Lithium battery and electronic producing covers a variety of settings, from small laboratory environments to large - scale dry rooms. Regardless of the setting, stringent humidity control is a core prerequisite for producing high - energy batteries, and ambient humidity in the production area must be maintained below 1%.

This requirement stems from the high reactivity of lithium metal with water vapor, which produces lithium hydroxide, hydrogen gas, and heat, directly posing a threat to both safety and product quality. Even in the production of lithium - ion batteries, where materials used for cathodes, anodes, and electrolytes do not explode upon contact with water, they are still highly moisture - sensitive. As a result, lithium - ion dry rooms typically have lower dew point requirements than those used for lithium metal batteries.

Water vapor can act as a catalyst in lithium battery and electronic producing. Achieving an ultra - low supply air dew point is essential to maintain high production throughput, achieve ideal dry room quality control, and fulfill the application needs of alkaline metals in other fields—particularly in batteries, thermal batteries, and related manufacturing processes that use moisture - sensitive components.

Currently, most battery manufacturers enforce clear and strict standards for indoor humidity, typically requiring a minimum moisture level equivalent to a dew point of - 40°C (at 15°C and ~0.5% RH) or - 33°C (at 26°C and ~1% RH). As a supplier of core dehumidification components for industrial dehumidifiers, we understand the decisive impact that key components have on system performance. Our high - performance desiccant rotors are crucial for achieving precise dew point control in low - dew - point desiccant rotor systems, meeting the stringent requirements of advanced battery manufacturers in lithium battery and electronic producing.

Moreover, the superior performance of our rotors also improves the energy efficiency of dehumidification systems, helping battery producers meet energy - saving goals while balancing production efficiency, product quality, and cost control.