Many industrial users often encounter the problem of insufficient matching degree between product parameters and actual working conditions when selecting supporting mediums. Either the viscosity fluctuation range is too large, leading to unstable system operation state; or the temperature resistance range is narrow, which is prone to performance attenuation during seasonal alternation or working condition fluctuations, eventually increasing the maintenance and medium replacement cost of equipment. Methyl Phenyl Silicone Oil IOTA BJ433 has carried out targeted optimization for such common pain points in the design stage. The setting of various parameters is close to the actual usage habits of most conventional industrial scenarios, which can help users reduce the comprehensive cost of model selection and subsequent operation and maintenance.

The production process of this product strictly implements strict parameter control standards throughout the whole process, so that each batch of products can maintain highly consistent performance. The viscosity range fixed at 400cst to 500cst avoids the inter-batch performance difference that may occur in products with wide viscosity range. Users do not need to readjust the operation parameters of the system between different batches, which can directly ensure the continuity of working conditions. The stable relative density parameter allows it to quickly form a uniform mixing system when mixed with other functional additives, will not cause stratification and precipitation, and simplifies the operation process of subsequent lubricant formulation. The open cup flash point not lower than 300℃ means that when it is used in many high-temperature workshops, there is no need to add complex additional explosion-proof auxiliary devices, reducing the investment cost of supporting equipment. The solidification point not higher than -40℃ allows it to start and operate normally in outdoor equipment without heat preservation in winter, there is no need to preheat the medium in advance, and the startup waiting time of equipment is reduced. The refractive index between 1.495 and 1.505 also allows it to adapt to the parameters of related optical elements in some industrial scenarios with optical supporting requirements, expanding the application boundary of the product.