High-Performance Composite Filaments
Fiberon™ PPS-CF10
Enhanced strength and stability with carbon fiber and Warp-free technology
HDT(°C)
0.45MPa252.5
0.45MPa252.5
Young's
Modulus
Dry5314 MPa
Modulus
Dry5314 MPa
Young's
Modulus
Wet
Modulus
Wet
Spool info:
1.75mm
500g, 2kg
About PPS-CF10
TDSSDS
Ultra performance filament with heat deflection temperature over 250°C, chemical resistance to a wide range of acids, alkalines, fuels and solvents. Naturally flame retardant (V0 UL94) incredbly strong with metal-matching stiffness. PPS-CF10 is dimensionally stable, insensitive to moisture and can print on open bed machines, displaying unrivaled cost/performance properties on the market.
Application Category
Aerospace
Electronics
Molding
HDT (0.45MPa)
HDT(°C)252.5
Young's modulus
Dry5314 MPa
Wet
Tensile strength
(x-y)
N/A
(z)
32.0 MPa
Charpy Impact strength
notched
notched
(x-y)
5.3 kJ/m²
Bending modulus
(x-y)
4646.9 MPa
(*) all data are from printed specimen
Extreme heat resistance over 250°C
UL94 V0 (1.5mm)
Printer compatibility
Printing temperature:
310-350°C
Bed temperature:
80-90°C
(*) No heated chamber or enclosure needed
310-350°C
Bed temperature:
80-90°C
(*) No heated chamber or enclosure needed
Nozzle compatibility
Using a wear-resistant nozzle, such as hardened steel or ruby nozzle, is highly recommended when printing
PPS-CF10
The best thing on the market for your next awesome project
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Our goal is to make materials with a key characteristic - advanced materials that are easy to use for anyone, coming from any industry, without the need of an advanced technological skill set.Do PPS-CF10 prints need annealing? What are the annealing conditions?
PPS-CF10 has good performance after printing and can be used without annealing. If conditions permit, 125°C, 16h annealing can achieve better performance.