Shree Sai Equipments are Paddle Dryer Manufacturers in Pune. We provide a wide range of Paddle Dryer in Pune. We are well known as Paddle Dryer Manufacturers in Pune. We are also a top supplier of Paddle dryer in Pune, Maharashtra, India. As per industry norms and standards, we offer premium quality Paddle Dryer Manufacturers in Pune at the international standards level. We are manufacturers and suppliers of various kinds of Paddle Dryer in Pune. We manufacture our paddle dryer in Pune as per the customer requirements.
Shree Sai Equipment is one of the bestPaddle Dryer Manufacturers in Pune, Maharashtra, India. Shree Sai Equipments has hands-on experience as aPaddle Dryer Manufacturers in Pune and overseas for a wide range of applications. We are Manufacturer, Supplier of Paddle Dryer in Pune, Maharashtra, India.
Shree Sai Equipments believe in providing high-quality paddle mixer in Pune to the clients and provide end-to-endsolutionsto all the queries. We are one of the best paddle dryer manufacturers in Pune.The mechanically stirred Paddle Dryers in Punehave an indirect heat transfer system used in a variety of industrial processes for drying wet materials.
Industrial Paddle Dryer Manufacturers Pune Industrial Paddle Dryer Manufacturers Pune Shree Sai Equipments are Manufacturers and Suppliers of all kinds of Spray Dryers Industrial Spray Dryer Flash Dryers and Paddle Dryers.
The Paddle Dryer Manufacturers in Pune is a highly efficient indirect heat transfer system that adds or removes heat from a process mass, mechanically agitated. It is used for the indirect drying of pastes, cakes, powders, and granules, boiling, cooling, pasteurizing, crystallizing, and reacting.
Dual counter-rotating shafts create intimate mixing and maximize heat transfer with special intermeshing wedge form paddles. A compact computer benefits from the use of hollow paddles for heat transfer. The heat transfer medium is isolated from the process mass: steam, oil, thermal fluid, water, or glycol.
In order to ensure excellent mixing production and maximize heat transfer, these dryers are advanced by combining them with dual counter-rotating shafts and inter-meshing wedge form paddles. In order to make it safe for applications of volatile organic compounds and hazardous materials, this dryer range is done with a vapour-tight construction.
For proper boiling off the moisture, the heated spinning blades continuously agitate the wet feed and leave the wet material dry.
The Paddle Dryer Manufacturers in Pune conducts drying, cooling, heating, sterilizing, reacting, and combustion processes at low temperatures for the drying or cooling of the paste, particle, powder, and slurry condition of the material. The special stirring and heating transfer blade produces high efficiency of heat transfer and provides a self-cleaning function.
The special chock-shaped stirring and heat transfer blade of the heating transfer surface has a high heating efficiency and a self-cleaning feature.
The indirect conduction method of heating is used by the Paddle Dryer Manufacturers in Pune to dry and process the materials with good thermal stability. Used for power, paste, and granules, it is a drying system. It can be used extensively by gentle heat transfer to dry, heat, or cool down various distinct products such as animal feed, plastics, polymers, etc. Paddle dryer in Pune is a very flexible product with different materials that can be used.
In order to convey the wet product from the feed end to the discharge end, two hollow shafts are rotated with their special wedge-shaped heating transfer blades. The paddles have high efficiency for heat transfer and have a self-cleaning feature.
For these paddles, the trough is duly jacketed and heat is pumped into the trough's casing. Carbon Steel or the applicable grades of Stainless Steel as needed may be the material for the Paddle Blades and the Trough.
With the assistance of a heavy-duty gearbox and a suitable engine, the Paddle Blades are rotated to ensure trouble-free operation. The drive has a durable architecture, optimized for high torque and low speed of operation. Shafts, bearings, and drive components are engineered under adverse conditions for long, trouble-free operations.
The paddle dryer conducts drying, cooling, heating, sterilizing, reacting, and combustion processes at low temperatures for the drying or cooling of the paste, particle, powder, and slurry condition of the material. The special stirring and material transfer paddles provide high efficiency for heat transfer and self-cleaning purposes.
The special rectangular-shaped paddles do the mixing, stirring, and transfer of material on the heated trough surface with high efficiency and self-cleaning purpose.
The hollow shaft focuses on rectangular-shaped paddles. Heat media flows through the trough and evenly heats the chamber. The region of heat transfer in the effective volume is very large. The heating media temperature range is 40 °C to 320 °C. All the heat is used for the material to dry and there is no heat loss.
The surface has a self-cleaning feature for rectangular shaped paddles. The Hollow Paddle dryer's trough is U-shaped. The sealed terminal cover and top cover with the trough are available to prevent any leakage of content. The media transfer heat flows through the rotation connector, the shell of the jacket, and the hollow stirring shaft.
Heat transfer areas per dryer vary from 60 to over 3000 square feet (5.6 to over 305 square meters).
The potential of the system for small, medium, and large plants.
Heated indirectly using steam or thermal fluid (hot oil).
Carbon steel, stainless steel, or the fabrication of alloys.
Hard-surface coatings that are abrasion-resistant are available.
During operation, the insert method.
Robust design, with high torque and low operating speed design.
No internal elements to change or retain.
Under adverse conditions, shafts, bearings, and drive components are engineered for long life, maintaining long-term mechanical integrity.
Two parallel shafts of the body of the Paddle Dryer have inter-leaved panels. At a slow speed, the shaft rotates and a heating medium is applied. The shafts begin to rotate and the material is continuously fed into it, which is simultaneously stirred and heated.
Blade heat consumption is low;
The blade dryer costs are low;
The material range to be processed is broad;
The emission is less: very little powder is carried out without holding any air;
The price of the service is low;
In food, chemical, petrochemical, dyestuff, and industrial mud, etc., the blade dryer is successfully applied. The characteristics of heating transfer, cooling, and stirring cause the following unit operations to be carried out: combustion (low temperature), cooling, drying (solvent recovery), heating (melting), reacting, and sterilizing.
The stirring blade is also a heat transfer surface, so the effective volume of the device is increased to increase the heat transfer area, and the processing time is reduced. There is a self-cleaning feature on the chock-shaped heat transfer surface. The substance is combined evenly by compressing and swell-stirring functions. The material carries out the' piston flow' movement along the shaft.
In the various axial regions, the difference in temperature, humidity, and mixing effects is very small. If we adopt thermal oil as a heating medium, the blade dryer is capable of combustion under low temperatures.
High thermal output
The medium for heat transfer does not come into contact with the object.
For the transmission of the commodity, gas is not used. There is limited off-gas flow.
Precise temperature regulation
Uniform consistency of the commodity, by product mixing and movement
On a once-through basis, the continuous method
High heat transfer area to volume ratio for the process - reduced floor space
Pre-conditioning with recycling is generally not appropriate.
Simple to run, minimal attention needed
Safer than direct drying for combustible material production
Easy, robust, quick, and low maintenance design
The method involves odors and dangerous materials.
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