INDUSTRIAL BATTERY ASSEMBLY SOLUTION
DMTS E-Mobility line up
In the E-mobility market, high-voltage battery packs require high performance, durability and stability, and the performance of the sealing application suitable for the battery manufacturing process will increase the satisfaction of meeting requirements and improving productivity. With precise control sealing application technology that meets the special requirements of battery pack manufacturing and efficient battery manufacturing process design solution, DMTS is a strategic partner for E-mobility.
Application type by material
In battery pack manufacturing (EV&ESS), the demands for performance, safety, durability, and securing battery life will continue to rise. Precise control, mixing method and mixing ratio of liquid materials used for purposes such as heat dissipation, watertightness, airtightness, and adhesion are key factors.
| Material | Purpose of use | Features | Mixing type |
|---|---|---|---|
| Gap Filler | Thermal transfer | Main material : Silicon, Polyurethane, Etc. |
Static Mixing |
| Potting target material | Thermal transfer Adhesion |
Main material : Polyurethane/Silicon Viscosity : Big difference in Resin/Hardener Curing : Mixed natural curing/Heated proprietary curing Mixing ratio : Resin/hardener mixing ratio is different Curing feature : Hard curing |
Static Mixing Power Mixing Dynamic Mixing |
| Foam Gasket | Gasket | Main material : Polyurethane Viscosity : Big difference in Resin/Hardener Curing : Mixed natural curing/Heated proprietary curing Mixing ratio : Resin/hardener mixing ratio is different Curing feature : High foaming rate, elasticity after foaming |
Dynamic Mixing |
Material use/characteristics/application method is data from DMTS tests, and may vary depending on the manufacturing method and physical properties of the material, and it is possible to respond with a combination of three application methods.
Differences in Material Mixing Type
