Heat Exchangers Manufacturers, Cooling Towers Manufacturers, and Industrial Chillers Manufacturers
Heat Exchangers Manufacturers, Cooling Towers Manufacturers, and Industrial Chillers Manufacturers
Tipo heat Exchangers also manufacturer cooling towers such as Bottle shape cooling towers, square shape cooling towers, Fanless Cooling Towers, FRP Multi Cell Cooling Towers, Putruded Cooling Towers, Single Cross Flow Cooling Towers, Double Cross Flow Cooling Towers, Wooden Cooling Towers, Dry Cooling Towers, Closed Circuit Evaporative Cooling towers, Turbine Cooling Towers, Forced Draft Cooling Towers Manufacturers, Closed Circuit Hybrid Cooling Towers.
About Round Shape Cooling Tower: Round shape cooling tower or popularly known as bottle type are designed to cool industrial re-cycled process water from temperature of 50 degrees to temperature of 4 plus the prevailing Wet Bulb temperature of the region. The tower design incorporates hot water inlet at the bottom collection sump circulated vertically […]
About Cross flow induced draft: The counter-flow and cross flows are two basic designs of cooling towers based on the fundamentals of heat exchange. It is well known that counter flow heat exchange is more effective as compared to cross flow or parallel flow heat exchange. Cross-flow cooling towers are provided with splash fill of […]
About Counter flow forced draft: In the counter flow induced draft design, hot water enters at the top, while the air is introduced at the bottom and exits at the top. Both forced and induced draft fans are used. In cross flow induced draft towers, the water enters at the top and passes over the […]
Cooling Coils for Air Conditioners Frost line on the cooling coil: When liquid refrigerant enters the evaporator coil temperatures may be as low as 10 degF at that point – that is at the top of the coil at the point of refrigerant entry. In normal operation of a refrigeration system, air movement across the […]
Evaporative Condensers Evaporative condensers improve the heat rejection process by using the cooling effect of evaporation. Water is sprayed over the condensing coil from above while air is simultaneously blown up through the coil from below to naturally lower the condensing temperature. Evaporative condensers provide heat rejection for many types of systems, and the specific […]