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Plunger Pumps for Heat Exchanger / Evaporator Cleaning
Plunger Pumps for Heat Exchanger / Evaporator Cleaning
Kamat Pumpen India Pvt Ltd offers high-pressure Plunger Pumps for Cleaning of Heat Exchangers and Evaporators. These are crankshaft-driven plunger pumps for pressures ranging from 100 to more than 3000 bar. They cover most of the possible applications and nowadays are even starting to replace intensifiers at pressures higher than 3000 bar. These pumps are basically manufactured with three or five cylinders. If we look at higher pressures above 100 bar, plungers become more important than pistons. Mass-produced plunger pumps of small power inputs are not covered in detail. But in general, these small pumps are similar to bigger industrial pumps. The world of industrial plunger pumps starts at around 45 kW power input.
Kamat Pumpen India Pvt Ltd has built up its reputation over decades as being a leading international supplier of high pressure technology systems for pumping fluids. Competence in high pressure technology is the main target. The parent company headquarters is in Witten, a town in the centre of the Ruhr area of Germany. The quality management system is certified according to EN ISO 9001: 2000 in all aspects such as development, construction, manufacturing, sales and distribution.
Product & Technology News
- Heat exchanger cleaning – in food industry, cleaning of heat exchanger is part of the daily business. Blocked bundles reduce the exchange of heat and the resulting efficiency. Normally, a pressure of between 1000 and 1200 bar is required for cleaning heat exchanger in the food industry, in order to achieve an effective work performance (good cleaning result in an acceptable time limit.) to meet the requirement of the customer
- Evaporator cleaning – during the production of fruit syrup the fluid has to be thickened. This process is carried out in so-called evaporators. The tubes of evaporators become blocked in the course of some months. When they are fully blocked, the production comes to a standstill