In the vast realm of chemical materials, IOTA BJ500 phenyl silicone oil shines like a bright star. With its unique chemical structure of phenyl - containing polydimethylsiloxane, it offers a series of remarkable properties that make it highly applicable in various industries.

Excellent Temperature Adaptability

One of the most outstanding features of IOTA BJ500 phenyl silicone oil is its wide temperature range of operation. It can function stably from -30℃ to +300℃. In extremely cold environments, it won't solidify and lose its fluidity, ensuring the normal start - up and operation of equipment. In high - temperature industrial settings, it won't decompose or volatilize easily, continuously providing necessary support for the equipment. This wide temperature adaptability greatly expands its range of applications.

Diverse Application Areas

1. Heat Transfer Fluid: In systems that require efficient heat transfer, IOTA BJ500 phenyl silicone oil is an ideal choice. It can quickly and evenly transfer heat to different parts, maintaining a stable system temperature and improving energy utilization efficiency. It can be applied in heat transfer systems of chemical reactors and solar thermal collection systems.
2. Pressure Transmission Fluid: In pressure transmission systems, it accurately transmits pressure signals to designated positions due to its good fluidity and stability, ensuring the normal operation of the system. Whether in the hydraulic systems of machine tools or the braking systems of automobiles, it plays an important role.
3. Medium in Capacitors and Transformers: As a medium in capacitors and transformers, it effectively isolates electrodes, preventing electrical leakage and short - circuits. At the same time, it can absorb the heat generated during equipment operation, playing a role in heat dissipation and extending the service life of the equipment.
4. Base Fluid for Heat - Resistant Lubricants: In high - temperature lubrication applications, lubricants based on it can provide good lubrication for mechanical components, reducing friction and wear and ensuring the normal operation of the equipment. For example, it is used in the transmission components of high - temperature furnaces and the lubrication systems of aero - engines.