Optimal performance with maximum safety
Sealing, bonding, and thermal management are key applications in providing optimal performance and maximum safety to electric vehicle (EV) and hybrid vehicle (HV) batteries. Whether you use prismatic, pouch, or cylindrical cell types in your module or pack assembly, Graco has one and two-component dispensing equipment that is long-lasting, accurate, and can handle a wide range of materials, including highly abrasive gap filler materials (TIM).
Graco is a renowned name in sealants and adhesive equipment. With years of experience in the automotive and battery markets, we provide our customers with tailor-made solutions and support for sealing, bonding, and thermal management in cell, module, and pack assembly.
To guarantee supply of a superior quality of equipment to a market that is constantly evolving, like the battery market, Graco prioritises the investment of human and financial resources in research and development. This results in long-lasting solutions with unmatched results.
With facilities worldwide and partners in over 100 countries, Graco provides global support & training for your company. Together we help you select the solution that fits your unique requirements with local in-person support after installation.
Thermal Management Benefits for EV Battery
Thermal management is critical for electric vehicle battery packs and requires durable dispensing equipment to withstand demanding application challenges.
Foam Encapsulation of Cylindrical Battery Cells
Learn about foam encapsulation and its role in the manufacturing of high-performance battery modules that remain safe under all failure conditions.
Case study: Li-ion battery manufacture
An li-ion battery manufacturer needed a cell potting solution to meet industry requirements to prevent thermal runaway and thermal propagation.
Battery back seal - EV battery
A quality seal is critical for the performance and longevity of EV batteries and for protecting integral components from water intrusion and other harsh environmental conditions.
Cell to carrier bonding - EV battery
Learn about cost reduction in battery assembly, best achievable by shortening the cycle times and contributing to high-speed automated processes.
Fireproofing for an EV battery
Considering the role fireproofing plays in the safety of lithium-ion batteries, proper spray equipment is crucial to providing high-quality passive fire protection (PFP) coatings.
Slurry Dispense for Electrode Coating
Growing demand for EV battery manufacturing requires advanced solutions – and slot die slurry dispense application is no different.
At 6.4 W/m-K thermal conductivity, Tflex™ CR607 is at the forefront of thermal performance for a two-part, cure in place dispensable gap filler.
LG Chem VM 1802, a two-component thermal material for EV Battery and Electronics heat transfer applications.
Liqui-Form 3500 (LF3500)
Henkel - BERGQUIST® LIQUI-FORM 3500 is a high conductivity gel thermal interface material designed for demanding applications that require a balance between dispensability and low component stress during assembly.
HB Fuller EV Protect 4006
EV Protect 4006 is a two-component flame retardant, low-density polyurethane foam designed for potting and encapsulation of cylindrical cells in EV battery modules.
HB Fuller EV Seal 500
Learn more about EV SEAL 500, an easy to apply, fast setting, and resealable gasket material used in automotive and EV battery applications.
LORD CoolTherm SC-1200
LORD CoolTherm® SC-1200 thermally conductive silicone gap filler is a two-component material designed to provide excellent thermal conductivity for electronic and battery applications.