In industrial production, scenarios such as special metal heat treatment, temperature calibration of scientific research instruments, and heat dissipation of electronic equipment all require efficient and stable heat transfer media. The IOTA 255 Phenyl Methyl Silicone Oil, with its excellent heat transfer characteristics and resistance to high and low temperatures, has become a "reliable helper" in the field of industrial heat transfer, making heat transfer more efficient and stable.
Its heat transfer advantages are reflected in multiple aspects. Firstly, it has excellent high-temperature resistance and can maintain stable heat transfer efficiency at a high temperature of 300℃ without decomposing or deteriorating due to high temperature. It is particularly suitable for the heating tank in special metal heat treatment—when metal workpieces are immersed in the heating tank using it as the medium, heat can be evenly transferred to the surface of the workpieces, ensuring uniform heat treatment effect and avoiding problems of local overheating or insufficient temperature.
Secondly, its viscosity-temperature curve is gentle, which means that when the temperature changes, the viscosity fluctuation is small, and it can always maintain good fluidity. This is crucial for the calibration bath of scientific research instruments and constant temperature systems. For example, in the temperature calibration equipment of laboratories, using it as the heat transfer medium can make the temperature in the bath evenly distributed, resulting in more accurate calibration data; when used as the heat-conducting liquid in the constant temperature system, it can ensure the stable temperature in the system and prevent uneven heat transfer caused by viscosity changes, which affects the operation of the equipment.
In the field of electronic equipment, it can also play an important role. As the heat transfer oil for capacitors and transformers, it can quickly conduct the heat generated by the equipment during operation, avoiding equipment failures caused by excessive temperature and extending the service life of electronic equipment. Moreover, it has excellent electrical insulation, which can play a role in insulation protection while transferring heat, achieving two goals at once.
In addition, it has low volatility, so the quantity will not decrease due to volatilization during long-term use, reducing the trouble of frequent replenishment; it has good miscibility with other organic resins, so if it is necessary to adjust the heat transfer performance, it can be easily matched with other materials. For storage, it only needs to avoid freezing and contact with acids and alkalis, and it is transported as a non-dangerous good, making it highly convenient to use.
This efficient and stable heat transfer silicone oil provides a high-quality solution for industrial heat transfer scenarios, making heat transfer more accurate and reliable.
