Thermally Conductive Structural Adhesives

Parker Image

Two Benefits, One material

Thermally Conductive Structural Adhesives

Whether you need structural integrity or an improved thermal connection, these products allow design flexibility and the ability to bond a variety of substrates. Our CoolTherm adhesives couple high-bond strength with thermal conductivity for ease of use and cost-savings.

Benefits of Using Adhesives Instead of Mechanical Fasteners

VIDEO HERE

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 battery box aseembly.

Battery Packs

Applications: Cell to Cooling Plate, Cell to Module, Module to Pack, Battery Lid

As battery technology evolves towards increased energy density, the ability to manage heat during charge and discharge cycles is crucial for optimizing performance. Our CoolTherm thermal management materials are fully customizable and compatible with cylindrical, pouch and prismatic battery cells. Our dedicated application engineers will work with you to ensure your project’s specific performance requirements, cost targets and deadlines are met quickly.

Parker Image

Charging Systems

Applications: Inverter, Converter, Charging Handles

CoolTherm solutions improve proper heat flow in inductors and transformers, optimize performance during charging and discharging, and increase product longevity. Since these products have a low viscosity, they flow easily into the tiniest crevices, enabling better impregnation of irregularly-shaped magnetic components and helping to reduce inductor hum. We can help you select the correct material and optimize your process to improve performance and lower costs.

Parker Image
Parker Image

Featured White Paper

Adhesives for Next Generation Cell-to-Pack Configurations

With the significant growth and development of battery pack technologies, manufacturers of Electric Vehicles (EVs) are placing an increased emphasis on pack design optimization. Manufacturers seek lighter weight, yet more compact solutions to gain additional energy density and reduce cost. In parallel, they also strive for simpler and more affordable manufacturing operations. One immediate route to achieving these goals is the elimination of the housings of battery modules and bonding individual cells directly to the cooling plate, a strategy known as “cell-to-pack.” To learn more about this design, read our latest white paper.

Parker Image

Blogs

View all

Resources

View all
pink cooltherm gap filler being dispensed by meter mix dispense equipment
Intro To Thermal Management for Electronics

Learn more about the fundamentals of thermal management for electronics.

Read Blog
white cooltherm gap filler being dispensed by meter mix dispense equipment
How to Choose and Use Thermal Gap Fillers

Learn more about the fundamentals of thermal management for electronics.

Read Post
microelectronics catalog pdf preview
Product Catalog: Microelectronics

Explore our microelectronics solutions. If you need help choosing one of our standard microelectronic products or if they don’t quite meet your needs, let us help you determine an appropriate solution for your application.

Parker Image
Product Catalog: Potting & Encapsulation

We offer potting & encapsulants that are thermally conductive for applications where you need to remove heat, as well as non-thermally conductive materials.

Read post
Parker Image
White Paper: Battery Cooling Performance

Our data show a clear advantage for liquid-dispensed gap fillers versus thermal gap pads when removing heat from battery modules. Learn from our experts in our latest white paper which compares gap filler and thermal pad performance on a prototype electric vehicle battery module.

Read post