Using adhesive solutions instead of fasteners helps to increase component life through excellent environmental resistance of adhesive-bonded parts.
Urethane and acrylic adhesives bond dissimilar materials, making it easier to use plastic and composite materials in everything from the liftgate to the battery pack. As a result, the adhesives contribute to a lighter-weight vehicle.
Where heat is a concern, we also have adhesives that provide flame retardancy and are electrically isolative.
Developed to assemble various battery pack components, explore our featured Battery Pack Structural Adhesives:
Learn more about all our acrylic adhesives here.
Our line of structural adhesives can bond a variety of substrates while providing structural strength and improving design flexibility. With our thermally conductive options, we enable OEMs to improve their EV battery design through lightweight adhesives that provide electrical insulation to the most crucial components.
Versilok two-component acrylic adhesives are an excellent option for customers seeking to achieve high dimensional stability of closure panels through low-temperature cure. Adding to that, our adhesives can simplify your manufacturing process by eliminating or reducing process steps.
Our adhesives are suitable for a wide variety of materials and substrates that can bond materials ranging from metals to plastics to composite lightweight materials. With unmatched bonding performance on metals, our structual adhesives are compatible with e-coat and powder coating processes.
Whether you need structural integrity or an improved thermal connection, our structural adhesives allow flexibility in design and substrate bonding in EV batteries. When used on battery box lids, adhesives can seal and attach the lid to the box in place of traditional mechanical fasteners, adding less weight to your battery pack and leading to longer range.
Our customers run into several issues when welding aluminum. By using structural adhesives, the need for mechanical fasteners as well as post-weld rework is eliminated. Watch this video to explore more benefits of using adhesives for EV battery box aseembly.
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Our customers have access to a team of dedicated Application Engineers, enabling you to communicate with the right people for any question or challenge. Our Application Engineers garner in-depth knowledge of your projects, which helps expedite material requirements, testing, production, and on-site troubleshooting.
Whether you're looking for hem flange bonding, thermal management, or composites and plastic bonding in automotive applications, we've got you covered. Download our guide to finding the product that best fits your automotive assembly needs.
We work with our customers to deliver the best thermal management products for complex applications, moving with speed and agility to create highly-engineered solutions for the EV industry. Check out our electrification brochure for details on our fully customizable line of CoolTherm® thermal management products, including gap fillers, potting and thermally conductive adhesives.
Beat the heat with Industrial Battery Solutions. In the evolving world of high-energy-density batteries, managing heat during charge and discharge cycles is crucial. CoolTherm® materials offer customizable solutions compatible with cylindrical, pouch and prismatic battery cells.
Enhance industrial EV battery performance with Parker's CoolTherm® TC-2002, a thermally conductive adhesive for optimal thermal management and safety.
Discover how direct cell bonding with adhesives can revolutionize electric heavy-duty truck battery designs.