Application of Microchannel Reactor ChillerElectrochemical chemicals can be obtained through the purification of industrial chemicals, making separation and purification a critical step in producing electronic-grade chemicals. Common separation and purification techniques include distillation, adsorption, crystallization, and extraction. Distillation, in particular, boasts superior separation efficiency, high product purity, large processing capacity, strong controllability, wide applicability, and ease of engineering implementation, making it a commonly used and key technology in the purification of electronic chemicals. However, the design of the distillation separation process for electronic chemicals currently relies heavily on experience. Moreover, the operation of the distillation process is complex, with high energy consumption and low energy utilization rates. Therefore, researching energy-saving technologies holds significant importance.
Distillation Duration, the entire equipment boasts high evaporation efficiency, enabling continuous distillation processes. Molecular distillation chillers are designed for separating high molecular weight, high boiling point, heat-sensitive, and easily oxidizable materials.
Distillation can effectively remove low-molecular substances from its liquid, such as odors and organic solvents. The equipment selectively vaporizes the desired product, eliminating other impurities, thus making it a protector and a returner of natural quality.
Distillation chill allows for physical processes that traditional separation methods cannot achieve, making it widely used for deodorization, decolorization, and purification in the separation of high-value plant materials. The evaporator's wall surface self-cleans, with minimal pollution and easy cleaning.
An internal condenser will be installed within the刮板蒸发器, which will effectively condense certain light substance molecules into a liquid upon reaching a certain distance when the feed mixture is heated, separating them from the mixture.
Pump-driven Heat Transfer Medium(Typically water or oil)The oil tank, equipped with an internal heater, delivers heat fluid to the temperature control unit, which then returns it to the tank. The controller adjusts the temperature of the heat fluid, thereby regulating the temperature of the control unit, based on the measured temperature of the heat fluid by the temperature sensor or the internal temperature of the control unit. Generally, water-based control has a lower temperature range, while oil-based control has a higher temperature range. The operating temperature of an open water system is98No Chinese content provided.5The working temperature of the pressurized water system is ℃.100℃~180The temperature is {}, low.5℃; Oil-typed for working temperature≥180In applications involving℃ (or pressure-sensitive equipment), from low temperatures-100℃ (Select) Operating Temperature350℃.Low temperature to-100℃ Offers a Variety of Styles to Choose From Advantages: Allows for quick switching between modes to accelerate production progress and reduce energy consumption, enhancing product molding efficiency, suppressing defects, and lowering the production of defective products. Temperature control is highly precise, and the function can also be used independently, widely applied in injection molding, biotechnology, and chemical industries.YYReactor Vessels, Microreactors, Agitators, Laboratories, Aerospace Materials, New Material Research and Development, Roller Shafts, New Energy, Electronic Material Testing, School Laboratories, and more. Features: Utilizes imported brand refrigeration compressors, known for their durability, low energy consumption, minimal noise, rapid cooling speed, and environmentally friendly, non-toxic refrigerants. The product design is aesthetically pleasing, featuring an isolated electrical control box to extend the lifespan of electrical components, explosion-proof piping devices, built-in safety protection, and excellent thermal insulation. Equipped with a microcomputer temperature controller with digital display (Siemens).PLCMaintaining precise temperature control, ease of operation, and improved heating and cooling speed with accurate temperature distribution, it is an ideal device for creating high and low-temperature working conditions. With automatic calculation, multi-point temperature control systems, explosion-proof and corrosion-resistant models available for customization.
