Still struggling with repeated trial-and-error when selecting high-temperature thermal silicone oils? Screening samples, installing and testing, replacing failed batches—this endless cycle not only consumes significant time and resources but can also delay production and affect project delivery. The solution is simple: choose the right product from the start. IOTA-255 Phenyl Silicone Oil breaks the trial-and-error cycle with exceptional performance, making it the preferred choice for high-temperature applications.
As a high-phenyl-content modified silicone oil, the core advantage of IOTA-255 lies in its superior high-temperature resistance compared to ordinary phenyl silicone oils. With a broad operating temperature range of -70°C to 320°C, it covers extreme high- and low-temperature conditions. Whether starting equipment in freezing environments or operating under continuous high heat in industrial settings, IOTA-255 maintains stable performance, preventing test failures caused by insufficient thermal resistance.
Behind its impressive performance are precisely controlled technical specifications. It appears as a colorless or light-yellow transparent liquid with uniform purity. Its viscosity at 25°C ranges from 50–1000 cSt, meeting different flow requirements. The relative density of 1.02–1.10 balances stability and heat transfer efficiency, while an open cup flash point ≥305°C enhances high-temperature safety. Its pour point ≤-70°C ensures no solidification in low-temperature environments, and a refractive index of 1.4600–1.5150 supports optical compatibility for specialized applications. Every parameter is carefully calibrated for reliability.
Beyond outstanding thermal resistance, IOTA-255 delivers remarkable overall performance. It combines excellent thermal stability, oxidation resistance, and water resistance, ensuring durability under complex conditions. Its superior lubricity and radiation resistance allow it to provide value across multiple applications. As a high-temperature heat transfer medium, it efficiently conducts heat and solves equipment cooling challenges. As a high-temperature lubricant or base oil for insulation, lubrication, and damping, it reduces mechanical wear and ensures electrical safety, making it ideal for aerospace, electronics manufacturing, chemical machinery, and other high-end industries.
Instead of wasting time and cost on repeated trial-and-error, choose IOTA-255 Phenyl Silicone Oil from the start. From technical specifications to practical applications, it fully meets high-temperature thermal and lubrication needs, solving challenges in lubrication, heat dissipation, and insulation while safeguarding production efficiency.
