REAL PETG 3D Printer Filament - Translucent Magenta - spool of 1Kg - 1.75mm (REALPETGMAGENTA1000MM175)

PETG filament Translucent Magenta 1.75 mm 1000 g for 3D printers is of superior quality, produced in The Netherlands. Real filaments guarantees that the PETG is high-quality and diameter consistent filament, giving you the best 3D printing experience. PETG is great for beginners and novices alike, as it is easy to print and a sweet balance between printability and strong prints. The base material is very clear, so the neutral version delivers semi-transparent results. Within the Real brand we also have PETG available in translucent colors. As the print temperature is higher, the temperature resistance of the print is higher than other materials. If you experience (much) stringing, it is recommended to try a higher temperature. PET-G (Polyethyleentereftalaatglycol) is a very strong, water resistant thermoplastic, with beautiful shiny result. PET is a well known plastic, as it's mostly used in production of soda bottles. In recent years this material has become a very popular material for 3D printing as it combines a number of great properties of both ABS and PLA. Printing with PETG is almost as easy as PLA and requires little more effort. As the bonding with itself is very strong, the first layer should be squished as much as PLA, as the material may blob around the nozzle ruining your print. The layer adhesion is great, making the end result very strong, and bendable instead of breakable as opposed to PLA. PETG doesn't adhere very well to other materials, as glue doesn't have much grip on the material. Another great property of PETG is that the neutral pallets are almost glass like transparent, giving us the opportunity to deliver awesome translucent colors. PET-G can be printed with or without heated bed with little to no warping, using 3DLAC, We recommend using a 65 degrees heated bed however, as the print will come loose automatically when cooling down. For extrusion temperature 245 is the optimum temperature, as lower temperature will result in more string