Mechanical Booster Systems

We are an acclaimed name engaged in offering our precious clients superior quality Mechanical Booster Systems. The systems provided by us have very low pump friction losses therefore consumes less power for high volumetric speeds. These systems are manufactured by making use of optimum quality components and sophisticated technology in synchronization with set market standards. Our offered systems are widely used in filtration systems, carbonation CO2 compressors, condensation systems and metallurgy, casting, cooling & soaking processes. Moreover, we offer these Mechanical Booster Systems in various technical specifications. Features: Hassle free performance Low maintenance Low power consumption Rust proof body Mechanical Booster Systems We are engaged in the production of energy efficient Vacuum Boosters. These pumps have very low pump friction losses and therefore, requires relatively low power for high volumetric speeds. These find usage in a variety of fields as follows: Filtration systems Carbonation CO2 compressors Condensation systems Metallurgy Casting Cooling Soaking Drying Crystallization Optical industries Laboratory Pulp and paper industries Sugar industries Power stations Chemical industries Food processing plants Mineral processing plants The advantages of these Mechanical Booster Systems are as follows: Can be integrated with any installed vacuum systems such as steam ejectors, water ring pumps, oil sealed pumps and water ejectors The vacuum booster is a dry pump, as it does not use any pumping fluid. It pumps vapor or gases with equal ease. Small amounts of condensed fluid can also be pumped Vacuum Boosters are power efficient. Very often a combination of vacuum booster and suitable back up pump result in reduced power consumption per unit of pumping speed. They provide high pumping speeds even at low pressures Boosters increase the working vacuum of the process, in most cases very essential for process performance and efficiency It has very low pump friction losses, hence requires relatively low power for high volumetric speeds. Typically, their speeds, at low vacuums are 20-30 times higher than corresponding vane pumps/ring pumps of equivalent power Vacuum boosters do not have any valves; rings, stuffing box, etc therefore do not demand regular maintenance Due to vapor compression action by the booster, the pressure at the discharge of booster is maintained high, resulting in advantages such as low back streaming of prime pump fluid, effective condensation even at higher condenser temperatures and improvement of the back up pump efficiency