Fan less Induced Draft – Jet Type FRP Cooling Towers
Fan less Induced Draft – Jet Type FRP Cooling Towers

Product Description:

Casing: The casing of our Fan less Induced Draft – Jet Type FRP Cooling Towers is constructed from high-quality FRP molded panels, ensuring durability and resistance to corrosion. The panels are securely joined, sealed, and reinforced for added strength and stability.

Fill: The cooling towers feature advanced fill designs, enhancing the contact area between air and water for efficient heat transfer. These fills are meticulously engineered to optimize the cooling process, ensuring excellent performance.

Jet Type System: Utilizing a jet type system, our cooling towers generate a powerful and directed flow of water, eliminating the need for traditional fans. This innovative design creates a natural draft, pulling air through the tower and enhancing the cooling process.

Drift Elimination: To minimize water losses, specially designed drift eliminators are integrated into the cooling towers. These components effectively capture moisture droplets, ensuring minimal water wastage and maximizing the tower’s efficiency.

Water Distribution: The water distribution system is carefully engineered to ensure uniform water flow over the fill material. Precisely designed pipes and nozzles guarantee even distribution, optimizing the cooling efficiency of the tower.

Maintenance-Free Operation: The fan less design reduces the need for maintenance associated with traditional fan systems. With fewer moving parts, these cooling towers offer a hassle-free operation, resulting in lower operational costs.

Applications: Fan less Induced Draft – Jet Type FRP Cooling Towers are ideal for various industrial applications where a fan less, energy-efficient cooling solution is desired. These towers are particularly suitable for environments where noise reduction is essential or where traditional fan systems are not practical. If you have specific questions about this type of cooling tower or need further information, please feel free to ask.

Technical Description:

The material of construction of these cooling towers are FRP for louvers. The distribution system is made up of GI/PVC and structure is of HDGMS/Pultruded FRP. Specially designed Nylon/PP nozzles are used for achieving maximum efficiency. These towers are available with, FRP coated MS Basin or without basin.

Paltech Fan less/Fill less/Jet Type Cooling Towers are meticulously engineered to deliver exceptional performance with virtually zero maintenance requirements. These cooling towers operate on the fundamental principle of transferring heat from hot water to atmospheric air by optimizing the interaction between air and water, ensuring maximum heat transfer efficiency.

Technical Description:

  • Material of Construction:
    • Louvers: FRP (Fiberglass Reinforced Plastic)
    • Distribution System: GI (Galvanized Iron)/PVC
    • Structure: HDGMS (Hot-Dip Galvanized Mild Steel)/Pultruded FRP (Fiberglass Reinforced Plastic)
    • Nozzles: Specially designed Nylon/PP (Polypropylene) nozzles are utilized for achieving optimal efficiency.
  • Basin Options:
    • These towers are available with either an FRP-coated MS (Mild Steel) basin or without a basin, offering flexibility based on specific requirements.
  • Capacity
    • Designed for capacities starting from 150 TR (Tons of Refrigeration) and above, these cooling towers cater to a wide range of cooling needs

Key Features:

  • Low Maintenance: The fan less, fill less, and jet type design reduces maintenance to virtually zero, resulting in cost savings and operational efficiency.
  • Efficient Heat Transfer: By maximizing the interaction between hot water and atmospheric air, these cooling towers ensure exceptional heat transfer efficiency, making them suitable for various industrial applications.
  • Durable Construction: Constructed with high-quality materials such as FRP, GI, PVC, and specially designed nozzles, these cooling towers offer durability and longevity.
  • Customization: Paltech offers a vast range of models, allowing customization to meet specific requirements, ensuring the perfect solution for diverse cooling needs.

Note: Dimensions & other Engineering Data are available with Proposal / Quotation.