Applications

Introduction: Meeting the Demands of Modern Industry
The modern industrial landscape demands materials that can endure the harshest conditions—from the freezing cold of deep-space missions to the blistering heat of industrial furnaces. IOTA 255 High-Temperature Resistant Silicone Oil rises to this challenge, offering a phenyl-rich formulation that outperforms traditional silicone oils in thermal stability, lubricity, and versatility. Engineered for applications where failure is not an option, IOTA 255 is revolutionizing industries reliant on extreme-temperature resilience.

Cutting-Edge Chemistry: Why IOTA 255 Stands Apart
At the heart of IOTA 255’s success is its high phenyl content, a modification that enhances its molecular structure to resist thermal degradation. This innovation translates to a working temperature range of -70°C to 320°C, far exceeding the capabilities of standard phenyl silicone oils. Whether subjected to rapid thermal cycling or prolonged exposure to high heat, IOTA 255 maintains its viscosity, ensuring consistent performance in critical applications.

Technical Excellence: Key Specifications and Benefits

• Appearance & Handling: A colorless or light yellow transparent liquid, IOTA 255 is easy to integrate into existing processes.
• Viscosity Range (50–1000 CST at 25°C): Allows precise tuning for specific applications, from high-speed machinery to slow-moving hydraulic systems.
• Flash Point (≥320°C): Provides a safety margin in high-temperature environments, reducing fire hazards.
• Refractive Index (1.4600–1.5150 at 25°C): Enables compatibility with optical and electronic components requiring clarity and stability.
• CAS No. 63148-58-3: Ensures traceability and regulatory compliance in global markets.