Flashforge

Flashforge PLA Filament is a high quality filament, made from high quality virgin plastic and with strong colours, supplied in vacuum packaging for freshness. Wound to prevent tangles, tight tolerance control and quality material ensures great prints every time. Suits most FDM 3D Printers from Creality 3D, Artillery, SUNLU, Geeetech, XVICO, Eaythreed and more. Flashforge filament, firmly follows the ISO 9001 quality standards and lean production requirements to ensure each roll of 3D filament produces great results. Features: Environmentally friendly: Flashforge PLA filament 1.75mm is drilled from corn grain, has no odor omitted in use, and passes the EU RoHS certification. Flashforge filament PLA 1.75 is suitable for teenagers and children to use at home or school, harmless to the human body. High precision: The wire diameter of Flashforge PLA filaments is strictly controlled, with deviation less than 0.05mm. Effectively improving 3D printing effects. Strong compatibility: Flashforge best PLA materials are applicable to mainstream FDM 3D printers on the market. Good fluidity after melting: Greatly reducing problems of nozzle plug High strength: Flashforge PLA filaments ensure high hardness of the printed models. Wear resistant and durable in use. Specifications: Filament Diameter: 1.75mm Tolerance: ± 0.05mm Print Temperature: 190-220°C Recommended Print Speed 60-90mm/s Produced mainly from Corn Starch, eco friendly material. Net Weight: 1kg (inc spool) Gross Weight: 1.3-1.4kg Tensile Strength: ≥60 MPa Elongation at Break: ≥3 % Flexural Strength: ≥60 MPa Flexural Modulus: ≥2500 MPa IZOD Impact Strength: ≥16 J/m Layer Thickness: 0.1-0.2 mm Heat Deflection Temperature: ≥55 °C 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.