Robust Plate Construction
MUSTENERGY's VRLA batteries are designed with a thick plate construction, which is more robust and more resistant to the stresses encountered during deep discharge cycling. During repeated discharge and recharge, active materials expand and contract to cause erosion of the active material. The robust plate structure prevents erosion of the active material resulting in longer cycle life.
Safe and Effective Energy Storage
Provide a safe (non-spillable), efficient power source; Maintenance-Free (no watering); Low self-discharge; Good shock and vibration resistance; High charge/discharge capability; Reaches full capacity in a few cycles; Does not require expensive ventilation equipment; May be installed in a human environment; Good choice for high power applications.
Heavy-Duty Corrosion Resistant Grid
Unique to MUSTENERGY's VRLA batteries is the sunburst array grid design that is cast not stamped, which ensures that no hairline fractures develop during the manufacturing process that will inhibit the performance of the battery. This grid design features large cross-sectional areas that securely support the active material making the battery highly resistant to corrosion.
Extreme Temperature Tolerance
MUSTENERGY's VRLA batteries have the ability to perform in extreme climates such as the frigid Alaska terrain to the ultrahigh temperatures of the Southwest.
MUSTENERGY VRLA batteries feature a high-density paste formulation that optimizes the grid's current flow providing exceptional battery performance. This high-density paste optimizes porosity development utilizing the active material more effectively resulting in longer life.
Rugged Polypropylene Case
MUSTENERGY's VRLA batteries are packaged in a rugged polypropylene case that is rigid enough to protect the internal components as well as being resistant to oil, gasoline and other chemicals.