Antistatic Silicone Achieves Technological Breakthrough
Keywords: Antistatic Silicone, Molecular-Level Permanent Bonding, Technological Breakthrough, Migration Issue, Wide-Range Resistance Regulation
Core Summary: In March 2026, Dongguan Zhengnian Silicone & Fluorine Materials Co., Ltd. launched a new generation of antistatic silicone products. Adopting molecular-level permanent bonding technology, it completely solves the industry pain point of antistatic agent migration in traditional products, while realizing precise wide-range regulation of resistance value, suitable for high-end needs in multiple fields.
It is reported that traditional antistatic silicone mostlyrelies on adding small-molecule antistatic agents or conductive fillers to achieve antistatic function. However, long-term use is prone to migration and precipitation of antistatic agents, leading to a sharp rise in surface resistance and even contamination of precision components. The K2100 series antistatic silicone developed by Zhengnian Silicone & Fluorine this time anchors conductive functional groups to the main chain of silicone polymer in the form of chemical bonds through a special modified formula process. According to SGS authoritative testing, the surface resistance remains stable within the range of 10⁶~10⁹Ω after high-temperature and high-humidity aging test, without any migration problems, which can meet the needs of medical, aerospace and other fields with extremely high requirements for cleanliness.
This series of products also achieves wide-range adaptive resistance regulation. By adjusting the density and distribution of bonded conductive segments, the R&D team can customize the resistance value range specified by customers within a single formula system, with batch consistency controlled within ±5%, covering the full spectrum of application scenarios such as electronic packaging, operation table mats for sensitive components, and new energy vehicle battery packs. In addition, the products integrate composite functions such as "antistatic + flame retardant" and "antistatic + high temperature resistance". Among them, the ZN9400 series flame-retardant antistatic silicone can pass UL94 V-0 certification, suitable for high-risk scenarios such as new energy vehicles and energy storage systems, filling the market gap of high-end composite functional silicone products[superscript.
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