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Polymaker Fiberon PET-CF17 1.75mm Filament 500g

$54.95 AUD

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SKU: 31221N/A W/H: N/A Barcode: N/A Shipping Weight: 0g N/A Categories: 3D Printer Filaments , Carbon Fibre Filament , Polymaker Tags: 1.75mm, Carbon Fibre Filament, Filament Roll, PETG, Polymaker

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Are you looking to buy Polymaker Fiberon PET-CF17 1.75mm Filament 500g in Australia?

Fiberon PET-CF17 is a brand new high-speed composite 3D printing material developed by Polymaker to deliver strength and performance without moisture sensitivity concerns. Fiberon PET-CF17 carbon fiber reinforced filament excels at rapid prototyping, offering exceptional print quality and dimensional accuracy. Combining the best of strength, speed, and surface finish into one versatile composite filament.

Fiberon PET-CF Industrial Quality

Features

  • Excellent stiffness & moisture insensitivity - Compounded with 17% chopped carbon fiber, Fiberon PET-CF17 delivers excellent mechanical strength and stiffness for a wide range of jig, fixture, automotive and manufacturing applications. Fiberon PET-CF17 is a "moisture insensitive" composite filament[1] , ensuring excellent mechanical properties regardless of moisture absorption. This is in comparison to parts produced in nylon-based carbon fiber that absorb moisture from the air, a process which reduces tensile strength and stiffness of carbon fiber nylon parts. With Fiberon PET-CF17, users can print end-use parts for a wide range of industries without concerns of mechanical performance if the component is exposed to humid or wet applications.
  • High Heat Resistance - Featuring a heat deflection temperature of up to 147°C after annealing [2], Fiberon PET-CF17 heat resistance delivers an easy-to-use composite material for a wide range of end-use applications.
  • High Speed Capable - Fiberon PET-CF17 has been developed with printer compatibility in mind and is high speed capable, enabling printing up to 300mm/s on suitable high speed printers.
  • Dimensional Accuracy & Excellent Surface Finish - Carbon fiber reinforcement in Fiberon PET-CF17 delivers an outstanding surface finish with fantastic dimensional accuracy and low shrinkage during printing.

[1] Moisture insensitivity does not describe whether the filament should be kept dry for optimal print quality. This description of moisture insensitivity is in the context of the end-use application where extremely moisture sensitive materials like PA6-CF see a significant reduction in mechanical properties as the part absorbs moisture. With PET-CF moisture absorption is minimal and doesn't impact the mechanical properties of the part. For best printing results PET-CF17 should still be kept dry during printing and storage.
[2] Fiberon™ PET-CF17 displays the best mechanical and thermal properties when fully crystallised. The printed part will not reach full crystallisation during the printing process, an additional step is required: Annealing. PET-CF17 can be annealed in the oven at 120˚C for 10 hours. Please see settings & specifications tab for detailed annealing instructions.

Fiberon PET-CF17 Carbon-fiber Filament

FIBERON PET-CF 17 THERMAL PROPERTIES

  Value Testing Method
Glass Transition 79.3°C DSC, 10°C/min
Heat Deflection Temperature

0.45MPa - 147.5°C
1.8 MPa - 105 °C

HDT Curve

ISO 75
Vicat Softening Temperature 238.4°C ISO 306, GB/T 1633

FIBERON PET-CF 17 MECHANICAL PROPERTIES

  Value Testing Method
Youngs Modulus
(X-Y)
5481.0 ± 223.7 MPa ISO 527, GB/T 1040
Youngs Modulus
(Z)
3558.8 ± 260.4 MPa
Tensile Strength
(X-Y)
65.9 ± 1.0 MPa ISO 527, GB/T 1040
Tensile Strength
(Z)
27.9 ± 1.3 MPa
Bending Strength
(X-Y)
109.3 ± 2.0 MPa ISO 306, GB/T 1633
Bending Strength
(Z)
43.4 ± 8.8 MPa
Charpy Impact Strength Notched
(X-Y)
5.1 ± 0.2 kJ/m2 ISO 179, GB/T 9343

All PET-CF specimens were printed with 300°C nozzle temperature, 70°C bed temperature, cooling fan OFF and samples were annealed after printing at 120°C for 10h. Samples were printed with 100% infil, 2 shells and 3 top & bottom layers.

Fiberon Materials Comparison Chart

Data taken from Polymakers Technical Data Sheet and is intended for reference and comparison purposes only. Due to the nature of 3D printing, data should not be used for design specifications or quality control purposes.

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