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PNEUMATIC AND GAS FILTERS
We offer a wide range of Pneumatic & Gas Filters that are widely appreciated for their durability and high performance. These filters are exclusively designed for liquids and air to bring optimum result in filtration
he Activated carbon filter that we offer has been manufactured by us in the best possible manner to impart all the properties perfectly. The main aim of this product is to preserve the radioactive gases from sources and help in the progress of the work. These activated carbon filters look like cylindrical structure that has been joined with pipes for prompt fixture. They are very reliable and have been graded for their supremacy. They have been engineered by professionals who are extremely experienced and have gathered immense knowledge in this field.
Special Features :- It is specially designed to eliminate liquid droplets from industrial gas. It can also remove solid particle down to 1 micron.
Construction :- The outer casing is made of fabrication or casting to withstand high pressure. The elements are generally made of sintered bronze, sintered plastic, synthetic and woolen felts, glass fibre etc.
Application :- It is suitable for any type of gas line e.g. oxygen, hydrogen flue gas etc.
Heatless Compressed Air Dryer system (air drier) and gas dryer system for moisture removal in air & gases, These Compressed gas and air dryers (air driers) find use in majority of Industrial compressed air system and pneumatic applications. These air and gas dryer (air drier) are also offered for High Pressure gas and air drying system and applications. Following is a brief description of the working of these compressed air dryers and gas dryer systems. A Heatless compressed air dryer (drier) is the simplest form of desiccant type gas or air dryer (drier) for achieving a dew point of -40°C or better for compressed air systems and other gas and air dryer (drier) applications.
Wet incoming Compressed air after passing through pre filter passes through the slide piston valve assembly and is directed towards adsorber chamber I where the compressed air passes upward through the desiccant (Activated Alumina / Molecular Sieves). Compressed Air drying takes place by adsorption. Dry Compressed air from adsorber chamber I then passes through the Check valve assembly and then through the after- filter to the application or work area. While Compressed air is being drying in chamber I the desiccant in chamber II where the desiccant has been wetted in the previous cycle is being simultaneously regenerated. The chamber II is depressurized to atmosphere through the purge valve in the downward direction. A portion of the dry compressed air passes through the needle valve / orifice plate through the desiccant and flushes out the desorbed moisture. When the regeneration is complete, the purge valve is closed and the tower is slowly repressurised to line pressure for a smooth changeover. A drying period of 5 minutes provides an efficient dew point of -40°C or better (at atmospheric pressure). In regeneration process approximately 30 seconds are required for repressurization.