Paharpur cooling tower fills

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Paharpur cooling tower fills, often made of PVC, aredesigned to maximize surface area contact between water and air for efficient heat exchange, with options like film-type and splash-type fills available, and are known for their corrosion resistance and ability to withstand high temperatures.

Here's a more detailed breakdown of Paharpur cooling tower fills:

Types of Fills:

• Film-type:

These fills, often vacuum-formed PVC, have a chevron pattern to increase cooling rates and are highly adaptable to various tower configurations.

• They are corrosion-resistant, impervious to chemical attack, and can withstand temperatures up to 55C.

• Splash-type:

These fills are designed for applications where water contamination is common or in dusty factory environments.

• Wood fill:

Paharpur also provides wood fill cooling solutions.

• Cross-corrugated:

Paharpur's cross-corrugated fill design maximizes surface area contact and contact time between air and water, while also maintaining low resistance to airflow.

• Sigma type:

Paharpur also supplies sigma type fills suitable for various cooling tower brands.

Key Features and Benefits:

• Corrosion Resistance:

Paharpur fills are designed to be highly resistant to corrosion, ensuring long-term performance and durability.

• High Heat Transfer:

The design of the fills, especially the cross-corrugated and film-type options, maximizes surface area contact for efficient heat transfer.

• Low Pressure Drop:

Paharpur fills are designed to minimize resistance to airflow, reducing the amount of energy required to operate the cooling tower.

• Adaptability:

Paharpur offers a variety of fill types and configurations to suit different cooling tower designs and applications.

• Uniform Water Distribution:

Paharpur uses spiral spray nozzles to ensure uniform distribution of water over the fill, maximizing cooling efficiency.

Applications:

• Paharpur cooling tower fills are used in a wide range of applications, including HVAC, automotive, and domestic water use.
• They are also used in industrial applications such as power plants, fertilizer plants, petrochemical complexes, and petroleum refineries.