As growth in the EV industry accelerates toward a sustainable future, engineers need to meet multiple challenges. Silicone rubber is compatible with a wide range of materials used in EV manufacturing and combines thermal and electrical safety with proven performance. Check out this webinar recording to discover silicone rubber’s material compatibility, safety, and performance advantages in EV applications.
RDAbbott is hosting a free webinar about SILASTIC™ silicones for EVs on Thursday, December 5, 2024, from 10:00 – 11:00 AM (ET). Jake Steinbrecher, Technical Service & Development Scientist at Dow, will present silicone rubber’s material compatibility, safety, and performance advantages in EV applications, such as cables, busbars, battery components, and automotive lighting.
Dow has shared a technical presentation about how its optical silicones are advancing new LED applications in automotive lighting, sports stadium lighting, and UV drinking water purification systems. This information-rich resource examines the benefits of using SILASTIC™ Moldable Optical Silicones.
A novel silicone material from Dow is helping LumenFlow, a provider of lighting solutions, to improve the accuracy and efficiency of its optical assembly operations. SILASTIC™ MS-1002 Moldable Silicone can withstand the high temperatures of reflow soldering and supports geometries that are not possible with the thermoplastics used in traditional optics.
DOWSIL™ Moldable Optical Silicones provide unprecedented design freedom and performance for challenging applications such as automotive, general, professional and consumer lighting and outdoor displays.
For brighter, more energy-efficient, more unique and longer-lasting lighting systems, we highly recommend you take a look at Dow’s innovative, high-performance silicone materials for protection and assembly and secondary optics.
Darkoo Optics Co., Ltd., an internationally reputable producer of optical lenses that enhance high-performing LED illumination sources, recently collaborated with Dow Corning to develop two new lenses for high-bay lighting fixtures.