The Need for Superior Performance
In an era where industries demand materials that can endure the unforgiving, IOTA 255 High-Temperature Resistant Silicone Oil emerges as a game-changer. Designed to thrive in environments where heat, cold, and harsh chemicals prevail, this modified phenyl silicone oil redefines what’s possible in thermal management and lubrication.

Thermal Stability Redefined
What sets IOTA 255 apart is its ability to maintain structural integrity across a staggering temperature range of -70°C to 320°C. Unlike conventional oils that degrade or solidify under extreme conditions, IOTA 255 remains fluid and effective, ensuring continuous operation in applications such as aerospace seals, industrial machinery, and electronic insulation. Its flash point of ≥320°C and low freezing point of ≤-70°C make it a reliable choice for safety-critical systems.

Technical Precision for Peak Performance
IOTA 255’s technical specifications are a testament to its engineering excellence:

• Viscosity Control (50~1000 CST at 25°C): Enables precise formulation for lubricants, greases, and heat transfer fluids.
• Density (1.02~1.10 at 25°C): Balances performance with material compatibility.
• Refractive Index (1.4600~1.5150 at 25°C): Guarantees optical clarity, essential in applications requiring transparency.

A Fortress of Protective Properties
Beyond thermal resilience, IOTA 255 offers a suite of protective benefits:

• Oxidation and Radiation Resistance: Ensures longevity in environments with high oxidative stress or radiation exposure.
• Water Stability: Maintains performance in humid or aqueous conditions, making it ideal for marine and outdoor applications.
• Lubricity and Damping: Reduces friction and vibration, extending equipment lifespan and improving efficiency.

Innovative Applications Across Industries
IOTA 255’s versatility makes it a cornerstone in diverse sectors:

• Automotive: Enhances engine performance and reliability under extreme temperatures.
• Electronics: Provides thermal insulation and shock absorption in sensitive components.
• Renewable Energy: Supports solar panels and wind turbines by optimizing heat transfer and reducing wear.