Evaporative Cooling Towers

Evaporative Cooling Towers

30000.0 INR/Piece

Product Details:

  • Material FRP (Fibre Reinforced Plastic) Construction with Galvanised or Stainless Steel hardware
  • Application Industrial process cooling, HVAC, Power Plants, Chemical Plants, Factories, Commercial Buildings
  • Air Flow 3000-100000 CFM (varies depending on model)
  • Motor 0.75 HP to 20 HP (depending on tower size and capacity)
  • Refrigerating Capacity 10 TR to 1000 TR (Ton of Refrigeration), model dependent
  • Condition New
  • Type FRP Induced Draft Evaporative Cooling Tower
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Evaporative Cooling Towers Price And Quantity

  • 1 Piece
  • 30000.0 INR/Piece
  • Less than 0.02% of circulating water
  • Easy access for routine maintenance
  • Honeycomb PVC fills for maximum heat transfer efficiency
  • Up to 55°C
  • Supported on RCC, structural steel, or on rooftop as required
  • High resistance to environmental and chemical exposure
  • 15 years (average with proper maintenance)
  • Modular and monolithic design available
  • Non-clogging rotating sprinkler or fixed spray header available
  • Blue/White (customisable)
  • Flanged / Threaded (customizable)
  • 1.5-2.5 kg/cm²
  • Heat exchange by evaporation of circulating water exposed to air stream
  • Outdoor/Indoor installation possible
  • 900-1440 RPM
  • Standard export-worthy packing or as per requirement
  • Axial Flow Fan / Aluminum or FRP construction

Evaporative Cooling Towers Product Specifications

  • PVC or Stainless Steel
  • Evaporative Cooling
  • 0.75 HP to 20 HP (depending on tower size and capacity)
  • 3000-100000 CFM (varies depending on model)
  • 10 TR to 1000 TR (Ton of Refrigeration), model dependent
  • 0.5 HP to 10 HP, model dependent
  • Industrial process cooling, HVAC, Power Plants, Chemical Plants, Factories, Commercial Buildings
  • Three Phase AC, 50/60 Hz
  • 220V/380V/415V (depending on region and model)
  • FRP (Fibre Reinforced Plastic) Construction with Galvanised or Stainless Steel hardware
  • Polypropylene or PVC (high durability, corrosion resistant)
  • Not Applicable (Evaporative cooling towers do not use compressors)
  • 10-500 m/hr
  • Designed for low noise operation with noise level less than 65 dB(A)
  • FRP Induced Draft Evaporative Cooling Tower
  • Customized as per model specification (typical range: 1200x1000x2500 mm and above)
  • New
  • Less than 0.02% of circulating water
  • Easy access for routine maintenance
  • Honeycomb PVC fills for maximum heat transfer efficiency
  • Up to 55°C
  • Supported on RCC, structural steel, or on rooftop as required
  • High resistance to environmental and chemical exposure
  • 15 years (average with proper maintenance)
  • Modular and monolithic design available
  • Non-clogging rotating sprinkler or fixed spray header available
  • Blue/White (customisable)
  • Flanged / Threaded (customizable)
  • 1.5-2.5 kg/cm²
  • Heat exchange by evaporation of circulating water exposed to air stream
  • Outdoor/Indoor installation possible
  • 900-1440 RPM
  • Standard export-worthy packing or as per requirement
  • Axial Flow Fan / Aluminum or FRP construction

Evaporative Cooling Towers Trade Information

  • 1 Week

Product Description

Quiet Cooling Towers GEM Equipments

GEMs Quiet Cooling Towers are specially engineered for applications where low noise operation is critical. Designed with advanced fan technology and optimized airflow, these towers deliver efficient heat rejection while significantly reducing sound levelsmaking them ideal for installations near residential areas, hospitals, offices, and noise-sensitive industrial environments.



Advanced Heat Transfer Efficiency

Leveraging precision-engineered honeycomb PVC fills and a non-clogging water distribution system, these cooling towers ensure optimal heat transfer. The induced axial flow fan design further enhances air-water interaction, resulting in greater evaporation and lower operating temperatures even under demanding ambient conditions.


Highly Durable and Low Maintenance

Constructed from high-grade FRP with anti-corrosive stainless steel or galvanized steel fittings, these towers withstand environmental and chemical exposure. Their modular or monolithic structure offers design flexibility, while easy access points allow for straightforward routine maintenance, ensuring a service life of up to 15 years with proper care.


Customizable and Quiet Operation

From blue or white color options to customizable inlet/outlet connections and mounting solutions, these towers fit seamlessly into diverse industrial settings. Advanced engineering delivers quiet performance, maintaining noise levels under 65 dB(A), making them suitable for both indoor and outdoor installation close to workspaces.

FAQ's of Evaporative Cooling Towers:


Q: How does an FRP induced draft evaporative cooling tower operate?

A: This cooling tower works by passing warm circulating water over honeycomb PVC fills while air is drawn through the system by an axial flow fan. As air moves over the water, evaporation occurs, effectively cooling the water before it is recirculated, without the need for a compressor.

Q: What makes these cooling towers suitable for harsh industrial environments?

A: With FRP construction, galvanized or stainless steel hardware, and high resistance against corrosion and chemicals, these towers are designed to withstand demanding environmental conditions, extending their service life to approximately 15 years with regular maintenance.

Q: When is it appropriate to choose modular vs. monolithic cooling tower designs?

A: Choose a modular design for scalability and easier site installation, especially when future expansion is anticipated. Monolithic structures are ideal for fixed, high-capacity requirements where a single, seamless unit is preferable.

Q: Where can these evaporative cooling towers be installed?

A: They can be installed both indoors and outdoors, supported on RCC, structural steel, or rooftops. Their corrosion resistance and noise control make them versatile for placement near process areas or within commercial buildings.

Q: What routine maintenance is recommended for optimal performance?

A: Routine maintenance includes inspecting and cleaning the honeycomb fills, water distribution system, and axial fan, as well as checking motor operation and water pump performance. The towers feature easy-access design for all essential maintenance tasks.

Q: What are the main benefits of using this type of cooling tower?

A: Key benefits include high cooling efficiency, low drift and noise, long service life, low maintenance, flexible customization, and installation versatility, making them ideal for industrial process cooling and large HVAC systems.

Q: How is water loss controlled in these cooling towers?

A: Drift loss is minimized to less than 0.02% of circulating water by precise engineering of the tower's airflow and internal design, ensuring environmentally responsible operation and conserving water resources.

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