Follow on Google News News By Tag Industry News News By Place Country(s) Industry News
Follow on Google News | ![]() Mechnano Announces ESD Powder Solution Based on Jabil PK 5000By: Mechnano PK ESD retains the unique advantages of Jabil PK 5000 (about:blank)— Thanks to D'Func, PK ESD parts have Nano-Uniform ESD at 108 ohms surface resistivity, while closely retaining PK 5000's impressive mechanical performance, including:
"We are thrilled about this latest solution that leverages our D'Func technology in Laser Sintering materials," says Bryce Keeler, Mechnano's president. "D'Func-enhanced powders will expand the AM market's ability to respond to the growing need for quick-turn, static-dissipative, end-use parts that support an ever-increasing array of applications made more widely available as AM materials continue to advance." "We are offering PK ESD directly to laser sintering companies as a white-label product and will support interested end-users as well. We are excited to continue to add new material solutions that help grow the reach of AM and welcome companies looking to formulate unique laser sintering powders to contact Mechnano." Keeler added. PK ESD is the latest offering in what promises to be an ever-expanding line of additive manufacturing masterbatches, resins, and now powders that leverage the power of D'Func to provide material enhancements. ### MEDIA CONTACTS Communications +1 (480) 648-9919 info@mechnano.com About Mechnano Mechnano is the company first to fabricate parts with discrete carbon nanotubes using vat photopolymerization systems. The company's proprietary technology, D'Func, allows for exponential improvements of nearly all types of AM materials with properties that were previously thought impossible. Headquartered in Arizona, this US company is backed by over a decade of research and development and protected by over 130 process and composition of matter patents. D'Func enables improvements in areas such as static dissipation, impact, tear resistance, and tensile. Learn more at http://www.mechnano.com End
|
|