Providing you the best range of forced circulation evaporator, falling film evaporator and agitated thin film evaporator with effective & timely delivery.
Forced Circulation Evaporator
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Product Price: Rs 30,00,000 / PieceGet Best Price
Product Details:
Evaporation Capacity
5000 kg/hr
No Of Effects
Double Effect
Circulation Pump Power
20 kW
Forced Circulation Evaporators are specially designed for liquids that tend to scale, foul, highly viscous and crystallize depending upon the final concentration of the product. Feed is re-circulated in the shell and tube heat exchanger by pumping, heated under pressure to prevent boiling, and then flashed in the vapor liquid separator, where the absolute pressure is slightly less than in the heat exchanger, to obtain the required vaporization
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Falling Film Evaporator
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Product Details:
Evaporation Capacity
15000 kg/hr
No Of Effects
Double Effect
Application
Food
Feed Temperature
70°C
Material Of Construction
SS304
Steam Pressure
5 bar
Vapour Separator Type
Cyclone
Operating Pressure
Atmospheric
Automation Grade
Automatic
Falling Film Evaporators are specially designed for heat sensitive products that have a low-scaling tendency. The In the Falling Film Evaporators, the liquid is fed at the top of the evaporator either using spray nozzle or through distribution plate to long tubes and allowed to fall down the walls forming film. Evaporation occurs on the surface of the film and not on the tube surface. It can be used for non-fouling and relatively nonviscous products where original properties have to be preserved.
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Agitated Thin Film Evaporator
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Product Price: Rs 4,00,000 / PieceGet Best Price
Product Details:
Evaporation Capacity
100 kg/hr
Operating Temperature
Up To 200°C
Vacuum Level
10 mbar
Agitated Thin Film Dryers are used to dry liquid solutions or slurries into flakes or powder. Agitated thin film dryer consists of a jacketed vertical shell having an agitator shaft mounted with multiple blades on it. Either steam or hot oil is passed through the jacket of the shell thereby heating the internal surface of the shell to required temperature. The liquid feed is introduced at the top and the dry product is discharged at the bottom.
