Design Lighter-Weight EV Batteries & Improve Performance

Light-curable materials help strengthen the structural reliability of EV battery packs and aid in producing lighter-weight batteries, which can improve BMS responsiveness and range in electric vehicles.
LCMs cure quickly when exposed to UV/LED light to help increase the manufacturing productivity and throughput of EV hybrid and Li-ion batteries, decrease rework and costs, and improve the bottom line.
EV Battery Video
  • High-strength LED-curable structural adhesives for fixturing EV battery cells-to-cells and cells-to-cell carriers.
  • Conformal coatings and encapsulants for protecting PCBs and critical components in BMS and EV charging stations from thermal shock and humidity, and corrosive elements like salt and sulfur.
  • Potting compounds for fixturing battery cells to the base. They have excellent bond strength to plastics and metals and superior resistance to chemicals and thermal shock.
  • Form-in-place gasket sealants form barriers to prevent penetration of air, dust, noise, liquids, gaseous substances, or dirt. They offer sound and vibration dampening, moisture and chemical protection, and air sealing.
Eco-friendly, one-component, low-VOC products replace technologies that contain hazardous ingredients, produce waste, or require higher amounts of energy to process. These features help lower manufacturers' carbon footprint and help meet ESG requirements.
Dymax continues to engineer sustainable assembly solutions for the EV battery industry and remains committed to green manufacturing initiatives.


Download Your Choice of Assets by Registering.

  • Application Bulletin: Light-Curable Materials for EV Battery Applications
  • White Paper: Light & Moisture Dual-Cure Encapsulant
  • Article: Advancing EV Electronics with Light-Curing Technology
  • Selector Guide: Automotive Electronics
  • Comprehensive Guide to Light-Curing Technology

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