M O T T O T E C H

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Bottle Shape Cooling Towers

Usage / Application Industrial
Temperature 8 – 10 °C
Tower Material Fiberglass Reinforced Polyester (FRP)
Tower Design Counter Flow
Fills Type Honeycomb PVC Fills
Water Flow 3 m³/hr to 200 m³/hr
Capacity 5 – 300 TR
Cooling Capacity 200 TR
Shape Round
Description:

Round Shape FRP Cooling Towers, also known as Bottle Shape Cooling Towers, are engineered to deliver high cooling efficiency with minimal maintenance. Built with a robust FRP casing and basin, these towers are designed to withstand severe vibrations, high wind loads, and corrosion in demanding industrial environments.

They feature Honeycomb PVC fills for maximum heat transfer efficiency, along with a directly driven fan and motor ensuring smooth airflow and reduced drift losses. The rotating arm sprinkler system distributes hot water uniformly, enhancing overall cooling performance.

Key Features:
  • Rugged Construction
    Casing and basin are engineered to withstand severe vibrations, high wind loads, and resist corrosion.
  • Efficient Heat Exchange
    Incorporates honeycomb PVC fills for maximum cooling efficiency and economical operation.
  • Optimized Air Flow
    Equipped with a directly driven fan and motor ensuring minimum drift losses.
  • Uniform Water Distribution
    Hot water is evenly distributed using a rotating arm sprinkler system.
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Round Bottle Cooling Tower

Usage / Application Industrial
Temperature 8 – 10 °C
Tower Material Fiberglass Reinforced Polyester (FRP)
Tower Design Counter Flow
Water Flow 3 m³/hr to 200 m³/hr
Capacity 5 – 300 TR
Cooling Capacity 200 TR
Shape Round
Description:

Round Shape (Bottle Type) FRP Cooling Towers maintain ideal temperatures by transferring excess heat to the atmosphere through a circulating coolant. Built with durable FRP and galvanised hardware, they offer long service life and withstand harsh conditions. Using the Induced Draft Counter Flow system with a rotary sprinkler, they ensure uniform water distribution and efficient heat dissipation.

Key Features:
  • Hot Dipped Galvanised Hardware
    Designed to withstand strong wind forces and prevent corrosion.
  • Bottle / Round Shape Design
    Enables maximum cooling efficiency in minimum plan area with lower energy consumption.
  • Induced Draft Counter Flow Operation
    Ensures efficient heat transfer through counter flow of air and water.
  • Uniform Water Distribution
    Achieved through a rotating sprinkler with perforated branch pipes for even flow.
  • High-Performance Heat Exchange Fills
    Water spreads as a thin film over PVC fills for maximum contact with air.
  • Energy-Efficient Cooling
    Compact design reduces power consumption while maintaining top cooling performance.
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FRP Round Bottle Cooling Tower

Usage / Application Industrial
Temperature 8 – 10 °C
Tower Material Fiberglass Reinforced Polyester (FRP)
Water Flow 3 m³/hr to 200 m³/hr
Capacity 5 – 300 TR
Cooling Capacity 200 TR
Shape Round
Available Models 15 Models – (5 TR to 300 TR)
Description:

We specialize in offering high-performance FRP Round Bottle Cooling Towers designed for efficient industrial cooling. These towers operate on the induced draft counter-flow principle, where a vertical fan pulls air upward against the downward water flow for maximum heat transfer. Hot water is evenly distributed through inlet headers and non-clogging polypropylene spray nozzles, ensuring consistent cooling performance. Durable FRP construction ensures long service life, corrosion resistance, and low maintenance.

Key Features:
  • Induced Draft Counter-Flow Operation
    Efficient airflow is generated by a vertically mounted fan, ensuring enhanced cooling performance.
  • Uniform Water Distribution
    Hot water enters through inlet headers and is evenly spread using non-clogging polypropylene spray nozzles.
  • High-Efficiency Cooling
    Opposing air and water flow maximizes heat transfer and improves thermal performance.
  • Durable FRP Construction
    Made from Fiberglass Reinforced Polyester for superior strength, corrosion resistance, and long operational life.
  • Low Maintenance Design
    Non-clogging nozzles, reliable fan operation, and robust materials reduce downtime and service requirements.
  • Optimized Bottle-Shaped Structure
    The round shape ensures smooth airflow, reduced drift losses, and consistent efficient cooling.
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