Business Standard

Evonik to collaborate with HP to develop plastic powder for 3D printing

The German specialty chemicals company has produced special plastic materials, which allow for the industrial production of high-tech components in using 3D printing technologies

Evonik's Vestosint polyamide 12 powders

Evonik's Vestosint polyamide 12 powders

BS B2B Bureau Essen, Germany
German specialty chemicals major Evonik Industries has joined hands with HP Inc to intensify the development of new plastic powders for 3D printing. As the first materials manufacturer, the specialty chemicals company will place a certified product Vestosint 3D Z2773 on Hewlett Packard's Open Platform Program. Vestosint is polyamide 12 (PA-12) powders available in different particle sizes used for numerous applications.
   
“Through the close partnership with HP and our active participation in the open platform program we anticipate further impetus in the development of new plastic powders for 3D printing use,” said Dr Matthias Kottenhahn, head of the business line high performance polymers of Evonik.   
 
   
The new PA-12 powder from the segment of Resource Efficiency Evonik convinces with superior mechanical properties and is FDA compliant, as the components printed on the basis of Vestosint can be approved by the Food and Drug Administration (FDA) for food contact. So, the use of additive manufacturing technologies in food production equipment components which require flexibility due to limited quantities or unique, complex designs is conceivable.   
   
Evonik has developed and produced special plastic materials, which allow for the industrial production of high-tech components in using 3D printing technologies for years. Polyamide 12-based powders Vestosint convince with their high quality and processing capabilities, and the property profile of each powder is perfectly matched to the respective 3D printing technology.

Additive manufacturing or 3D printing is a new technology to shape plastic materials. This technology is based on the principle of the layer-wise build-up of a structure by combining powders, fluids, filaments, sheets, or binders to form a part.

Don't miss the most important news and views of the day. Get them on our Telegram channel

First Published: Oct 19 2016 | 4:30 PM IST

Explore News