Payment & Shipping Terms:
|Type:||Sealed Maintenance Free Battery||Color:||Black|
|Capacity:||4Ah||Useage:||Motorcycle / Scooter /three Wheel Motorcycle|
vrla lead acid battery,
sealed non spillable lead acid battery
Advantage of Chuangxiang motorcycle battery
Plate: Adopt unique formula improving utilization of active material in plate, in addition, high pure lead ingot(#1 lead purity is 99.99%) as raw material, so high cold cranking performance and low self discharge rate.
Separator: Absorbed glass mat technology, superior ability of absorbing acid contributes to eliminate acid spill.
Terminal: High integrity of terminal sealing avoids acid leak, lead or copper terminal for choose.
Container: Reinforced ABS container great performance-resistance to gasoline and alcohol gasoline. Integrity of ABS container can resist the leak of gas and acid during the process of use-age, it is environmental.
Quality control: All material must be strictly inspected before use, each process is strictly implemented by standard operation procedure, each product must be inspected before delivery to assure high quality product to client.
Details of Rechargeable sealed lead acid 12v 4Ah maintenance free motorcycle use battery
|Item||Rechargeable sealed lead acid 12v 4Ah maintenance free motorcycle use battery|
|Type||Lead acid battery|
|Useage||Motorcycle / Scooter /three Wheel Motorcycle|
|No. of plate||42/48|
Lead acid battery basics: how do they work
When looking at how a lead acid battery works, it is necessary to look at the basic components. The battery has comparatively few components - essentially there are four main elements:
Positive plate: This is covered with a paste of lead dioxide.
Negative plate: This is made of sponge lead.
Separator: This is an insulating material between the two plates, but it allows the electrolyte and the ions into it to enable conduction without the two plates touching.
Electrolyte: This consists of water and sulphuric acid
These constituents are all contained within a plastic container which acts to keep the electrolyte in and the battery together.
The overall battery will normally consist of several cells placed in series to give the required voltage as each cell is capable of providing an EMF of 2.1 volts.
In order to enable the basic lead acid cell to produce a voltage, it must first receive charge. The voltage applied to provide this must be greater than the 2.1 volts to enable current to flow into the cell. If it were less than this, charge would actually flow out of it.
Once charged, the cell or battery will be able to provide charge to external circuits, often operating over several hours dependent upon the drain on the cell or battery.
Contact Person: Johnson Zhang