Industrial fluid materials need to maintain stable performance under variable temperature and complex environmental conditions to support continuous equipment operation. Ordinary phenyl silicone oil has structural limitations in molecular composition, resulting in narrow temperature tolerance range and poor adaptability to extreme working conditions. IOTA 255, a modified phenyl silicone oil with high phenyl content, adopts optimized molecular modification technology to break through the performance limitations of conventional products and achieve stable operation in a wide temperature range, making it a reliable fluid material for diverse industrial scenarios. The product features a stable working temperature range from -70℃ to 320℃, covering ultra-low temperature cold environments and long-term high-temperature operating conditions. It maintains good fluidity and complete molecular structure under extreme temperature changes, avoiding the common problems of traditional silicone oil such as solidification at low temperatures and structural degradation at high temperatures. Presented as a colorless or pale yellow transparent liquid, the product has uniform texture without impurities or precipitation, which will not cause blockage or pollution to precision instruments, electrical components and industrial pipelines, meeting the high cleanliness requirements of sophisticated industrial scenarios. All physical and chemical indicators of IOTA 255 show high stability and adjustability. At 25℃, the viscosity can be flexibly adjusted between 50cst and 1000cst to match the lubrication, damping and heat conduction needs of different equipment. The relative density is controlled in the range of 1.02 to 1.10, with balanced physical properties suitable for closed cavity filling, fluid transmission and uniform heat conduction. The open cup flash point is no less than 320℃ and the pour point is as low as -70℃, providing sufficient safety margin for temperature resistance and reducing operational risks under extreme temperature fluctuations. Benefiting from its stable molecular structure, the product integrates multiple reliable properties including thermal stability, oxidation resistance, lubricity, radiation resistance and water stability. It resists molecular cracking under long-term high-temperature operation and slows down the aging rate of the medium, effectively extending the service cycle of the fluid material and reducing equipment maintenance frequency and cost. In humid, high-pressure and radiation environments, the product can maintain stable performance without emulsification or deterioration, adapting to harsh industrial working conditions. With comprehensive performance advantages, IOTA 255 has extensive industrial application value. It can be used as a high-temperature heat carrier for heat conduction and temperature control of high-temperature reaction equipment and heating systems to balance equipment temperature and reduce thermal loss. It serves as the base oil for high-temperature lubricating oil and grease, providing effective lubrication protection for high-speed and high-temperature operating mechanical parts. In addition, its insulation, damping, shockproof and dustproof properties make it applicable in aerospace, chemical industry, electronic precision instruments and other fields, providing all-round protection for industrial equipment operation.

High temperature resistant silicone oil IOTA 255-IOTA