Strong interlayer adhesion
• Higher resistance to cracking and deformation

Applications

• Mechanical and structural components
• Automotive parts
• Industrial tools and fixtures
• Engineering prototypes
• Robotics and drone components

Technical Specifications

• Material: PAHT (High-temp Nylon) + Carbon Fiber
• Diameter: 1.75 mm
• Net weight: 1 kg
• Printing temperature: 260–300°C
• Bed temperature: 90–110°C
• Heat resistance: up to ~195°C

Important Notes

• Requires hardened steel or carbide nozzle (abrasive filament)
• Recommended enclosed printer for best results
• Dry before printing (e.g. 80°C for 6–8 hours)