ABS Plus Carbon Fiber

$14.99
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  1. High Strength & Durability: Tensile strength reaches 45-55 MPa, approximately 30% higher than standard ABS. It is designed for manufacturing high-load functional prototypes, tooling jigs, and end-use parts, ensuring robust and reliable structures.
  2. Exceptional Stiffness: Flexural modulus is increased by 40-60%, significantly reducing part deformation and deflection under load. This makes it particularly suitable for mechanical components requiring high dimensional stability and precision.
  3. Superior High-Temperature Dimensional Stability: With a Heat Deflection Temperature (HDT) of 105-110°C, it maintains excellent shape stability in elevated temperature environments, making it the ideal choice for engineering applications near heat sources, such as motor housings and engine bay components.
  4. Enhanced Wear Resistance & Surface Hardness: The addition of 10% chopped carbon fiber substantially improves surface hardness and wear resistance, perfect for parts subject to frequent sliding or friction, such as gears, bearings, and sliders.
  5. Optimized 3D Printing Experience & Engineering Suitability: While retaining the good processability of ABS, the incorporation of carbon fiber helps reduce warping and improves dimensional accuracy, enabling more stable and efficient printing of complex engineering parts.
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ABS-CF,Diámetro del cable: 1,75 mm,Peso: 1 kg

 densidad 1,06 g/cm³
Índice de fluidez (g/10 min) 14,2 (220 °C/10 kg)
Temperatura de distorsión térmica (°C, 0,45 MPa)  97℃
 Resistencia a la tracción (Z)
 30 MPa
 Alargamiento de rotura (Z)
 5,7%
 Resistencia a la flexiónXY)
 76,2 MPa
Módulo de flexión (XY)  2694 MPa
 Resistencia al impacto IZOD (XY)
 3,5(kJ/m²)
Temperatura de impresión 240-270℃
Temperatura de la placa inferior 100-110℃
 Velocidad del ventilador
 0%
Velocidad de impresión  ≤200 mm/s
Condiciones secas 70 °C ≥8 h