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Product description:FRP Multi Cell Cooling Tower
We offer an impeccable range of FRP Multi Cell Cooling Tower. Our offered range is intricately designed from top quality material, keeping in mind the latest market. These offered cooling towers are in line with set industry standards. Well-known for their excellent features like light-weight, rugged design, easy installation and low maintenance, these cooling towers are available in customized facilities.

FRP Cooling Tower
nduced type, offered by API FRP COOLING TOWER is known for superior design and technology. The cooling towers are designed to meet the high standard of performance demanded by engineers. These FRP induced draft cooling towers deliver compact, heavy duly and efficient cooling function and have an aesthetic design. Owing to its compactness, these FRP induced cooling towers are extensively used in many process industries and in HVAC applications. The tower design incorporates hot water inlet at the bottom collection sump circulated vertically to the mechanical rotary sprinkler located above the fill media. The inlet water pressure rotates the sprinkler, having extended arm pipes with orifices to disperse water uniformly over the fill media.

API FRP COOLING TOWER specializes in Design, Engineering and Fabrication of different types of cooling towers. It has its own technical team for Design & Manufacturing various types of Cooling Towers. Backed with a strong support in Research & Design and commitment to Quality. API FRP COOLING TOWER, is poised to grow expand internationally as a supplier of high quality FRP / WOODEN / RCC / NATURAL DRAFT AND RADIATOR TYPE COOLING TOWERS.

Electrostatic Scale Preventer

This product has win Nobel Prize and is approved by National Physical Laboratory, New Delhi. It consists Treating Chamber & Control Panel. The former consists of two elements, one is the cylindrical stainless steel chamber-Negative Electrode through which the water flows. At the center of chamber is a core covered dy a dielectric sheath positive electrode. Water enters the chamber at the bottom and spirals around the core as it travels upwards to the outlet. When the water passes through the SS chamber the equilibirium of the hardness causing ions is disturbed due to the high electrostatic field. This converts the scale forming ions into a non adhesive type of sludge, the same can be collected at the low velocity zone (cooling tower basin) and flushed out by blown down or bleed out, as the case may be.