Introduction to a Revolutionary Silicone Fluid

In industries where extreme temperatures and demanding operational conditions are the norm, finding a reliable lubricant, heat transfer agent, or release fluid can be a challenge. Enter Methylphenypolysiloxane IOTA BJ400, a cutting-edge silicone fluid engineered to excel in environments that would degrade conventional materials. This high-performance polymer, characterized by its unique blend of diphenylsiloxy and dimethylsiloxy units, offers unmatched thermal stability, making it a game-changer for applications spanning aerospace, automotive, electronics, and beyond.

Unmatched Thermal Resistance and Versatility

What sets IOTA BJ400 apart is its ability to maintain structural integrity and functionality across an extraordinary temperature range—from -30°C to +280°C. Unlike hydrocarbon-based lubricants that oxidize or degrade at high temperatures, this silicone fluid remains stable, ensuring consistent performance even under prolonged exposure to extreme heat. This property makes it ideal for high-temperature heat transfer systems, where it efficiently dissipates thermal energy without breaking down.

Beyond heat transfer, IOTA BJ400 shines as a release and lubrication fluid in manufacturing processes involving molten metals, plastics, or composites. Its low surface tension and non-reactive nature prevent adhesion and reduce friction, improving product quality and extending tool life. Additionally, its radiation-durable properties make it a top choice for nuclear, aerospace, and medical devices requiring long-term reliability under harsh conditions.

Key Features and Technical Specifications

• Transparency and Purity: With a crystal-clear appearance, IOTA BJ400 ensures compatibility with optical systems and applications where clarity is critical.
• Optimal Viscosity: Boasting a viscosity range of 400–450 mm²/s at 25°C, it strikes the perfect balance between flowability and film strength, ensuring efficient lubrication and heat transfer.
• High Flash Point: A flash point of 300°C guarantees safety in high-temperature applications, minimizing fire risks and enhancing operational confidence.
• Chemical Inertness: Its silicone backbone resists chemical attack from acids, bases, and solvents, expanding its utility in corrosive environments.