| Recently, Nebraska-based ceramic powder, adhesive and 3D printing service provider Tethon 3D announced the launch of a high Alumina Tethonite, a high alumina ceramic powder for adhesive jet 3D printing.  High alumina ceramic 3D printing 'The development of ceramic powder materials is still an area of our concern,' said Karen Linder, CEO of Tethon 3D. 'We have more than 10 years of experience and expertise in ceramic powder development in adhesive jet 3D printing applications.' It is known that objects made of high alumina materials have corrosion, abrasion and thermal stress resistance. High alumina Tethonite powder consists of more than 96% alumina, which can be used by large enterprises for unique technical applications, including Oil and gas processing, high pressure casing, special crucibles, laser shields, etc. It is reported that the adhesive spray 3D printing process requires Tethon 3D adhesive, which can be sintered at a high temperature of 1300 ° C to form a porous high aluminum object. Heat resistance up to 2000 ° C, Tethonite high aluminum powder can be used to make density close to 99% Parts. After 3D printing, the print must be sintered in the kiln for vitrification without additional post-treatment or infusion steps. When properly sintered, the 3D printed object becomes ceramic and has the expected physics of each corresponding ceramic material. nature. Tethon 3D has been at the forefront of ceramic 3D printing, developing dedicated Tethonite ceramic powders for Zcorp, 3D Systems 3D printers, and Tethon3D ceramic liquid adhesives. According to 3D Tiger, Tethon 3D was originally in commercial operation in 2014. The Tethonite stone powder and its associated adhesives were released. Since then, the Tethon 3D team has been developing porcelain, pottery and now high-aluminum ceramic powder materials. In addition, Tethon 3D is also produced and sold for SLA and DLP 3D printed ceramic and UV curing resin. Tethonite currently offers four materials for $360: pottery (ceramic), stoneware, high aluminum and porcelain. |
