ERYONE Carbon Fiber filament is provide strong yet lightweight prints. Thanks to the infusion of Carbon Fiber into the filament you can create prints with thinner side walls without sacrificing rigidity. Available in both PLA and PETG you can choose the most suitable base material for your required design.

Quality is at the heart of ERYONE, Founded in 2018, Headquartered in Shenzhen, the heart of Chinese Electronics, ERYONE benefits from direct access to raw material suppliers and young talent.

Features:

• Minimum Tolerance | Low Warping | Ensure Consistent Feeding and Stable Prints
  Minimum tolerance and low warping to ensure consistent feeding and stable prints, No clogging, extremely high successful rate, resulting in printed parts that have an outstanding surface finish and are highly precise.
• Purest-grade Material | Made in USA
• Professional Packaging | Vacuumed Sealed
  ERYONE is supplied in a sealed vacuum bag with a desiccant bag to keep it dry and keep out dust and foreign particles, prevent nozzle jams and yield smooth 3D models.
• High Compatibility: Compatible with most 3D Printers that support 1.75mm PLA or PETG filament.
• NOTE: Requires good ventilation during printing due to the presence of styrene.

Specifications:

• Filament Diameter: 1.75mm
• Tolerance: ± 0.03mm
• Print Temperature PLA Carbon Fiber: 190-220°C
• Print Temperature PETG Carbon Fiber: 220-240°C
• Heated Bed Temp: 55-70°C
• Fan Speed: None to Minimal
• Recommended Print Speed 30-60mm/s
• Produced mainly from Corn Starch, eco friendly material.
• Net Weight: 1kg (inc spool)
• Gross Weight: 1.3-1.4kg

FAQ:

• Clogging: Clogging is caused by uneven wire diameter or too low a temperature. Clean the nozzle before use and raise the temperature to reduce the chance of clogging.
• Stringing: If the temperature is too high, the flow of PLA is too fast, or the feed parameters are not set properly, wire stringing will be caused. Reducing the temperature and speed corrections will solve these issues.
• Over Extrusion: Too high a temperature, too slow speed, or nozzle diameter in the section does not match will cause too much extruding at the nozzle outlet, and there will be residual material.