PAHT-CF Pellet

PAHT pellets with carbon fiber reinforcement
Heat resistance up to 150 °C
High dimensional stability and chemical resistance

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Description
Product Details

PAHT-CF pellets for 3D printing are made from high-temperature polyamide reinforced with carbon fiber, delivering exceptional resistance to temperatures up to 150 °C. The material provides excellent dimensional stability, chemical resistance, and durability, making it ideal for industrial fixtures, automotive parts, drones, and other demanding applications. PAHT-CF is the perfect choice for industries that require robust, precise, and reliable components under extreme conditions.

Technical Datasheet PAHT-CF 9742 BK

Technical Datasheet — PAHT-CF 9742 BK

Material Properties

General Characteristics

Parameters and Values

Parameter	Value
Density	1.25 g/cm³
Water absorption rate	<0.3 %
Linear shrinkage	0.00–0.1 %
Tensile strength	170 MPa
Elongation at tensile (at max. load)	1 %
Tensile modulus	15 GPa
Notched impact strength (Charpy)	47 kJ/m²
Heat deflection temperature (HDT)	200 °C
Continuous use temperature	150 °C
Maximum operating temperature	180 °C
Coefficient of thermal expansion	0.4 × 10⁻⁵ /K
Thermal conductivity (in-plane)	1 W/mK
Insulation resistance (strip electrode)	<10² Ω
Surface resistivity	<10² Ω

Recommended Processing Parameters

Processing Instructions

Parameters and Recommendations

Parameter	Recommendation
Drying time	6–8 h
Drying temperature	130 °C
Barrel rear zone temperature	260–300 °C
Barrel middle zone temperature	260–300 °C
Barrel front zone temperature	260–300 °C
Nozzle temperature	250–290 °C
Bed temperature	> 50 °C
Printing speed	40–60 mm/s
Layer thickness	> 0.2 mm