Steam Point Boilers & Heaters Pvt. Ltd. Welcome to Steam Point Boilers & Heaters Pvt. Ltd. Steam Point Boilers & Heaters Private Limited was established in the year 2011. We are one of the prominent traders, suppliers and retailers of a wide range of Thermic Fluid Heaters, Hot Water Generators, Hot Air Generators, Boilers & Burners. Our range of products include IBR Steam Boilers, Non IBR Steam Boilers, Thermic Fluid Heating Systems, Heat Transfer and Flushing Fluids, Boiler Accessories, Industrial Burners and Used & Old Boilers & Heaters. Our mentor, Mr. S. K. Chhabra has vast industrial experience and ability to understand the needs of the clients. With his co-ordination we provide excellent services to our clients. Our clients are very much satisfied with our Services & Products.

A bag house, bag filter or fabric filter is an air pollution control device that removes dust particulates out of air or gas released from commercial processes or combustion of flue gases from Steam Boiler & Thermic Fluid heaters. In short bag houses filters control emission of air pollutants. It has cylindrical bags made of woven / felted fabric as a filter medium. For applications where there is relatively low dust loading and gas temperatures are 250 °F (121 °C) or less, pleated, non woven cartridges are sometimes used as filtering media instead of bags. Dust-laden gas or air enters the bag house through hoppers and is directed into the bag house compartment. The gas is drawn through the bags, either on the inside or the outside depending on cleaning method, and a layer of dust accumulates on the filter media surface until air can no longer move through it. When a sufficient pressure drop (ΔP) occurs, the cleaning process begins. Cleaning can take place while the bag house is online (filtering) or is offline (in isolation). When the compartment is clean, normal filtering resumes. Bag houses are very efficient particulate collectors because of the dust cake formed on the surface of the bags. The fabric provides a surface on which dust collects through the following four mechanisms: #Inertial collection – Dust particles strike the fibers placed perpendicular to the gas-flow direction instead of changing direction with the gas stream. #Interception – Particles that do not cross the fluid streamlines come in contact with fibers because of the fiber size. #Brownian movement – Submicrometre particles are diffused, increasing the probability of contact between the particles and collecting surfaces. #Electrostatic forces – The presence of an electrostatic charge on the particles and the filter can increase dust capture. A combination of these mechanisms results in formation of the dust cake on the filter, which eventually increases the resistance to gas flow. The filter must be cleaned periodically