【3D Printing Application】ESD Anti-static Printing Powder, Heat-Resistant Enhanced New Release!
3D printing has achieved many astonishing successes in various industries for the production of industrial parts! In industrial fields such as automotive, aerospace, and electronics, common equipment parts are in close contact with each other and are exposed to high voltage and high-temperature factory environments for long periods. If an object does not have sufficient electrostatic dissipation characteristics, static electricity can accumulate, causing sparks, or even electrostatic discharge and damage to parts. Sinterit's Electrostatic Discharge (ESD) powder is now available, check out its enhanced features:
ESD (Electrostatic Discharge) safe materials allow charges to have a "conductive outlet," naturally eliminating static electricity accumulation during operation. Compared to parts made with conventional polymer 3D printing, using ESD materials not only extends the lifespan of parts but also enhances the safety of production lines for businesses and electronics companies. Electrostatic discharge materials can also improve the mechanical stability of tools. (Click here to see: A collection of structural designs to make your product more flexible!)
Powder printing technology is suitable for creating objects with complex structures, high mobility, and many intricate suspended details. It can be integrally formed in a single 3D print, with few layer lines on the surface. The finished products are stronger than those made with FDM/FFF fused deposition modeling and SLA/LCD/DLP photopolymerization technologies. (Click here to see: A quick guide to comparing common 3D printing technologies)
The Sinterit team has just launched the "PA11 ESD Fresh 3D Printing Powder" with electrostatic discharge (ESD) functionality. Through the latest polymers, it enhances the PA11 Onyx powder with ESD safety and heat resistance. It can be used to produce conductive parts that dissipate electrical energy, suitable for industrial applications such as equipment connectors and fixture housings.
PA11 ESD powder is compatible with electronic touch screen materials and can be used in conjunction with them. In addition to the electronics industry, it can also bring more help and innovation to applications such as medical prosthetics and artificial arms in the future.
"The PA11 ESD powder boasts excellent thermal performance and is derived from bio-extracted materials from castor oil, offering an alternative to conventional chemical conductive materials. Furthermore, as a safety explosion-proof component with manufacturing certification, it can be used long-term in various industrial environments. Beyond its applicability in automotive industries like electronics, construction, and vehicle painting facilities, it also opens up possibilities for new applications in diverse fields!" stated Konrad Glowacki, founder of Sinterit, enthusiastically.
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