Are you still troubled by the short lifespan and sudden failure of batteries? Today, let’s uncover the “black tech” inside batteries—silicon dioxide, which acts like a “super nanny” for batteries, quietly safeguarding every charge and discharge cycle.
01 Reinforcing “Steel Framework” in Separators—Enhancing Mechanical Strength
The positive and negative electrodes in a battery are like two “powder kegs,” and the separator is the “blast wall” between them. Silicon dioxide serves as the “steel framework” in this wall. With it, the separator’s puncture and shrinkage resistance soars. Even if the battery swells and deforms over time, it can still reliably prevent short circuits.
JSJ’s battery separators use silicon dioxide with precisely adjustable particle size and distribution. Thanks to its high reinforcing properties and good dispersibility, it provides the separators with superior mechanical strength and structural uniformity, ensuring the battery remains stable under various operating conditions.
02 Intelligent “Sponge Micropores”—Optimizing Porous Structure
Silicon dioxide can regulate the micropore distribution in separators, creating countless precisely arranged micropores, much like a smart sponge. These micropores can quickly absorb electrolyte and promote its uniform penetration, reducing internal resistance and balancing the efficiency of electrolyte storage and ion channels.
JSJ’s battery separators use silicon dioxide with a rich porous structure and customizable specific surface area. It optimizes the porous structure, firmly holding the electrolyte to ensure its uniform distribution and reduce stratification. This not only enhances battery capacity and cycle life but also promotes ion migration and reduces internal resistance. As a result, the battery has a higher capacity, longer life, faster charging speed, and longer endurance.
03 Energy Storage “Guardian”—Improving Battery Safety
Silicon dioxide is chemically inert and stable. It not only inhibits plate corrosion but also effectively reduces interface reactions inside the battery. This means enhanced battery safety and the ability to maintain a higher charge after long-term storage, which is a significant advantage for backup power sources and portable devices.
JSJ’s battery separators use silicon dioxide products with neutral pH, high purity, and low salt content. These properties prevent impurities from triggering side reactions (such as self-discharge) and reduce plate corrosion. By strictly controlling weight loss on drying and ignition, the production of bubbles during separator processing is minimized, improving yield and ensuring structural stability at high temperatures. This provides a solid guarantee for the safe operation of the battery.
In the race for energy solutions, enhancing battery performance is a key battleground for manufacturers. JSJ’s high-performance silicon dioxide products inject powerful momentum into battery performance.
We understand that battery manufacturers have unique performance requirements for their products. Therefore, JSJ offers customized services based on specific needs, helping you stand out in the fierce market competition.
To obtain JSJ’s silicon dioxide product information for battery separators, feel free to contact us anytime to start our cooperation journey.
