ERYONE Polypropylene Carbon Fiber 20 Filament 1.75mm +/-0.03mm, Semi-Flexible & Ultra Tough, Chemical-Resistant,PP CF 3D Printing Filament, 700g/Spool, PP CF Black
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Product Details
- [Exceptional Chemical Resistance] Exceptional resistance to a variety of chemicals. Ensures stability in various industrial and creative applications.
- [Lightweight and Low Density] Provides low density and light weight for efficient and lighter 3D prints. Ideal for projects where weight plays a crucial role.
- [Versatile printing with ease] User friendly and easier to print than most flexible materials. Compatible with a variety of 3D printers, making it accessible to most users.
- [Moisture-resistant comfort] Normally does not absorb moisture, so no drying is required. Ensures consistent and reliable prints with virtually no prep.
- [High strength and rigidity] Provides impressive strength and rigidity in printed parts. Allows you to create lightweight yet robust objects. Suitable for lightweight, stiff parts making it ideal for aerospace and automotive prototypes.
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Printing ERYONE PP-CF
ERYONE PP-CF in Black is PP filled with chopped carbon fiber, and this listing is a 0.7kg spool. The fibers make parts stiffer and more dimensionally stable than plain PP, but they are abrasive, so a hardened nozzle is mandatory (see nozzle compatibility below). Few makers publish separate PP-CF settings, so the ranges below are for plain PP; expect to print toward the top of them. Brands and even individual spools vary, so treat these as starting points and run a quick temperature tower to lock in the sweet spot for your printer.
Ranges checked against Prusa and Fiberlogy data. Heat resistance is the heat deflection temperature (HDT). Read our PP filament guide for bed adhesion, drying, troubleshooting, and material-specific tips.
Nozzle Compatibility
Carbon fiber is abrasive and wears brass (and stainless) nozzles out of round, sometimes within a single spool. Use hardened steel or another wear resistant nozzle such as ruby or tungsten carbide. With hardened steel, start about 5 to 10°C hotter than you would with brass.
Based on Bambu Lab and Prusa guidance. More in our carbon fiber filament guide and nozzle types guide.