Today, we focus on an ordinary polyester/non-woven fabric molded electrode plate, deeply analyzing its industry value brought by external formation technology, and providing new ideas for battery companies' market expansion.

In the core process of battery production, the electrode plate formation process directly affects the product's market adaptability and production efficiency. Traditional internal formation processes for raw electrode plates require customers to equip themselves with specialized activation equipment, which not only raises the barrier to overseas cooperation but also easily leads to unstable product performance due to process differences, causing many problems for companies' business expansion. The external formation process used in ordinary polyester/non-woven fabric molded electrode plates fundamentally solves these problems, providing strong support for upgrading industry cooperation models.

✨ External Formation Technology Unlocks New Possibilities for Overseas Cooperation

The core advantage of ordinary polyester/non-woven fabric molded electrode plates stems from the scientific application of the external formation process. This process completes the key electrode plate activation process in a standardized factory, transforming raw electrode plates into stable molded electrode plates before entering the distribution chain. This technological innovation not only optimizes the production chain but also fundamentally enhances the global adaptability of products.

 Its core value is reflected in multiple dimensions:

✅ Lowering the barriers to cooperation: For manufacturers, there is no need to invest additional funds in purchasing specialized internal formation equipment. They can complete the battery assembly process with mature plates using conventional assembly lines and independently conduct the initial charging process. This feature significantly reduces the technical and equipment barriers in cooperation, allowing companies of different sizes to easily participate and broadening the scope of industry collaboration.

✅ Ensuring stable product performance: In a standardized factory production environment, a smart control system precisely controls key parameters such as current, voltage, and time during the formation process, ensuring the full conversion and uniform distribution of active materials within the plates. Compared to the internal formation process, which is greatly affected by customer production conditions and exhibits significant performance fluctuations, externally formed mature plates offer superior performance consistency, providing a core guarantee for the stable quality of finished batteries and helping companies establish a reliable international brand image.

✅ High-Quality Substrate for Long-Lasting Performance: The product uses high-quality ordinary polyester/non-woven fabric as the substrate, which has been verified through multiple rounds to possess excellent breathability, corrosion resistance, and structural stability. During long-term charge-discharge cycles, good breathability ensures efficient reaction between the plates and electrolyte, improving battery charge-discharge efficiency; excellent corrosion resistance resists electrolyte erosion, preventing premature aging of the plates; and a stable structure prevents deformation and damage during use, effectively extending battery life. Actual cycle counts consistently reach 1500 cycles.

✅ Flexible Adaptation to Diverse Production Needs: Considering the diversity of the global battery market, customized plates are available. Whether it's zinc-manganese dry cell batteries, alkaline dry cell batteries, or other special types of dry cell batteries, the technical team can customize plate parameters (special requirements are negotiable), length, and width, based on the customer's battery model, size specifications, and assembly process, achieving seamless adaptation to the customer's production process and improving overall production efficiency.