Fiberon PPS-CF10 Filament Black 1.75Mm 0.5KG

Description

Additional Features	Extreme Heat Resistance, Carbon Fiber Reinforcement, High-Speed Printing Optimization
Global Trade Identification Number	06938936714583
Manufacturer Part Number	FM01001
Unit Count	17.64 Ounce
Item Highlight	Extreme Heat Resistance, Carbon Fiber Reinforced PPS, Engineered Dimensional Stability Rigid 3D Printer Filament for Molding
Number of Items	1
Number of Packs	1
Model Number	FM01001
Item Weight	0.5 kg
Item Diameter	1.75 millimeters
Material Type	PPS-Carbon Fiber
Color	Black Pps-cf10
Material	PPS-Carbon Fiber

Product description

Fiberon PPS-CF10

3D printing filament

3D printing material with extreme heat resistance - over 250°C: UL94 VO (1.5mm)

Carbon fiber reinforced material: With 10% carbon fibers

HDT(°C) @0.45 MPa: 252.5

Bending modulus (MPa): 4647

Material characteristics

Fiberon PPS-CF10 properties

Print in Fiberon PPS-CF10

Comparison chart for Fiberon materials

• Carbon Fiber Reinforced PPS: Fiberon PPS-CF10 is a 1.75 mm carbon fiber reinforced PPS filament engineered for high heat resistance, chemical resistance, rigidity, and dimensional stability. Suitable for high-temperature prototypes, tooling, fixtures, electronics components, and industrial functional parts.
• High Heat Resistance: After annealing at 125°C for 16 hours, PPS-CF10 has a typical heat deflection temperature of 252.5°C at 0.45 MPa under the test conditions specified in the product TDS. Actual part performance may vary with part design, printing parameters, annealing conditions, and operating environment.
• Low Moisture Absorption: PPS-CF10 has an equilibrium moisture absorption of approximately 0.225% at 23°C and 70% relative humidity. For consistent extrusion and surface quality, dry at 100°C for 10 hours before printing and keep the filament below 20% relative humidity during storage and use.
• Direct Filament Path Recommended: As a short-carbon-fiber reinforced engineering filament, PPS-CF10 is stiff before printing. Sharp bends, tightly curved PTFE tubes, or multiple feeder turns can place excessive stress on the filament. Use a smooth, low-resistance, and direct path from the dry box to the extruder. Proper printing conditions produce rigid, dimensionally stable functional parts.
• High-Temperature Printing Requirements: Print at 310–350°C using a printer and all-metal hotend rated by the manufacturer for continuous operation at the selected temperature. Use a hardened steel, ruby, or other wear-resistant nozzle, set the bed to 80–90°C, and keep the cooling fan off. Reduce printing speed if layer adhesion is insufficient. To achieve the properties reported in the product TDS, anneal at 125°C for 16 hours.