GLPOLY Thermally conductive structural adhesives are designed to solve thermal management challenge of EV “CTP” battery pack. You can find some kinds of thermally conductive adhesives easily in the market, actually, it’s not easy to find a auto-grade thermally conductive adhesive, this is reality, especially a thermally conductive adhesive combining high thermal performance and strong bonding strength.
After four years development and validation, GLPOLY launched XK-D series of thermally coductive structural adhesives, featuring 1.2-3.0W/mK thermal conductivity, 8MPa bonding strength. We don’t only supply a product but technical support including dispense processes, field application support etc.
To most of thermal management engineers, most concerned items are thermal conductivity, shear strength, cure time, pot life, viscosity, performances after ageing test etc, of course there is a few difference in each design. It’s not created by our imagine, but based on communication with all kinds of clients in EV sector.
Another item concerned by engineers is sag resistance. Usually viscosity is a little higher when it is in static state, and it’s reversed in processes for dispensing easily.
GLPOLY thermally conductive structural adhesives have features and benefits:
1. Thermal conductivity 1.2-3.0W/mK, meeting diverse application demand;
2. Bonding strength 8MPa, withstanding 12m freefall impact; twice as strong as competitive products’;
3. 25-year service life, three times as higher than that of competitive products;
GLPOLY XK-D series of thermally conductive structural adhesives have been validated in DV in leading enterprises such as Lixiang Motor, AIWAYS Motor, LISHEN Battery, Farasis Energy and more. Now the trial production is in progress, we’ll update the status.
GLPOLY is the first one, maybe the only one to develop modified epoxy thermally conductive structural adhesives for CTP battery cell bond so far, and is ready to help you solve thermal management challenge of CTP battery pack with unique reliable products and time-tested knowledge.
