Tagged: EV

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.

On Wednesday, October 23, 2024, from 10:00 AM – 3:00 PM, RDAbbott is hosting a free technical seminar at the Wyndham Garden Edmonton Airport Hotel in Edmonton, Alberta, featuring Chemlok® rubber-to-substrate adhesives from Parker Lord. During this in-person event, Parker Lord Technical Field Service Engineer JR Nordstrom will review the rubber-to-substrate bonding process from start to finish. This review will include proper substrate preparation, adhesive preparation and application techniques, coated part handling, and molding best practices. The training will then transition into a troubleshooting workshop where failed parts are studied for bond failures and preventative actions.

Join us in Minneapolis, Minnesota, for LSR 2024 from October 13 – 15 to discuss technological and scientific developments in LSR and explore its countless industry applications. LSR 2024 will kick off with a welcome reception on Sunday evening. It will continue with two days of technical presentations on Monday and Tuesday, including a panel discussion about advances in silicone materials, and an exhibitor area to connect with other attendees.

On Wednesday, July 24, 2024, from 10:00 AM – 3:00 PM (ET), RDAbbott is hosting a free technical seminar at our Barberton, Ohio, facility featuring Chemlok® rubber-to-substrate adhesives from Parker Lord. During this in-person event, Parker Lord Application Engineer Brady Hultman will review the rubber-to-substrate bonding process from start to finish. This review will include proper substrate preparation, adhesive preparation and application techniques, coated part handling, and molding best practices. The training will then transition into a troubleshooting workshop where failed parts are studied for bond failures and preventative actions. In addition, RDAbbott’s East Coast Sales Manager Jason Huff will provide a brief overview of the latest product developments from Parker Lord.

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.

Parker Lord has released a new animated video that shows electric vehicle (EV) applications for its Chemlok® adhesives, Sipiol® adhesives and coatings, and Flocklok®/Flocksil® adhesive products. These proven solutions meet EV-specific challenges, such as heavier vehicle weights and greater suspension loads, while supporting automotive comfort, performance, and safety.

Dow will exhibit and present at Battery Show North America 2023, the continent’s largest battery event for electric vehicles (EVs) and hybrid electric vehicles (HEVs), from September 12 to 14 at the Suburban Collection Showplace in Novi, Michigan. Dow will exhibit E-Mobility solutions in Booth 1901 and provide a technical presentation about thermal management for EV batteries on September 14.

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.