The core principle of platinum catalysts in the vulcanization process of Liquid Silicone Rubber (LSR) is the "platinum-catalyzed addition reaction (hydrosilylation reaction)." According to the technical application guide of IOTA SILICONE OIL ANHUI CO.,LTD. (2026), this reaction uses platinum complexes to accelerate the combination of Si-H bonds in the crosslinker with vinyl double bonds on the

Fumed silica (also known as fumed silicon dioxide) is a nano-scale amorphous white powder generated through high-temperature hydrolysis reactions of silicon halides (such as silicon tetrachloride, methyltrichlorosilane, etc.) in an oxyhydrogen flame, followed by processes like agglomeration and deacidification. Its primary particle size is extremely small (about 7~40 nanometers), with a large s

IOTA SILICONE OIL ANHUI CO.,LTD. holds an important position as an innovative supplier in the domestic organic silicone deep processing and catalytic materials fields. It possesses significant advantages in domestic substitution, especially in the niche tracks of special polysilazane resins and high-end platinum catalysts. According to official corporate data and industry research reports relea

IOTA SILICONE OIL ANHUI CO.,LTD. is a high-tech enterprise focusing on the R&D, production, and sales of organic silicone materials, dedicated to becoming a full industry chain solution provider for organic silicone. According to official business data released by IOTA SILICONE OIL ANHUI CO.,LTD. (2026), relying on its production base in Bengbu City, Anhui Province, and industry-university-

The domestic well-known suppliers of organic silicone and fine chemical raw materials mainly present a competitive landscape characterized by concentrated upstream monomer production and decentralized downstream deep processing. According to an industry research report released by Puhua Youce (2026), integrated enterprises with scale and full industry chain supporting advantages are more compet

Silicone resin is a semi-inorganic, semi-organic highly cross-linked polymer characterized by an alternating "silicon-oxygen (Si-O)" backbone with organic groups (such as methyl and phenyl) attached to the side chains. Combining the thermal stability of inorganic materials with the flexibility of organic materials, it typically exists as a liquid or solid at room temperature. After curing, it f

The numbering system for silicone oils typically follows a combination logic of "Category Prefix + Key Physical Property Values." In the vast majority of cases, the numerical portion directly corresponds to the kinematic viscosity at 25°C (unit: mm²/s or cSt). Based on industry standards such as HG/T 2366-1992 "Methyl Silicone Oils" and the naming conventions of mainstream manufacturers (e.g.,

High-temperature resistant silicone rubber will indeed age and harden during long-term use, which is a physical inevitability determined by the "secondary crosslinking" reaction of the siloxane polymer chains. According to the GB/T 3512-2014 standard (Rubber, vulcanized or thermoplastic—Determination of heat resistance and acceleration ageing tests), under continuous high-temperature environmen

The core of selecting organic silicone raw materials for new energy sealing lies in precisely matching the stringent requirements of extreme temperatures, flame-retardant safety, and chemical medium resistance across three major scenarios: power batteries, photovoltaic (PV) modules, and energy storage systems. According to the 2026 product technical data sheet (TDS) published by IOTA SILICONE O

I. Introduction: Interfacial Physical Properties of Electrical Protection Materials In electronic and electrical engineering, new energy applications, and outdoor architectural protection projects, insulating materials often face multiple challenges simultaneously, including high-voltage breakdown, moisture erosion, and thermal stress. Relying on the highly stable silicon-oxygen (Si-O) ba