Product Description
ERYONE PPS-CF10 Black 0,5 kg is a
high-performance technical filament designed for professional and industrial use. The base consists of
polyphenylene sulfide (PPS), reinforced with
10 % carbon fiber, which allows the material to achieve
extraordinary thermal and chemical resistance, high stiffness, and long-term dimensional stability.
PPS-CF10 is designed for
extremely demanding environments where common technical plastics (e.g., PA, PC, ABS) are no longer sufficient. The filament offers
thermal resistance with a heat deflection temperature (HDT) of approx. 238 °C at 0,45 MPa and
chemical resistance to a wide range of acids, bases, fuels, and solvents. The material is
naturally flame retardant (UL94 V0 at 1,5 mm thickness), dimensionally stable, has low water absorption, and can be printed even
on open FDM printers without a heated chamber.
Main Features
- High-temperature resistant composite filament PPS-CF10
- Base polymer: polyphenylene sulfide (PPS)
- Reinforcement: approx. 10 % carbon fiber
- Thermal resistance / HDT: approximately 238 °C at 0,45 MPa
- Flame retardancy: UL94 V0 classification (at 1,5 mm thickness)
- High stiffness and strength, flexural modulus in units of GPa
- Excellent chemical resistance to acids, bases, fuels, and solvents
- Low water absorption, high dimensional stability
- Minimal deformation (warp) even without a heated print chamber
- Black color, technical surface appearance
- 0,5 kg spool, filament diameter 1,75 mm
Recommended Application Areas
ERYONE PPS-CF10 filament is primarily intended for
professionals and industry where long-term mechanical properties and resistance are key:
- Automotive – thermally stressed parts in the engine compartment, brackets, consoles, fixtures, and assembly jigs
- Aerospace – lightweight yet very stiff structural elements
- Electronics – components with requirements for flame retardancy and dimensional stability
- Molds and tooling – functional prototypes, small series of mold inserts, fixtures
- Industrial manufacturing – parts exposed to chemicals, fuels, or high temperatures
This material is suitable for
advanced users and companies that need
reliable parts for extreme conditions and have a printer capable of reaching high printing temperatures.
Printing Recommendations
Specific settings may vary by printer type. The values below are general recommendations for ERYONE PPS-CF10.
Hardware Requirements
- All-metal hotend with temperature resistance of at least 350 °C
- Durable (wear-resistant) nozzle – hardened steel, tempered steel, ruby, or other abrasion-resistant material (carbon fibers are abrasive)
- Quality profile for high-temperature materials in the slicer
Recommended Printing Parameters
- Nozzle temperature: approx. 310–350 °C (often around 320 °C, depending on printer and part geometry)
- Bed temperature: approx. 80–90 °C
- Heated chamber: not required, but an enclosed space can improve print quality for larger parts
- Print speed: rather low to medium; adjust according to model complexity and printer capabilities
- Bed adhesion: quality surface treatment recommended (textured PEI, special adhesive products suitable for high-temperature technical plastics)
Post-print Annealing
- The filament has very good properties already after printing, annealing is not mandatory
- To maximize performance, parts can be annealed at approx. 125 °C for approx. 16 hours (must be verified according to specific application and geometry)
Technical Parameters
| Parameter |
Value |
| Material base |
PPS (polyphenylene sulfide) |
| Reinforcement |
~10 % carbon fiber |
| Filament diameter |
1,75 mm |
| Spool weight (net) |
0,5 kg |
| Nozzle temperature (recommended) |
310–350 °C |
| Bed temperature (recommended) |
80–90 °C |
| Recommended annealing |
approx. 125 °C / 16 h (optional) |
| Heat deflection temperature HDT |
~252 °C at 0,45 MPa |
| Flame retardancy |
UL94 V0 (1,5 mm) |
| Printing technology |
FDM/FFF |
Who is PPS-CF10 Suitable For
ERYONE PPS-CF10 is a
material for advanced to expert users, development departments, and industrial enterprises that:
- need reliable parts for long-term operation at high temperatures,
- require chemical resistance and flame retardancy,
- want to utilize the high stiffness and dimensional stability of composite PPS.
Compared to common filaments (PLA, PETG, ABS, nylon), PPS-CF10 provides
significantly higher temperature and chemical resistance, but requires a
high-performance printer and experience with printing technical composites.
Key Features:
- Top-tier technical filament based on PPS with 10 % carbon fiber for extremely demanding applications
- Thermal resistance – heat deflection temperature around 252 °C at 0,45 MPa
- Excellent chemical resistance to acids, bases, fuels, and solvents
- Flame retardant material with UL94 V0 classification (at 1,5 mm thickness)
- High stiffness and strength, stiffness comparable to metal materials
- Low water absorption and high dimensional stability for precise parts
- Minimal deformation (warp) and possibility of printing even without a heated chamber
- Black composite filament suitable for automotive, aerospace, electronics, and molds
- Intended for FDM/FFF printers with all-metal hotend and durable nozzle
