Falling Film Evaporators | Alaqua INC (Business Opportunities - Marketing & Sales)

USNetAds > Business Opportunities > Marketing & Sales

Item ID 131457558 in Category: Business Opportunities - Marketing & Sales

Falling Film Evaporators | Alaqua INC

Alaqua has a technologically integrated range of Evaporators, which is superiorly used for concentrating the solution by following continuous evaporation. This industrial device is made prudently by making use of optimum grade materials and sophisticated techniques, in order to make it highly efficient for heat-sensitive components. A Falling Film Evaporator is an industrial device to concentrate solutions, especially with heat-sensitive components. The evaporator is a special type of heat exchanger. Due to the intimate contact of the liquid with the heating surface, these evaporators are sensitive to fouling from precipitating solids; liquor velocity, typically low at liquor inlet is usually not sufficient to perform an effective self-cleaning of the tubes. Falling film evaporators are therefore used in clean, non-precipitating liquids. We have quality Falling Film Evaporators surrounded by steam jackets, which are superlatively used for enhancing the concentration of the solution. These evaporators are developed by making use of optimum grade raw materials to give exceptional evaporation by consistently distributing the solution uniformly. This special heat exchanger primarily adapts continuous evaporation and concentration at low operational temperatures. With its optimum heat transfer efficiency, the evaporator superiorly minimizes the material heating time. Visit - www.alaquainc.com

Related Link: Click here to visit item owner's website (0 hit)

Target State: New Jersey
Target City : Guttenberg
Last Update : Jul 19, 2021 5:18 AM
Number of Views: 30
Item  Owner  : Alaqua INC
Contact Email:
Contact Phone: (00-1) 551 482 7568

Friendly reminder: Click here to read some tips.
USNetAds > Business Opportunities > Marketing & Sales
 © 2021 USNetAds.com
2021-10-28 (0.391 sec)