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Ingtron has introduced a new polymer powder (PA6) for 3D printing applications in higher temperature ranges.
the company has developed materials that meet the requirements of our industrial partners and strengthen the combination of high-performance materials for its powder-based 3D printing process to better meet customer needs.
the new PA6 powder is said to have high mechanical strength and excellent chemical and temperature resistance
china
. Its thermal deformation temperature (HDTB) is approximately 195 degrees C, and the powder has a low water absorption rate (less than 3%), which increases its machinability in 3D printing, thus increasing the dimensional stability of components (AM) added to the material.
"'s new, ready-to-use materials, which are suitable for a single printer and extend their range of applications to higher temperatures, take the 3D printing industry one step closer to series production," commented Mark Zhao, founder and executive officer of TPM, a supplier of selective laser sintering systems in China. "We see a strong demand for 3D solutions in higher temperature ranges - for example, in the automotive and electronics industries. That's why we're excited to launch a new temperature stabilization material with Win. 20
production of this material at its plant in Marr, Germany, for all powder-based 3D printing technologies. The company has now been operating in 3D printing for several years and opened its Marr plant in 2017, with the initial production of PA12 materials. Cosco also joined HP's Open Materials Platform that year and opened a research and development center in Singapore focused on the manufacture of add-ons. Last year, the company announced plans to open a new 400 million euro PA12 production plant in Marr to develop 3D-printed materials based on polyether inlayamide (PEBA) and to publicly acquire structural polymers in January 2019. Ingtron is now working to extend its products to the AM market, adding PA6 materials to its existing PEEK, PA12 and PEBA powders.