PaavoKen lead-acid battery
Main characteristics
In normal operation, the electrolyte will not leak from the terminal or shell of the battery. No free acid
The special suction separator keeps the acid inside, and there is no free acid inside the battery, so the battery can be placed in any position.
Deflating system
When the internal pressure of the battery exceeds the normal level, the lead-acid battery will release excess gas and automatically reseal to ensure that there is no excess gas in the battery.
Maintaining the main features of simplicity
Safety seal
In normal operation, the electrolyte will not leak from the terminal or shell of the battery.
There is no free acid.
The special suction separator keeps the acid inside, and there is no free acid inside the battery, so the battery can be placed in any position.
Simple maintenance
Because the unique gas composite system converts the generated gas into water, there is no need to add water in the process of using the battery.
Long service life
The lead-calcium alloy barrier with anti-corrosion structure is adopted, and the battery can be floated for 10-15 years.
The quality is stable and the reliability is high.
With advanced production technology and strict quality control system, the battery has stable quality and reliable performance. Voltage, capacity and seal are inspected 100% online.
Production Technology of Lead-acid Battery
Matching gold-casting grid-smear (prior to lead powder preparation-pasting process) - solidification, drying-patch grinding-matching-cladding-polar group welding-encapsulation-top sealing-terminal welding-grooving-acid injection-formation-cleaning-warehousing-packaging and delivery
Usage method
(1) Do not short circuit the battery. When the positive and negative electrodes of the battery are contacted by external materials, the battery will be short-circuited. For example, the unpackaged battery in the pocket will be short-circuited due to contact with metal materials such as keys or coins.
(2) Correctly install the battery, so that the polarity mark ("+" and "-") of the battery and the mark of the electrical appliances correspond correctly. If the battery is incorrectly reversely installed in electrical appliances, short circuit or charging may occur, resulting in a rapid increase in the temperature of the battery.
(3) Do not attempt to charge the battery. Charging the non-rechargeable batteries will generate gas and heat inside the batteries.
(4) Do not discharge the battery forcibly. When the battery is forced to discharge, its voltage will be lower than the designed performance and generate gas inside the battery.
(5) Do not heat or weld batteries directly. When the battery is heated or welded, the heat will cause a short circuit inside the battery.
(6) Do not disassemble batteries. When the batteries are disassembled or separated, contact may occur between the components of the batteries, resulting in short circuit.
(7) Do not mix old and new batteries or batteries of different models or brands. When it is necessary to replace batteries, all batteries should be replaced with new batteries of the same brand, model and batch. When different brands and models of batteries or old and new batteries are used together, some batteries will overdischarge due to different voltages or capacities between different batteries.
(8) Do not distort the battery. Do not squeeze, puncture or other forms of damage to batteries. These abuses often lead to short circuit of batteries.
(9) Do not put the battery into the fire. When a battery is put into a fire, the accumulation of heat can lead to explosion and personal injury. Do not attempt to burn the battery except for proper and controllable incineration treatment.
(10) Do not allow children to touch batteries or replace batteries without adult supervision. Batteries that are likely to be swallowed should be kept out of reach of children, especially those that can fit into the feeding gauge shown in the figure. Once someone eats batteries, seek medical help immediately.
(11) Do not seal or change batteries. Sealed batteries or other forms of battery change can block the safety valve of the battery, so that when gas is generated inside the battery, it can not be discharged in time. If you think it is necessary to change the battery, you should try to get the manufacturer's advice.
(12) For unused batteries, they should be preserved in their original packaging and kept away from metal substances as far as possible. If the packaging has been opened, they should be discharged in an orderly manner and not piled up in disorder. When unpackaged batteries are mixed with metal substances, it is possible to short-circuit the batteries. The best way to avoid this is to use their original packaging to save unused batteries.
(13) Unless used in emergencies, batteries that have not been used for a long time should be removed from the electrical equipment as far as possible. When a battery fails to achieve satisfactory results or can be expected to remain unused for a long time, it is beneficial to remove it from the device. Although all batteries on the market now have protective shells or other ways to control leakage, a partially or completely used battery is still more likely to leak than an unused battery.
