Introduction: The Need for High-Performance Thermal Management
In industries ranging from aerospace to automotive engineering, the demand for materials capable of withstanding extreme temperatures while maintaining performance has never been greater. Enter IOTA 255 High-Temperature Resistant Silicone Oil, a groundbreaking innovation engineered to redefine thermal stability and operational efficiency. Designed specifically for applications exposed to harsh thermal environments, IOTA 255 stands out as a versatile, high-performance solution for industries seeking reliability, durability, and safety.

Advanced Formulation: A Breakthrough in Phenyl Silicone Technology
IOTA 255 is a modified phenyl silicone oil with an exceptionally high phenyl content, a feature that distinguishes it from conventional silicone oils. This unique chemical structure grants it superior heat resistance, allowing it to function seamlessly across a temperature range of -70°C to 320°C. Unlike standard phenyl silicone oils, which may degrade or lose viscosity at elevated temperatures, IOTA 255 maintains its integrity, making it ideal for applications where thermal cycling is a constant challenge.

Key Technical Advantages

• Wide Temperature Range: Withstands both sub-zero cold and scorching heat, ensuring consistent performance in cryogenic and high-temperature processes.
• Exceptional Viscosity Control: Boasts a viscosity range of 50–1000 CST at 25°C, allowing precise customization for diverse industrial needs.
• High Flash Point (≥320°C): Minimizes fire risks in high-temperature operations, enhancing workplace safety.
• Low Freezing Point (≤-70°C): Prevents solidification in extreme cold, critical for aerospace and outdoor machinery.
• Chemical Stability: Resists oxidation, radiation, and water ingress, prolonging service life and reducing maintenance costs.