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Cooling Tower Cooling Tower Cooling Tower Cooling Tower Cooling Tower Cooling Tower
Cooling Tower
Cooling Tower Cooling Tower Cooling Tower Cooling Tower Cooling Tower

Cooling Tower

100000 INR/Unit

Product Details:

  • Material FRP (Fibre Reinforced Plastic), SS, GI
  • Application Industrial cooling processes, HVAC systems, Power plants, Chemical plants
  • Refrigerating Capacity 10 TR to 150 TR
  • Air Flow 1800 m3/hr to 40000 m3/hr
  • Motor 2 HP to 15 HP
  • Condition New
  • Type Induced Draft, Counter Flow, Round/Square Shape
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Cooling Tower Price And Quantity

  • 100000 INR/Unit
  • 1 Unit
  • 100000.00 - 1000000.00 INR/Unit

Cooling Tower Product Specifications

  • Three Phase
  • Customized as per requirement
  • FRP (Fibre Reinforced Plastic), SS, GI
  • Induced Draft, Counter Flow, Round/Square Shape
  • Low noise with sound attenuators
  • 10 m3/hr to 150 m3/hr
  • Industrial cooling processes, HVAC systems, Power plants, Chemical plants
  • PVC/ABS
  • Mono-block Centrifugal, 1 HP to 7.5 HP
  • Copper/SS/Aluminum
  • 2 HP to 15 HP
  • New
  • 10 TR to 150 TR
  • 1800 m3/hr to 40000 m3/hr
  • Wet Cooling
  • 220 V / 380 V / 415 V

Cooling Tower Trade Information

  • 20 Unit Per Month
  • 4 Week
  • All India

Product Description

A What is a cooling tower?

A cooling tower is designed to remove heat from a building or facility by spraying water down through the tower to exchange heat into the inside of the building. Air comes in from the sides of the tower and passes through the



Superior Performance & Efficiency

Our cooling towers utilize a counter-flow, induced draft design with high-quality aluminum or FRP fans. This ensures maximum thermal exchange and efficient operation, supporting water flows of 10 to 150 m3/hr and refrigerating capacities from 10 TR to 150 TR. Temperature drops of 4C to 10C are consistently achieved, essential for industrial cooling and HVAC demands.


Customizable and Robust Construction

The tower's frame is crafted from hot dip galvanized steel or stainless steel to resist corrosion. Customers can choose from round or square shapes and a full range of sizes for inlet/outlet connections (50 mm to 200 mm). The PVC honeycomb fills and copper/SS/aluminum cooling coils guarantee durability and effective water dispersion, tailored for nearly any industrial application.


User-Friendly Installation & Maintenance

Installation is straightforward for both indoor and outdoor environments. Easy-to-maintain, non-corrosive materials, and thoughtfully designed components simplify routine cleaning and servicing. Low-noise operation with advanced sound attenuation ensures compliance with workplace standards, enhancing user comfort and safety.

FAQ's of Cooling Tower:


Q: How does this cooling tower accomplish efficient heat exchange?

A: The cooling tower uses a combination of water and air as heat exchange media in a counter-flow, induced draft configuration. The circulating warm water is distributed over PVC honeycomb fills, maximizing contact with air expelled by aluminum or FRP fans, resulting in consistent temperature drops of 4C to 10C.

Q: What materials are used in the tower and why?

A: The tower utilizes materials such as FRP (Fibre Reinforced Plastic), stainless steel, hot dip galvanized steel, and PVC. FRP and PVC are chosen for their corrosion resistance and lightweight properties, while steel components ensure structural strength and longevity.

Q: When is it most beneficial to use this cooling tower?

A: This cooling tower is ideal when you need to maintain low water temperatures during industrial processes, such as in power plants, chemical factories, or HVAC systems. It is suitable for continual operation in demanding environments and helps optimize system efficiency.

Q: Where can the cooling tower be installed?

A: It is designed for both indoor and outdoor installations. Its non-corrosive, robust construction makes it adaptable to varied site conditions, from industrial rooftops to plant grounds or inside large mechanical rooms.

Q: What is the process for maintaining the cooling tower?

A: Routine inspection and cleaning of the PVC fills, nozzles, and basin are recommended to ensure optimal performance. The non-corrosive materials and easy-access design make maintenance quick and straightforward, minimizing downtime.

Q: How does the tower help minimize water and energy loss?

A: With a drift loss limit of 0.02% of circulated water, the tower ensures most water remains within the system. The efficient motors (2 HP to 15 HP) and sound-attenuated fans further conserve energy while reducing operational costs.

Q: What advantages does the tower provide for industrial applications?

A: It offers reliable cooling with a customizable design, steadfast corrosion resistance, low maintenance, energy efficiency, and reduced drift and noise, making it a sound investment for various sectors such as power plants, HVAC, and manufacturing industries.

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