Core technology

Use of high impact resistance container/cover
- Increased internal space through optimum thickness design
- Securement of impact resistance (BV043/85, BV043/73)

Use of low antimony pressure casted tubular plate
- Improvement of corrosion resistance
- Reduction of hydrogen gas generation

Use of CSM negative plate
- Improvement of electric conductivity using CSM (Copper Stretched Metal)
- Improvement of mechanical strength of large sized grid

Use of Acid agitating system.
- Protection of electrolyte stratification
- Maximization of efficiency of plate

Use of cooling system
- Prevention of increase of battery temperature in charge/discharge

Key parts of battery

Positive plate
- Optimum designed pressure casted grid
- Use of low antimony alloy which reduces the generation of hydrogen gas

Negative plate
- Use of CSM grid
· Improvement of electric conductivity using copper stretched metal
· Advantage in high rate discharging using copper material which has excellent electric conductivity.
(improvement of electric conductivity)
· Maintenance of mechanical strength of big size electric pole
- Paste type plate using high density and optimum active material

Separator
- Use of microporous acid resistance special plastic compound

Pole
- Use of copper which has excellent electric conductivity
- Use of cooling system

Acid level indicator
- Easy check the acid level

Operating plug (209 battery)
- Connection of acid agitating system
- Gas ventilation
- Add the distilled water and adjust the acid density

Measuring probe
- For detection of damaged inside the cell