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We are one of the key suppliers of steam trap and associated products in the industry. We have established this company with a vision of becoming one of the eminent manufacturer and suppliers of steam traps. Over the years, our operational activities in the sector of steam has led to the development of additional products related with similar process industries. Our stability is due to the adherence we follow to the strict manufacturing practices and diligent testing facilities to give the customers an excellent product each time. We have experienced a steady growth since our inception and this has been possible due to our strength of experienced and skilled work force. We have set benchmarks to be in line with the latest technology and advanced infrastructure facilities so that our customers get one of the best quality steam traps and related products from our end.
A steam trap is a mechanical device used to remove condensate and non-condensable gases from steam systems while preventing steam from escaping. It is a crucial component in steam distribution systems, helping to maintain the efficiency of the system and preventing damage to equipment and pipes.
Steam traps are designed to automatically open and close as necessary to maintain optimal performance. When steam condenses and turns into water, it creates a vacuum that draws in air and other gases, which can cause damage to the system. A steam trap works by allowing condensate to flow out of the system while trapping steam and preventing it from escaping. This process ensures that the system operates at a maximum efficiency and prevents damage to equipment.
There are several types of steam traps available, including mechanical, thermodynamic and thermostatic. Mechanical steam traps use a float or bucket to open and close a valve, while thermodynamic traps use the temperature difference between steam and condensate to open and close a valve. Thermostatic steam traps use a temperature-sensitive element to open and close a valve, allowing condensate to flow out of the system while trapping steam.
Choosing the right type of steam trap for your application is essential for optimal performance and efficiency. Factors such as steam pressure, temperature and flow rate should all be considered when selecting a steam trap. Regular maintenance and testing are also critical to ensuring that steam traps are functioning correctly and that the system is operating at maximum efficiency.
