Vacuum Tray Dryer Working Principle Price Specifications and Industrial Applications
Vacuum tray dryer price in india is a key factor for industries facing batch rejection uneven drying and high energy cost. When your batches keep being rejected owing to inconsistent drying or moisture content, you are not alone. Many manufacturing industries lose between 5 to 15 percent of their output because of conventional dryers that are unable to provide consistency. This leads to increased expenses, production delays, and poor quality products. The solution to this challenge is to use a vacuum tray dryer.
Definition of Vacuum Tray Dryer
A vacuum tray dryer may be defined as an example of a closed chamber dryer in which drying takes place through the reduction of pressure within the closed chamber. In such dryers, there are multiple trays having the material to be dried placed in a closed chamber. As a result of reduced pressure in the closed chamber, the boiling point of moisture within the material to be dried becomes lower.
Principle of Vacuum Tray Drying Method
The basic principle of this method is that there must be an opportunity to reduce the pressure in the closed container to enable evaporation to occur at low temperature. Under this method, the substance to be dried is placed in the trays in the closed container first of all. Air in the closed container is sucked out through a vacuum pump to reduce the pressure in the closed container. Heat can be supplied to it in the form of conduction by heating trays.
Reduced pressure lowers the moisture boiling point from around 100°C to nearly 40–60°C depending on vacuum level, enabling faster drying without damaging heat sensitive materials
Construction and Components
The construction of vacuum tray dryers involves the use of high grade stainless steel material to ensure robustness and hygiene. Some of its components are pressurized chamber, heated trays, vacuum pump, condenser, control system, and insulations. Pressurized chamber makes it possible to alter the pressure levels, while heated trays make it possible to distribute heat evenly.
Phases in Drying Proces
The first phase in the drying process consists of distributing the material to be dried evenly in the chamber tray. The second phase in the drying process consists of ensuring that there is no penetration of air into the chamber through proper sealing of the chamber’s door. The third phase consists of starting up the vacuum pump to achieve a particular level of vacuum after the onset of heating. It must be understood that lower pressure results in lower temperature water evaporation.
Application of Vacuum Tray Drying Machine
The uses of a vacuum tray drying machine include the various application areas such as the chemical, pharmaceutical, and food sectors. The drying process in the production of drugs is accomplished through vacuum tray dryers that dry API, antibiotics, and herbal extracts. When it comes to the chemical sector, it involves temperature sensitive chemicals.
Specification of Vacuum Tray Dryer
| Parameter | Specification |
| Chamber Material | Stainless Steel SS 304 / SS 316 |
| Number of Trays | 6 to 96 Trays |
| Temperature Range | 50°C to 150°C |
| Vacuum Level | Up to 760 mm Hg |
| Heating Type | Steam / Electric |
| Tray Size | Standard or Customized |
| Control System | Digital / PLC Based |
| Insulation | High Efficiency Thermal Insulation |
| Door Type | Single Door / Double Door |
| Vacuum Pump | Water Ring / Oil Sealed |
| Condenser | Shell & Tube Type |
| Application | Pharma Chemical Food Industry |
Performance Specifications and Their Effects
To start with, it should be noted that any temperatures ranging from 50°C up to 150°C are extremely important if drying of materials is to be done effectively. This specific process is going to exclude burning and involve only the drying process itself. Vacuum pressure shall be equal to 760mm Hg. It is essential because it makes the process much faster. Moreover, stainless steel protects the material from any contamination.
Industrial drying systems used in pharmaceutical processes must follow global quality standards. You can refer to ISO guidelines here: https://www.iso.org/standards.html
Vacuum Tray Dryer vs. Other Types of Dryers
The vacuum tray dryer is superior to other types of dryers because it yields higher-quality end products since it operates at low temperatures. The fluid bed dryer is very fast compared to the vacuum tray dryer, although it cannot handle fragile products. The vacuum spray dryer handles liquids effectively rather than solids.
| Feature | Vacuum Tray Dryer | Fluid Bed Dryer | Spray Dryer |
| Moisture Control Accuracy | ±1–2% | ±5% | ±6% |
| Temperature Range | 50–150°C (Low) | Medium | High (150–300°C) |
| Batch Rejection Rate | <2% | 5–10% | 8–12% |
| Energy Consumption | 20–30% Lower | Medium | High |
| Suitable Material | Heat Sensitive Solids | Granules | Liquid Feed |
| Product Quality | High (No degradation) | Medium | Medium |
| Drying Control | Fully Controlled | Partial | Limited |
Issues with Dryers That Will Cause Low Productivity
Dryers that do not work efficiently will create low-quality products due to low drying efficiency, loss of energy, and deterioration of products. The design of the dryers will affect the distribution of heat, hence making low-quality products. Maintenance of dryers will cost more money. It is necessary to buy an efficient dryer.
Vacuum Tray Dryer Price in India
The pricing of the vacuum tray dryer in India would vary depending on the capacity of the machine and if the machines were automated or not. Assuming there are between six and twelve trays in the vacuum tray dryer, the cost of the vacuum tray dryer would be between ₹2.5 lakh and ₹6 lakh. Assuming there are between twenty-four and forty-eight trays in the vacuum tray dryer, the cost of the vacuum tray dryer would be between ₹6 lakh and ₹15 lakh. In the event that there are many trays, for instance, ninety-six trays, the cost of the vacuum tray dryer would be above ₹25 lakh.
Low cost machines may reduce initial investment but often lead to uneven drying higher rejection rates and increased maintenance cost which results in higher overall loss in long term operations
Why Choose Panomex
The Panomex vacuum tray dryer is purposely made to ensure there are no challenges associated with non-uniformity during the drying process and variations in the vacuum process. The Panomex vacuum dryer ensures constant vacuum pressure levels from 700 to 760 mm HG and temperature variation between +1 to +2 degrees Centigrade.
As we approach more than 500 machines provided for both the pharmaceutical and chemical industries, we have managed to reduce batch rejection up to 30%.
Drying Time and Energy Efficiency
Time needed for drying will depend upon the type of substance that is being dried and normally takes about 4 to 12 hours. The low pressure and consequent low temperature make it possible for fast drying.This improves drying efficiency and reduces energy consumption by up to 20 to 30 percent
FAQs
Which capacity vacuum tray dryer will be required by me?
If your production needs are less than 50kg, then use 6-12 trays; if between 50-200kg, then use 24-48 trays, and if above 200kg, use 96 trays.
What is the payback period of vacuum tray dryers?
Most industries recoup their investments in 12 to 18 months due to no rejection and energy savings.
What will be the energy saving rate compared to conventional dryers?
There is an approximate energy saving rate of 20% to 30% since the process takes place at low temperatures.
Is the PLC automation system important?
Yes, it is essential for the pharmaceutical industry and large production processes.
How soon can Panomex supply the machinery?
The time frame for the standard machinery is 2 to 4 weeks, while for the customized machinery, it will take 4 to 6 weeks.ough to conduct a 5- day BOD procedure.
Conclusion
The vacuum tray dryer will prove to be the best choice for companies that require proper drying of their products because it will enable them to produce quality products in relation to the reduced energy usage. The important thing to note is that one should choose the appropriate equipment based on the outcome they desire.
Every rejected batch is direct profit loss
If you are doing in consistent the cost is already compound
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