Our fluid bed dryer consists of a simple drying unit and helps in the conversion to a granulation or coater when optional packages are incorporated. These dryers are available in standard pneumatic logic and sophisticated computerized controls and are also offered in Steam heated Model. Our dryers provide simple solution to dry products and are high in performance as compared to the conventional drying method in tray dryers, which is rather inadequate & troublesome.
The most popularly known and used batch dryer is a fluid bed dryer and we are a well-known Fluid Bed Dryer Manufacturer. They are shaped in a box structure. The medium flowing through the heating plates is water, steam or thermal oil. The gap between the heating plates is invented primarily by the surface loading and the foaming of the product. To void retrograde condensation the cabinet walls are indirectly preheated by the heating plates. We, Fluid Bed Dryer Manufacturer offer you this Fluid bed Dryers at very reasonable rates.
Fluid bed dryer offered by us, a Fluid Bed Dryer Manufacturer comprise perfectly designed and excellent functional range of fluid bed dryer that find propriety in dehydrating of materials under sharp temperature. Coming with possibility of sterilization prior to drying process, this dryer eliminates configuration damages of drying materials and are suitable for use in various industry sectors.
We are the Fluid Bed Dryer Manufacturer of quality verified fluid bed Dryer. Catering to its unique features like high corrosion resistance and an applauded load bearing capacity, this product is highly reputed and demanded by our valuable clients. This bed dryer is manufactured by us, a Fluid Bed Dryer Manufacturer using top quality raw material following industry defined guidelines.
The essential features of our array comprises of the following:The essential features of our array comprises of the following:
|Product Bowl Volume in Liters||20||100||220||440||780||960|
|Bacth Capacity In Kg||5||30||60||120||200||250|
|Heating capacity in KW||6||18||36||60||-||-|
|Steam Consumption Kgs/hr||14||25||50||100||160||200|
|Drying temperature in 0 C||50-80||50-80||50-80||50-80||50-80||50-80|
|Blower Motor (HP)||1.5||5||10||15||20||25|
|Electrical||2800 rpm / 3 Phase / A.C.|
We supply Tray Dryer that is adequately designed by our designers and adroit personnel who take every care in the fabrication of a durable and highly efficient range of machines. Available in various models such as 12 trays, 24 trays, 48 trays, 96trays, these are high in performance and low on maintenance.
The significant traits of our exclusive array include the following:
Models: 12 trays, 24 trays, 48 trays, and 96 trays
|No. Of Trays||24||48||96|
|Tray size||16 x 32 x 1.25||16 x 32 x 1.25||16 x 32 x 1.25|
Vacuum Tray dryer is the most commonly used batch dryer. They are box-shaped and loaded and unloaded via a door (two doors on the larger models). Inside are several heating plates mounted one above the other on which the product is placed in trays. The bottoms of both heating plates and trays should be as smooth as possible to permit optimal heat transfer between plates and product. The medium flowing through the heating plates is water, steam or thermal oil. The distance between the heating plates is determined primarily by the surface loading and the foaming of the product. To void retrograde condensation the cabinet walls are indirectly preheated by the heating plates. Next, the product is introduced and heated at atmospheric pressure. Only after all individual product trays reach the same temperature the cabinet is evacuated and drying can start. The preheating phase is very important in order that the drying curve and the foaming of the product is identical throughout the cabinet. During the main drying phase the vacuum is in the range of 40 to 80 mbar abs and in the final drying phase vacuums of only few mbar abs are reached. Heating temperatures are normally in the range between 800C and 1100C. Depending on product and surface load, drying takes from a few hours to 1 to 2 days. For some products the vacuum and temperature profiles are automatically controlled in order to prevent a pass over of the critical product temperature.
The dimensioning of the vacuum system is an important factor in the design of drying cabinet systems. If for example vigorous foaming of the product is desired, evacuation to the operational vacuum level must take place very quickly. Vapors produced during drying are taken out direct, or via a steam jet compressor to a surface condenser in which the vapors condensate. The non-condensable vapors are extracted by the vacuum system.
On completion of the drying, the product can be cooled by circulating of cooling water through the heating plates.
|Model||VTD 6||VTD 12||VTD 18||VTD 24||VTD 36||VTD 48||VTD 96|
|Capacity in Trays||6||12||18||24||36||48||96|
|Number of Shelves||6||6||6||8||12||16||32|
|Trays Per Shelf||1||2||3||3||3||3||3|