Different industries and scenarios have vastly different viscosity requirements for silicone oil—some need thin, easy-flowing models, while others require thick, long-lasting ones. The IOTA 255 Phenyl Methyl Silicone Oil offers an ultra-wide viscosity range from 30 cst to 1400 cst, along with multiple advantages such as resistance to high and low temperatures, lubrication, and heat transfer. It can accurately meet the needs of multiple industries and has become a cross-field "versatile material".

To address different needs, it has been subdivided into several commonly used models: Low-viscosity models such as IOTA 255-75 (75 cst) and IOTA 255-100 (100 cst) are like light vegetable oil, with good fluidity. They are suitable for scenarios requiring rapid penetration and efficient heat dissipation, such as heat transfer oil for electronic devices and lubricating oil for precision instruments. They can easily fill small gaps to transfer heat or reduce friction. High-viscosity models like IOTA 255-500 (500 cst) and IOTA 255-1000 (1000 cst) are similar to thick honey, with strong adhesion. They are suitable for working conditions that require long-term lubrication and slow flow, such as base oil for high-temperature grease and lubrication for transmission components of large equipment. They can adhere to the surface of components for a long time and continue to function.

In the lubrication industry, low-viscosity models can be used as lubricating oil for high-temperature instruments, while high-viscosity models can be made into high-temperature grease, adapting to equipment components with different rotation speeds and loads. In the heat transfer field, low-viscosity models are suitable for calibration baths of scientific research instruments to ensure uniform temperature transfer, and high-viscosity models are suitable for special metal heat treatment tanks, which can stably maintain high temperatures and ensure heat treatment effects. In the electronics industry, low-viscosity models can be used as heat transfer and insulating oil for small capacitors, and high-viscosity models are suitable for insulation and heat dissipation of large transformers, meeting the needs of devices of different sizes.

Moreover, regardless of the viscosity model, all have the characteristics of resistance to high and low temperatures (-70°C ~ 300°C), low volatility, and good chemical stability. There is no need to worry about the core performance being compromised due to different viscosities. For storage, only freezing and contact with acids and alkalis need to be avoided, and it is transported as a non-hazardous material, so the ease of use is not affected.

This silicone oil, with flexible viscosity options and comprehensive performance, breaks the limitation that "one material can only adapt to a single scenario". It provides personalized solutions for multiple industries such as lubrication, heat transfer, and electronics, and has become a high-quality partner for various industries.