High Temperature VRLA Battery
Voltage covers: 2V
Designed floating service life: 10 years @ 35 °C/68 °F
Lead calcium bismuth containing six element alloy technology has been used to break through the problem of corrosion of the anode plate grid.
High temperature resistant composite fiber membrane was used to solve the decomposition of membrane materials in high temperature environment.
In the electrolyte, the salt additive is added to solve the problem of the loss of the battery.
Using PC-ABS modified materials, and advanced pressure resistance, shock resistance structure design, to solve the problem of thermal runaway
The rational allocation of positive and negative active material, assisted by hydrogen and oxygen technology to solve the problems such as composite anode charging problem
The automatic condensation structure is designed to improve the internal pressure of the battery and reduce the loss of water loss.
Design life:10 years @35℃
At an ambient temperature of more than 35 ℃ and no more than 45 ℃, the annual cumulative use of time is not more than one month, the promise of quality assurance.
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