About

Description
Features

Now metal replacement is a reality, super charged carbon fiber.

Part of Nylon Carbon Fiber Filament Technical line.

  • PAHP carbon, metal replacement is real, no others polymers in 3D printing can reproduce the same high modulus, high working temperature and high stress resistance.
  • Developed to obtain the best layer adhesion, no compromise for metal replacement.
  • PAHP Carbon, best use for bike and automotive structural component. All components where rigidity and low coefficient of thermal expansion are required.
  • Low influence from moisture and temperature to measures and electrical properties.
High Performance Nylon with Carbon Fiber Filament
Printing Suggestions

Suggested printing specification

  • Extruder temperature - 280 C° +10/-15
  • Bed temperature: 70C° +15/-10
  • Build surface material: Carbon sheet, PA sheet, Plastic film, Composite phenolic cotton
  • Print speed: 25 mm/s
  • Fan: 0%
  • Minimum nozzle dia: 0.40 mm

CARBONIUM Tips & Tricks

0.4 mm is the mininum diameter of the nozzle with carbon fibers reinforced. Carbon fibers are abrasive, we suggest to use a nozzle in hardened or tempered metal, like Widia, or wear resistance internal surface, like ceramics or other. NO tefloned surface!

Specifications

Material properties

  • Diameter: 1.75mm
  • Density: 1.4 g/cm3 (ISO 1183)
  • Water absorption at equilibrium: 0.3 % (ISO 3167 A)
  • Tensile strength: 200 MPa (ISO 527)
  • Charpy impact strength: 36 kJ/m2 (ISO 179)
  • Modulus of elasticity: 25 GPa (ISO 527)
  • Heat distortion temp HDT A: 240°C (ISO 75)
  • Thermal conductivity: 1 W/mK (Hot disck)
  • Insulation resistance: 102 Ohm (IEC 60167)
  • Surface resistance: 102 Ohm (IEC 60093)

Datasheet

Description
Features

Now metal replacement is a reality, super charged carbon fiber.

Part of Nylon Carbon Fiber Filament Technical line.

  • PAHP carbon, metal replacement is real, no others polymers in 3D printing can reproduce the same high modulus, high working temperature and high stress resistance.
  • Developed to obtain the best layer adhesion, no compromise for metal replacement.
  • PAHP Carbon, best use for bike and automotive structural component. All components where rigidity and low coefficient of thermal expansion are required.
  • Low influence from moisture and temperature to measures and electrical properties.
High Performance Nylon with Carbon Fiber Filament
Printing Suggestions

Suggested printing specification

  • Extruder temperature - 280 C° +10/-15
  • Bed temperature: 70C° +15/-10
  • Build surface material: Carbon sheet, PA sheet, Plastic film, Composite phenolic cotton
  • Print speed: 25 mm/s
  • Fan: 0%
  • Minimum nozzle dia: 0.40 mm

CARBONIUM Tips & Tricks

0.4 mm is the mininum diameter of the nozzle with carbon fibers reinforced. Carbon fibers are abrasive, we suggest to use a nozzle in hardened or tempered metal, like Widia, or wear resistance internal surface, like ceramics or other. NO tefloned surface!

Specifications

Material properties

  • Diameter: 1.75mm
  • Density: 1.4 g/cm3 (ISO 1183)
  • Water absorption at equilibrium: 0.3 % (ISO 3167 A)
  • Tensile strength: 200 MPa (ISO 527)
  • Charpy impact strength: 36 kJ/m2 (ISO 179)
  • Modulus of elasticity: 25 GPa (ISO 527)
  • Heat distortion temp HDT A: 240°C (ISO 75)
  • Thermal conductivity: 1 W/mK (Hot disck)
  • Insulation resistance: 102 Ohm (IEC 60167)
  • Surface resistance: 102 Ohm (IEC 60093)

Datasheet

TreeD by TreeD

PAHP Carbon

Regular price
$200.00
Sale price
$200.00
Regular price
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