Creality Filament PAHT-CF nylon black 1kg

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)