PROPRIETARY TECHNOLOGIES OF NEWMAX BATTERY
DenseMax™ Grid Technology
Proprietary grid casting technology that condenses the lead grain in the grids increasing the density by
50% compared to a conventional gravity casting method. Higher density grids enable prolonged battery
life even in the most severe operating environments.
MaxPress™ Grid Technology
Patent pending grid compressing technology which increases the density of the lead grain of the grids.
The grain density is typically 400% greater than that of the conventional casting method.
This up-to-date grid technology enables our batteries to survive even the toughest deep discharge and PSoC applications.
ThixoPure™ GEL Technology
Application of reﬁned pure thixotropic colloidal silica GEL technology to battery electrolyte has greatly
increased the cycle life by both preventing plate stratiﬁcation and providing extra temperature
protection against heat and cold. We are the ﬁrst Korean company to successfully commercialize the
GEL technology in the VRLA battery industry.
FlexSealing™ Anti Explosion Filter
Patent pending proprietary cap ﬁltering and sealing technology. Battery cell caps are sealed
simultaneously using specially designed o-rings and explosion ﬁlters to prevent leakage and gassing
more eﬀectively than ever before.
In every Newmax battery, proprietary micro carbon additive is used in the active material for both
positive and negative plates to enhance charge acceptance and cycle endurance. ActiveCarbon™ works
to strengthen charge pathways to improve performance consistency and enhance performance at
partial state of charge (PSoC) environment.
Fahrenheit-Schutz™ Heat Protection Case
Specially formulated heat and ﬂame resistant polypropylene case material is used to eﬀectively block
ambient heat thus preventing heat related malfunctions such as thermal runaway. This proprietary high
rigidity case material has heat deﬂection rating of 140˚C and complies to RoHs Compliant EU Directive
2002/95/EC. Additional UL94-V0 protection option also available.