Natural Draft Cooling Towers

Backed by our team of expert professionals, we are able to manufacture and supply Natural Draft Cooling Towers. These cooling towers are installed in various buildings and factories for the supply of constant cool air. Our reliable vendors provide us with quality components and materials, which are used to manufacture these cooling towers. The offered Natural Draft Cooling Towers are fabricated by our highly qualified team of engineers keeping in mind the industry laid parameters and the demands of our customers.

Key Features

• Heavy duty
• Compact structure and light weight
• High quality motor
• Low noise operation
• Less drift loss

Used For : Heat Transfer

Capacities

Natural draft Cooling Tower Availability of Capacities from 5 TR T0 1000 TR in Single cell.

• Natural draft Cooling Tower especially hold attraction as solution for saving costs for large industrial plants and power stations; that require large amounts of cooling water.
• The needed cooling air is transported to the tower with the help of natural draft. Hence there is no necessity for fan or fan power
• It is also used for the release of treated exhaust gas. It also implies that there is no need of gas reheating or chimney.
• The rates of flow come around 2,00,000m3/h per 9, 00,000gpm
• PVC fills are not required by these FRP Cooling Towers
• FRP louvers that are specially designed aerodynamically, minimize evaporation loss and spillage
• The effusion and lifetime of this industrial Cooling Tower is increased with the aid of fastener.
• The tower could be installed for a variety of cooling applications
• The needed volume of air stream for cooling is produced by stack effect
• The economic benefit of such industrial Cooling Towers exists in their low requirement of electric energy. The costs of operation are minimal
• These industrial Cooling Towers are highly economical for depreciation and loads of high cooling over an extended period
• The recirculation of the rapid air causes reduced performance. This gets reduced by the high distance between the air outlet and inlet of the tower.

 Specification