RPET+glass fiber filling, Ke PP SPUNBOND NONWOVEN Si Cyn released 3D printing particle materials

Date:2022-7-19 Author:Sam

Covestro recently launched its first glass fiber -filled RPET 3D printing material developed by Disman Zeng Material Manufacturing Business Department. Koschuang completed the acquisition of Disman’s manufacturing business in April this year. According to reports, this 3D printed material brand is Arnite \u0026#174; AM2001 GF (G) RPET, which is made of PET material after consumption, which is in line with Koschuang’s circular economy development vision, reflecting Koschuang and Disman in Disman The complementarity of creating value in the field of additive manufacturing and industrial production. Compared with the new material, Koschuang .PNG can improve the structural functionality of the material with lower carbon footprints, which means that suppliers can achieve the sustainable recycling of material functionality and supply chain at the same time. Increasing sustainability, reducing cost regeneration PET can be fully used for 3D printing manufacturing technology -that is, melting particles manufacturing (FGF), and making large -sized parts of large -sized parts with fast and economical feasibility. Direct 3D printing application shorten the product development time and reduce costs. In addition, 3D printing improves the flexibility of product design, which helps reduce the cost of material. 3D printing is essentially a more sustainable production method. Through these material solutions, Coseshn will help manufacturers move towards the circular economy. ARNITE \u0026#174; AM2001 (G) RPET’s mechanical properties and extensive processability make it very suitable for various structural applications. Wall maintenance layer or indoor and outdoor furniture, boat, packaging box or tools. Hugo Da Silva, the head of the manufacturing business (formerly Disman), said: \”This high -performance 3D printing particle material is an important step to establish a circular supply chain. Because PET packaging accounts for more than 50%of the total plastic waste, it will pass through the total amount of plastic waste, and it will pass through the total amount of plastic waste. Its cycle regeneration uses new materials, extending its service life. This material helps suppliers to reduce costs and increase efficiency without sacrificing performance. \” \”We are very optimistic about this circular material designed by new colleagues. It is completely in line with Koschuang’s idea of \u200b\u200bcircular economy.\”