We are offering high quality range of falling film vaporizers which are provided with thin films that are in contact with heat transfer surfaces. Available at reasonable rate, these falling films have wide industrial applications.

Efficiently designed, evaporators offered by us have the operating temperature of up to 232 oC and an evaporation rate of 6 GPH. Having the tank capacity of 70 gallons, these corrosion resistant evaporators have heat energy of 81883 BTU/hr. We offer the product in the equipment size of 55x30x72 inches and have the ability to customize it as per the specifications of our clients. Our designers specially design these evaporators by considering entire heat, mass balance of factory so that the product can be effortlessly integrated in the plant, ensuring thermodynamic harmony.

We are in the process of manufacturing evaporators which are suitable for heat sensitive products. Easy to operate and with automatic control, these consume less chemicals in processing. Our range of evaporators is available in a compact design with low building cost. We offer these plants with thermal vapor compressor, in various sizes. The evaporators are highly appreciated for the following reasons:

The forced circulation evaporator is suitable for processing liquors which are susceptible to scaling or crystallizing. Liquid is circulated at a high rate through the calandria, boiling being prevented within the unit by virtue of a hydrostatic head maintained above the top tube plate. As the liquid enters the separator where the absolute pressure is slightly less than in the tube bundle, the liquid flashes to form a vapor.

The main applications for a forced circulation evaporator are in the concentration of inversely soluble materials, crystallizing duties, and in the concentration of thermally degradable materials which result in the deposition of solids.

Forced circulation evaporators normally are more expensive than film evaporators because of the need for large bore circulating pipework and large recirculating pumps. Operating costs of such a unit also are considerably higher.

Thermo-compression evaporator is another alternative to increase steam economy. Vapor of solvent evaporated is compressed is used as heating medium in the same evaporator.

Selection of evaporator depends on the various properties of feed product such as crystallization, foaming, corrosion, salting scaling.

We manufacture falling film evaporators that can be operated with very low temperature differences between the heating media and the boiling liquid, apart from this they also have very short product contact times, typically just a few seconds per pass. These features make our falling film evaporator particularly suitable for heat-sensitive products and it is today the most frequently used type of evaporator.

We offer Measuring Cylinder with Spout round base, Class #39;B#39;, Class #39;A#39;, Measuring Cylinder with Interchangeable, Polyethylene Stopper Class #39;B#39;, Measuring Cylinder with Interchangeable, Polyethylene Stopper, Class #39;A#39;, Crow Receiver Class #39;B#39;, Crow Receiver Class #39;A#39;, Nessler Cylinder for color comparison Class #39;B#39;, Nessler Cylinder for color comparison Class #39;A#39;, Volumetric Flask, Volumetric Flask with one mark Polyethylene Stopper Class #39;B#39;, Volumetric Flask with one mark, Polyethylene Stopper Class #39;A#39;, Volumetric Flask with one mark Screw Cap, Class #39;B#39;, Volumetric Flask with one mark Screw Cap, Class #39;A#39;, Standard Ground Joints, Sockets, Single, Cones, Single, Socket Double, Cone Double, Adaptors / Stoppers, Spherical Ball Joint, Ball Joint, Joint Clips, Stopper Solid, Stopper, Hexagonal Hollow, Reduction Adapter, Adaptors, Expansion Adapters, Multiple Adapters Two Necks

We offer quality range of Falling Film Forced Film Evaporators that is known to offer efficient evaporation of solvents and chemicals under vacuum. With its low contact time it becomes ideal for heat-sensitive product such as milk, fruit juice. Falling Film Evaporators are also characterized by very low pressure drops and are often used in deep vacuum applications. Specifications

Evaporators are thermal concentrators. Evaporators are for concentrating dilute liquids, for increasing solids content for reducing volume by evaporating water.

Evaporators are based on steam economy i.e. Kg of solvent evaporated per Kg of steam used. Reusing evaporated solvent as heating medium, higher steam economies are achieved. This method of increasing utilization of steam is used in multi-effect evaporator. In multi-effect evaporator vapour from the first effect is passed over to the next effect in which boiling takes place at lower temperature pressure.
Thermo-compression evaporator is another alternative to increase steam economy. Vapor of solvent evaporated is compressed is used as heating medium in the same evaporator.

We offer our clients with rotary evaporatorin varieties that include from 1literrotary evaporator to 100 litre rotary evaporator. Flame proof, Non flame proof and GMP models are available.

We manufacture and offer optimum quality evaporators that are widely used for reducing product volume, remove water prior to drying, and to improve product storage life. Our technologically advanced evaporators help in quick evaporation of the material with shorter process time. Some of the applications of our evaporators include the following:

Forced Circulation evaporators are the letest range of evaporators specially suitable for concentrating viscous chemical liquids and natural product extracts. Forced circulation evaporators offer continuous concentration of viscous fluids with high energy efficiency. Some of the advantages and specifications are listed below: - Solvent recovery and/concentration by heating and evaporation in flash separator. - High capacity axial flow pump circulates liquid between calandria flash separator. - The high velocity in calandria tubes prevents boiling in the tubes and promotes flashing in the separator. - This eliminates scaling of heat transfer surface during precipitation or crystallization when the liquid attains higher concentrations.