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In battery manufacturing, a screen printing machine uses a mesh screen to push ink or paste through, creating precise patterns on substrates like foil or paper

Lead-acid batteries power everything from cars to backup systems in factories. At the heart of making them is filling the cells with sulfuric acid, a step called acid filling. But what happens after that?

The core value of lead-acid batteries lies not only in their continued use as a mature product but also in the profound technical principles, engineering expertise, and deep understanding of energy storage system needs accumulated during their development

On October 31st, Better Technology Group Limited (Better Tech Group) has once again held its signature Point-to-Gift—a warm gathering tradition, which has distributed over ten thousand rewards to staff members.

In battery manufacturing, small details like holes in casings or components can make or break the final product. If you're running a production line or just curious about how batteries get made, you've probably wondered about the tools that handle precision tasks. Hole punching machines are one of those unsung heroes

A battery charge-discharge machine is essentially a tool that handles the full cycle of powering up and draining batteries in a controlled way. Think of it as the heart of battery testing and maintenance setups

If you've ever wondered why your device flickers or why a simple swap doesn't fix it, series connection might be the key you're missing. We'll break it down here so you can spot when to use it and how to do it right

Knowing what shortens lithium battery cycles helps you get more value from devices like electric bikes, phones, or power tools. It's not just about the battery's build; daily habits play a huge role in lithium battery life cycles

Power batteries deliver quick bursts of energy, like accelerating in a car. Energy storage batteries hold onto power for longer stretches, smoothing out your electricity bill or keeping the lights on during outages

Lithium battery electrolytes play multiple critical roles within the battery system. They not only facilitate ion conduction to enable charging and discharging but also contribute to performance stability, corrosion prevention on electrodes, heat dissipation, temperature management, enhanced energy and power density, high voltage and specific energy provision, safety protection, and adaptability to a wide temperature range

With a long history, lead-acid batteries​ have refined technology, mature production, and robust quality control, ensuring verified performance and stability. They offer low failure rates, reliably supporting UPS, emergency systems, and vehicle starters

Most motorcycles need a battery that delivers steady power for starting the engine, running lights, and accessories like GPS or heated grips