TerminalsAs it goes through the rolling stage after vacuum pressure casting, there are no pores inside the metal structure and it has excellent strength. Our unique design patent technology at the cover insertion parts fundamentally prevents leakage and discoloration. |
Pole platesSolite’s advanced rolling technology maximizes service life by reducing corrosion, prevents active material drop-off due to substrate deformation with expanded grip structure, and optimizes electrical efficiencies and starting power using low-resistance substrate design. |
Battery separatorSolite batteries perform maximum durability is enabled by high-density active materials. Through the application of super-resistance PE separator, excellent starting power even in cold environments is guaranteed. |
Explosion-proof filtersInstalling an explosion-proof filter on the exhaust port contributes to blocking the inflow of external fire and eliminates possible product rupture due to gas emission during charging and discharging. |
CoversDouble cover structure of gas-liquid separation prevents external leakage and allows maintenance free maintenance. |
As it goes through the rolling stage after vacuum pressure casting, there are no pores inside the metal structure and it has excellent strength. Our unique design patent technology at the cover insertion parts fundamentally prevents leakage and discoloration.
Solite’s advanced rolling technology maximizes service life by reducing corrosion, prevents active material drop-off due to substrate deformation with expanded grip structure, and optimizes electrical efficiencies and starting power using low-resistance substrate design.
Solite batteries perform maximum durability is enabled by high-density active materials. Through the application of super-resistance PE separator, excellent starting power even in cold environments is guaranteed.
Installing an explosion-proof filter on the exhaust port contributes to blocking the inflow of external fire and eliminates possible product rupture due to gas emission during charging and discharging.
Double cover structure of gas-liquid separation prevents external leakage and allows maintenance free maintenance.