Long-term operational stability of industrial equipment relies heavily on the reliability of supporting fluid materials. Traditional phenyl silicone oil often suffers from performance fluctuations and structural instability under continuous operation and variable environments, which affects the service life and operational efficiency of industrial equipment. IOTA 255 high phenyl modified silicone oil optimizes the molecular arrangement and structural stability through refined chemical processes, delivering consistent physical and chemical performance to support long-term and stable operation of various industrial equipment. The core advantage of IOTA 255 lies in its optimized high-phenyl molecular structure, which enhances the resistance to temperature changes and environmental interference. Different from ordinary silicone oil with single structure, this product maintains stable performance in the wide temperature range of -70℃ to 320℃. It retains excellent fluidity in ultra-low temperature outdoor working scenarios and stable structural integrity in long-term high-temperature continuous production environments, realizing all-season and full-condition stable operation. The product has standardized and controllable physical and chemical parameters to meet differentiated industrial application needs. At 25℃, the refractive index is stably maintained between 1.4600 and 1.5150, with uniform optical properties suitable for damping and protection of optical precision instruments. The viscosity and density cover a wide adjustable range, which can be customized according to the equipment standards of different industries to adapt to diverse working conditions. The stable flash point and pour point parameters ensure high safety performance during long-term static placement and continuous industrial operation. In actual industrial working conditions, IOTA 255 shows outstanding environmental adaptability. It does not produce carbon deposition or glue accumulation under long-term high-temperature operation, keeping equipment pipelines and parts clean and unobstructed to avoid failure caused by blockage. Its hydrophobic structure prevents water vapor penetration and medium emulsification in humid environments, maintaining stable lubrication and insulation effects. In special radiation working scenarios, the product can resist molecular structure damage caused by radiation and keep all performance parameters stable, meeting the operation requirements of special industrial equipment. The product is widely applied in multiple industrial segments. In electrical equipment industry, it acts as insulating filling medium to isolate static electricity and leakage risks and ensure the safety of high-voltage electrical equipment. In precision instrument industry, it plays a damping and shockproof role to buffer equipment vibration and improve detection accuracy. In chemical production, it serves as a high-temperature heat carrier to realize uniform temperature control and stabilize chemical reaction conditions. In mechanical lubrication scenarios, it is deployed to prepare high-temperature lubricating media, reducing mechanical wear and supporting efficient and stable operation of industrial production lines.

High temperature resistant silicone oil IOTA 255-IOTA