We leading manufacturers and exports of 100TR FRP Round shape Cooling tower with PVC Fills, Fan Motor manufacturer in Nigeria to below countries
Cooling tower manufacturer and supplier of in Bangladesh,
FRP Cooling tower in Djibouti,
Fiber plastic Cooling tower in United Arab Emirates,
GRP Cooling tower in Kenya,
FRP Cooling tower in Kuwait,
FRP Cooling tower in Zimbabwe,
FRP Cooling tower Malaysia,
Cooling tower manufacturer in Nigeria,
Cooling tower manufacturer in Tanzania,
Cooling tower manufacturer in Oman,
Cooling tower manufacturer in Togo,
Cooling tower manufacturer in Zambia,
Cooling tower manufacturer in Mozambique,
Cooling tower manufacturer in Uganda,
Cooling tower manufacturer in Myanmar,
Cooling tower manufacturer in Nigeria

50TR Cooling tower size: 2895 x 3050MM (D x H) with 5HP, 960RPM Cooling tower Motor

Discription: MAKE:WELLTECH
Design,Engineering,Manufacturing,Supply, for MODEL WB-CZ100 -C1 FRP Cooling tower Round type with honey comb PVC fills, Water distribution arrangement with Aluminium sprinkler, Statically and dynamically balanced axial flow fan, TEFC motor, Make up and quick fill arrangement, over flow and drain connections with water holding basin. Suitable for flow rate 1000L/min, 300000KCAL/H

Data For Optimal Selection
Rate of Water Circulation (LPM)
Water Inlet Temperature (ºC)
Water Outlet Temperature (ºC)
Ambient wet Bulb temperature (ºC)
Also Information in brief site conditions and Water Quality

The FRP Bottle Shape and Square shape Cooling Towers (Fiber glass Reinforced Plastic) also called as induced draft cooling tower. The casing and basins are designed to withstand severe vibration, high wind load and to resist corrosion. The Cooling Tower consists of Honey comb PVC fills and eliminators in a design that maximizes economy and efficiency and directly driven fan and Motor ‘Minimum drift Losses’. Uniform distribution of hot water by rotating arm sprinkler. Hot dipped Galvanized hardware to withstand wind forces. The bottle shape makes possible to provide maximum cooling efficiency in minimum plan area with lower energy consumption.