Tagged: Wire and Cable

On Thursday, October 23, 2025, RDAbbott hosted a webinar about Dow SILASTIC™ HCRs. During this 53-minute presentation, Jake Steinbrecher and Dave Armstrong of Dow explore how custom SILASTIC™ HCR silicone solutions can be engineered to solve real-world challenges—enabling safer, more efficient, and longer-lasting products.

RDAbbott is hosting a free webinar featuring Dow SILASTIC™ silicone HCRs on Thursday, October 23, 2025, from 11:00 AM to 12:00 PM (ET). Jake Steinbrecher and Dave Armstrong of Dow Performance Silicones will be our presenters. Join us as we explore how custom SILASTIC™ HCR silicone solutions can be engineered to solve real-world challenges—enabling safer, more efficient, and longer-lasting products.

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In this webinar recording, Jake Steinbrecher and Brad Jones, Technical Service & Development Scientists for Dow, highlight opportunities for silicone rubber in electric vehicles (EVs) with an emphasis on safety and material compatibility.

In this webinar, Jake Steinbrecher and Brad Jones, Technical Service & Development Scientists for Dow, will highlight opportunities for silicone rubber in electric vehicles (EVs) with an emphasis on safety and material compatibility. SILASTIC™ silicones from Dow combine mechanical and chemical properties that many organic polymers cannot match.

Electrical resistivity is an important property for various EPDM applications, such as wire and cable, battery and fuel cell gaskets, and automotive profiles. To achieve the specified electrical resistivity values in these applications, it is necessary to replace smaller particle size furnace blacks with mineral fillers and/or larger particle size carbon blacks. This 47-minute presentation highlights the results of Cancarb’s technical study that compared blends of hard clay, Thermax® N990, and N550, and evaluated how the size, structure, and surface chemistry of these filler systems impact the insulative and conductive behaviors of the EPDM compounds.

Electrical resistivity is an important property for various EPDM applications, such as wire and cable, battery and fuel cell gaskets, and automotive profiles. To achieve the specified electrical resistivity values in these applications, it is necessary to replace smaller particle size furnace blacks with mineral fillers and/or larger particle size carbon blacks. Join us on June 7, 2023, from 2:00 – 3:00 PM (ET) to hear the results of Cancarb’s technical study that compared blends of hard clay, Thermax® N990, and N550, and evaluated how the size, structure, and surface chemistry of these filler systems impact the insulative and conductive behaviors of the EPDM compounds.