COOLING TOWERS: Direct access to internal part helping easy maintenance and repair which is negligible. Special composition or raw material in making FRP cooling towers are selected to withstand corrosion, resistant to water borne bacteria and organisms as well as to most of the chemical and is light in weight which permits roof installation without special reinforcement of any kind – vertical induced draft counter flow design permits installation in any direction with freedom-consumes less power (energy) overall because of less air resistance to water theory saving in operational costs-available in various colors matching to exterior architectural beauty. A direct driven axial fan ensures the is free from problems faced with belt and gear drives.
FRP CASING: is made of selected grade material of tough Fiberglass Reinforced Polyester and resins etc. Additional embossing is done for extra strength incase of big cooling towers.
WATER BASIN: is completely leaking proof, which avoids spillage and seepage of water. It is of deep sump to ensure maximum water level at all times and made of FRP with additional stiffeners to take care of weight extra water.
SUPPORT AND HARDWARE: all components like tower supports, motor supports, leg supports etc. are either hot dip galvanized or Hot Dip Galvanized or epoxy coated. Hardware is galvanized steel. Stainless steel or PP hardware can be supplied on request at extra costs.
ELECTRIC MOTOR: Special low RPM totally enclosed motors of vertical, flange type with enlarged and threaded shaft and sealed top is supplied with the cooling towers. The Motors totally weather proof in IP 55 construction suitable for heated and humid atmosphere.
FIXED TARGETTED NOZZLES are used in the hot water basin, they are specially designed to deliver required water distribution and are highly resistant to temperature and weathering damage. The use of target nozzles also eliminates the need for separate diffusion deck to provide complete water distribution throughout the fill area. These nozzles operate under gravity.