Specialist 3D Printer Filaments

ERYONE ASA (Acrylonitrile styrene acrylate) filament is a new material designed to give UV Resistant prints with similar strengths and quality to ABS. Providing superior heat and chemical resistance to ABS it's great for parts for used in outdoor, automotive and hostile environments. While easy to print and less prone to warping than ABS, care should be taken not to overcool the print for best results. 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 PrintsMinimum 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 SealedERYONE 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 ABS filament. NOTE: Requires good ventilation during printing due to the presence of styrene. Specifications: Filament Diameter: 1.75mm Tolerance: ± 0.03mm Print Temperature: 230-260°C Heated Bed Temp: 90-110°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 can occur due to an uneven wire diameter or a temperature that is too low. To reduce the likelihood of clogging, clean the nozzle before use and increase the temperature. Stringing: Stringing can occur if the temperature is excessively high, the filament flow is too rapid, or the feed parameters are incorrectly set. Adjusting the temperature and speed settings appropriately can resolve these issues. Over Extrusion: Excessive temperature, slow extrusion speed, or a mismatched nozzle diameter can lead to over-extrusion at the nozzle outlet, resulting in residual material.

ERYONE Luminous PLA Filament is a high quality Glow in the dark PLA Filament that's great for creating Halloween model and props, prints and parts. Great for sculptures, cosplay and model making. Suits most 3D Printers from Creality 3D, Artillery, SUNLU, Geeetech, XVICO, Easythreed and more. Features: Contains noctilucent power, Charge from Sunlight, Incandescent lamp, Ultraviolet light. Make awesome Glow in the dark prints. High Dimensional Accuracy: 1.75mm, tolerance +/-0.03mm. No Tangling: Perfect winded filament PLA, 100% tangle-free before unopened, neatly rolled, no curling or warping. High Compatibility: Universal compatibility with diverse 99% common-used FDM 3D printers in market. Vacuumed Sealed Packaging: The filament comes in a sealed vacuum bag with a desiccant bag to keep it dry and keep out dust. Eco-friendly: Made from Corn Starch and PLA, fully recyclable. Specifications: Filament Diameter: 1.75mm Finish: Glow in the Dark Green Tolerance: ± 0.03mm Print Temperature: 190-220°C Recommended Print Temperature: 200-220°C Heated Bed Temp: 55-70°C Recommended Print Speed 30-60mm/s In order to avoid corrosion, higher hardness steel nozzles are recommended. Gross weight: 1.35kg (approx.) Net weight: 1kg (approx.)  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.

P-Glass Filament is the latest in advances for 3D printers, using a mix of PolyCarbonate and PETG it can produce prints with a glass effect similar in strength to ABS prints. This is not your regular filament so please read the note below to ensure you have great results. The 'Glass Fibre' is a cloudy fiber in appearance but strong like the transparent options. Glass Fiber P-Glass Filament 1.75mm High Transparency, PC & PETG Composite 3D Printer Filament better than ABS. Features: The composite polymer material of PC and PETG imitates glass material; it has high transparency, good rigidity, toughness and strength; its transmittance is more than 92%, haze is 0.2%, and its optical performance is better than that of glass. . Color: Transparent Wire diameter: 1.75mm Net weight: 0.5 or 1kg / Gross weight: approx 1.4kg Printing temperature: 200-220°C Hot bed temperature: 60-100°C Printing thickness: 0.3mm/0.5mm thick shell, strong and rigid P-glass printing test experience: Temperature test: filament comparison at 170,180, 190, 200 and 210°C It is impossible to melt and extrude if below 170°C, from 170 to 190°C extrusion may come out white or cloudy or with a matt finish due to incomplete melting, similar to PLA transparent material extrusion. At 200 to 210°C, the filament is transparent, glossy and bright, and the transparency is similar to that of glass; Therefore, the printing range of 200-220°C is recommended. Printing difficulty: P-glass printing difficulty coefficient is higher than PLA, but it is still easy to print. The material itself has better rigidity, firmness and toughness than PLA. It can print thin shell objects, or single-layer appearance. Thin walls less than 1mm can also be printed, P-glass is very strong. However, when printing with P-glass, pay attention to the first few layers of the bottom contacting the platform. When the printer is leveling, the distance between the nozzle and the platform needs to be be well controlled, if the distance is too large, P-glass is may cool and curl on the platform, with potential for the nozzle to drag the filament away, resulting in unsuccessful printing of the previous layers. If the distance is too close to the platform when the nozzle is leveled, the front layers will lead to poor discharge when printing, the front layers will not be very flat when printing, the poor discharge will lead to more burrs at the bottom, the nozzle will absorb burrs when moving, and the longer printing time will accumulate more and more burrs on the nozzle wall, so it is necessary to peel off the filament from the nozzle wall in time Once the bottom layers are printed, it is similar to PLA to continue to print on the top layer. It is recommended to print objects with simple structure such as thin shell, water cup, lampshade, etc. and objects with regular direction in each layer. It is not recommended to print objects with complex structure such as: objects with many empty walks and nodes in each layer; the thicker the printing is, the less transparent the P-glass is, the thinner the layer the better for transparency, but test with smaller prints first.