Quick Cooling Tower & Facility Management PVT. LTD.

FRP Cooling Towers

RCC cooling towers are generally recommended for higher flow rates. The RCC construction also allows for added strength and durability. All the internal components and working parts remain the same as our standardized designs and thus the performance is the same as FRP cooling towers.

An additional option for the same is to construct a FRP-RCC hybrid cooling tower, where the panels are FRP and the support structure is RCC. RCC cooling towers are also recommended for adverse environments and conditions

QFIFM offers both Counterflow & Crossflow Design Cooling Tower with RCC / Wooden Structure for large scale Cooling Tower Applications. Different Types and Shapes of Treated Wooden Splace Bars, PVC Bars, Asbestos Fills etc. are used depending on application. Contact Quick Cooling Tower & Facility Management pvt ltd for technical and dimensional data because every cooling tower will have different size if pipe diameter , fan diameter, motor HP etc. depending on duty and application.

RCC Cooling Tower

We are manufacturing Induced draft Cooling Tower in RCC Construction also both in Cross Flow and Counter Flow design. Since the structure of Cooling Tower is complete with RCC, the tower life will be more than timber as well as FRP.
All other internal fills and Drift Eliminators are PVC / TIMBER as like other Cooling Towers. Spiral Bevel Gear Boxes are used in RCC Cooling Towers. The ranges of our RCC Cooling towers are 500M3 to 3000M3 /Cell. Higher capacities are available in multi cell construction.

Quick Cooling Tower & Facility Management pvt ltd offers both Counterflow & Crossflow Design Cooling Tower with RCC / Wooden Structure for large scale Cooling Tower Applications. Different Types and Shapes of Treated Wooden Splace Bars, PVC Bars, Asbestos Fills etc. are used depending on application.
Contact Quick Cooling Tower & Facility Management pvt ltd for technical and dimensional data because every cooling tower will have different size if pipe diameter , fan diameter, motor HP etc. depending on duty and application.
Quick Cooling Tower & Facility Management pvt ltd has a vast range of models to suit different requirements.
Capacity Available : 500 m3/hr to 4,000 m3/hr per cell. Bigger capacities are available in multi-cell construction.

Standard Features :

RCC Structure is designed to give maximum efficiency while retaining structural stability.
The distribution system is with the latest design of nozzles to ensure a proper distribution of water
The fill media is of virgin PVC fills, with double edge folding at the edges .This result in a very long life fill media.
Choice of aerodynamic PVC – “S” type or “C” type Drift Eliminators.
Easy to clean and maintain. Highly reduced cost of maintenance.
Square / Rectangle / Octagonal shape to suit site condition.
Pre-assembled at factory for simple installation at site.
Galvanized pipe distribution system with micro spray nozzle.
High efficiency double edge folder PVC Fills.

Salient Features :

RCC structures are designed as per IS/ACI codes.
We manufacture high quality RCC induced draft cooling towers in counter flow and cross flow design.
Splash and Film fills of prominent quality are used to enhance performance of the cooling tower by increasing contact surface area between air and water.
Excellent durability of RCC in any conditions of exposure and loads ensures a very long service life.
Because of the RCC structure, these cooling towers can withstand high wind loads.
RCC, being a composite material of steel and concrete is capable of resisting compressive, bending and shear forces very well.
RCC, having a very low co-efficient of thermal expansion performs efficiently in the most extreme climatic, where other materials may become brittle in low temperatures or may deform under high temperature.
Maintenance required for the RCC Cooling tower is negligible, hence cost of the project in the long run turns out to be economical.
To minimize the project duration, pre-casted concrete sections can be used at the time of construction.
The structure is not affected by UV radiation, high temperatures and does not degrade the quality of circulating water.