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Sealed lead-acid (SLA) batteries are widely used in various applications, including backup power systems, electric vehicles, and industrial machinery.

Before initiating a battery production facility, it is essential to understand the various stages of lead acid battery manufacturing. The core processes include:

Setting up a battery manufacturing plant requires careful planning, the right equipment, and efficient production processes.

A lead acid battery making machine is a device that produces lead acid batteries, which are one of the oldest and most widely used types of rechargeable batteries.

On May 25th, in order to promote the company's learning community to be implemented faster and better, Better held a learning community kick-off meeting with the theme of "Sharpen yourself and create the future", and it was also a new employee welcome meeting which aims to guide the company's employees to actively participate in Learning Community activities, learn and practice, improve themselves, and promote new employees to integrate into the company's development atmosphere quickly,enhance communication between new and old employees.

The failure of lead acid batteries is the result of many factors, which is determined by the internal factors of the plate, such as the composition of active substances. Crystal form, porosity, plate size, grid material and structure also depend on a series of external factors, such as discharge current density, electrolyte concentration and temperature, discharge depth, maintenance status and storage time. Here are the main external factors.

At this FENIBAT-2022 exhibition in Brazil, BETTER showed the company's independent research and development of the lead-acid battery equipment production line, energy storage lithium battery, patent certificate, etc. which attracted many visitors to stop for consultation.

the phenomenon that the active material on the battery plates are gradually turned into lead sulfate with coarse and hard crystals full of plate surface due to deep discharge (too much) or long-term insufficient charge, which will block the plates micropore and hinder the electrolyte penetration and conduction current, thus the battery charging and discharging performance is extremely deteriorated, and the actual capacity is seriously insufficient; and it could not be reduced to lead dioxide and spongy lead by conventional charging methods.

However, the above phenomenon is not common, and most chargers will not or do not often have similar problems. This kind of charger is not only rare, but also a relatively old one that has been used for many years. The correct way to use the charger is that at the later stage of charging, although most of it has been charged, a small amount of sulfurized substances on the plate are not completely reduced.

If battery overheating is caused by excessive discharge current, there may be the following reasons:

Sometimes, my friend will ask me a question: my car's battery has been used for 3 to 4 years, except for the dust in the corner, the appearance looks good, it is almost new. But all of a sudden it broke down. What happened?