Mechnano, in collaboration with Tethon3D, has introduced that their C-Lite vat photopolymerization resin has handed NASA’s ASTM E595-77/84/90 outgassing assessments. This high-temperature resistant Electrostatic Discharge (ESD) materials is suitable with Stereolithography (SLA), Digital Mild Processing (DLP), and Liquid Crystal Polymer (LCP) 3D printer methods. C-Lite can endure temperatures as much as 225 levels Celsius, making it appropriate for purposes requiring high-temperature sturdiness.
Outgassing, the discharge of gasses by non-metallic supplies underneath warmth or vacuum, is a crucial problem in manufacturing. This phenomenon can result in contamination and purposeful impairment of parts. C-Lite’s profitable check outcomes, together with Whole Mass Loss (TML) of 0.7%, Collected Risky Condensable Materials (CVCM) of 0.02%, and water vapor restoration of 0.13%, qualify it as a non-outgassing materials. This achievement highlights C-Lite’s potential in optics, electronics, and different industries the place high-temperature, low-pressure situations prevail.
Dr. Olga Ivanova, Director of Purposes and Expertise at Mechnano, emphasised C-Lite’s thermal and static-dissipative properties, deeming it splendid for electronics purposes starting from area tools to medical units. Trent Allen, CEO of Tethon 3D, famous the promising purposes of carbon nanotube (CNT) photopolymer supplies in international additive manufacturing.
C-Lite’s sturdy thermal properties and compatibility with numerous AM methods place it as a flexible selection for difficult environments. Wanting forward, the business might even see broader purposes and developments in high-performance supplies for area, electronics, and medical sectors.
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