Polymaker Fiberon™ PPS-CF10 - 500gr.
Alert me if this item is restocked.
We often restock popular items or they may be returned by the other customers. If you would like to be notified when this happens just enter your details below.
Polymaker Fiberon™ PPS-CF10 - 500gr.
We respect your privacy and don't share your email with anybody.
Alert me if this item is restocked
We have cancelled your request.
Mjög öflugt efni frá Fiberon línunni frá Polymaker, gífurlega hitaþolið eða allt að 250°C
Er mjög efnaþolið og sterkt, krefst prentara sem getur prentað á 350°C.
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.
Fiberon PPS-CF10 is a carbon fiber reinforced PPS filament designed for demanding applications. It offers high mechanical strength, excellent heat and chemical resistance, and minimal warping during printing. Unlike many other high-performance materials, it doesnt require a heated chamber, making it more accessible for professional use.
Highlights- Carbon fiber reinforcement for added strength and stiffness
- High heat and chemical resistance
- Minimal warping during printing
- No heated chamber required
- Exceptional V0 flame retardancy
- Density 1.29 g/cm
Built for Extreme Conditions
Fiberon PPS-CF10 is made for applications where strength, durability, and resistance to heat and chemicals are crucial. Its V0 flame retardancy and moisture insensitivity make it a reliable choice for professionals working in demanding environments.
Printing Recommendations
For best results, use an all-metal hotend capable of reaching at least 310˚C, along with a hardened nozzle to handle the abrasive carbon fiber content. Post-print annealing is recommended to optimize mechanical performance. While a heated chamber is not required, proper print settings and cooling can help maintain consistent results.