What is the application of vacuum dryer manufacturers in the actual industry


The vacuum drying process is a complex, time-varying, and non-linear industrial process. Drying control is to adjust and control the process parameters that affect the entire drying process.

With the continuous progress and development of microcomputer technology and automatic control technology, computer automatic detection and control technology has been introduced in many fields, and the requirements for computer automatic measurement and control systems are getting higher and higher, and various flexible configuration software emerges as the times require. born. MCGS (Monitor and Control Generated System, general monitoring system) is a set of configuration software used to quickly build and generate computer monitoring systems. It can run on Microsoft (various 32-bit Windows platforms), and display in animation through the collection and processing of on-site data , Vacuum drying alarm processing, process control, real-time curve, historical curve and report output and other ways to provide users with solutions to practical engineering problems, it makes full use of the Windows features of complete graphics, good interface consistency, easy to learn and use , It is more versatile than the industrial control system developed by using a special machine in the past, and has a wider application in the field of automation.

During the synthesis of many chemical and pharmaceutical products (intermediates or final products), solid particles are suspended in a liquid and need to be separated from the slurry at some stage. First, use mechanical solid-liquid separation equipment, such as filter centrifuges, vacuum (or pressure) filters, settlers, filter presses, and static thickeners, to separate solids from liquids. Choosing the best type of mechanical separation equipment for a certain process, vacuum drying is mainly determined by factors such as solid properties, capacity and operation mode.

But usually only one mechanical solid-liquid separation step cannot meet the product quality requirements, because it is impossible to remove all the liquid by mechanical force alone. Depending on the product and equipment, the humidity of the product discharged from the centrifuge or filter is generally in the range of 5% to 80% (by weight). Therefore, after the mechanical solid-liquid separation is completed, it is generally necessary to separate the liquid remaining in the solid through a thermal solid-liquid separation step.

This step is commonly referred to as "drying".

An important driver of variation in product drying performance is the evaporation temperature of the contained liquid, which is dependent on process pressure for vacuum drying. Lowering the process pressure and lowering the evaporating temperature can bring many benefits, especially for contact drying.

There is no need to design an ideal drying system that operates only at the lowest pressure and highest allowable temperature, as this would require large and expensive peripheral equipment. The system is generally designed as a self-regulating pressure vessel. That is, the condenser and vacuum are adapted to handle high vapor flows at higher pressures, and the pressure decreases as the dry volume decreases.

The vacuum dryer is a device that removes moisture from the parts inside the container by pumping out the air inside the packaging container to reach a predetermined vacuum degree. When drying, the inside of the tank is in a vacuum state, and the jacket is heated by hot water (or steam, heat transfer oil). As the tank rotates at a low speed, the material moves up and down in the tank, forming a "diamond track" inside and outside the tank and absorbs evaporation. The steam is continuously discharged through the vacuum pipeline to achieve the purpose of drying the material. While drying the mixture, built-in spraying, filtering, crushing and other devices according to customer requirements can realize its multi-functional operation.


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