750mm High Efficiency Cooling Tower Fill with 16mm Pitch for Compact Heat Transfer Sections

Product Overview

This 750mm cooling tower fill features a 16mm corrugation pitch and 90° channel arrangement, providing a compact packing structure for cooling systems where heat transfer surface arrangement and available installation space are important considerations.

The standard sheet length is 1000mm, with customized lengths and pack thicknesses available. PVC, CPVC, and PP material options, together with glued or hanging connections, allow the fill to be configured for different tower designs and operating requirements.

Product Specifications

• Connection Method: Glue or hang
• Width: 750mm
• Length: 1000mm or customized
• Thickness: Customizable
• Corrugation Pitch: 16mm
• Material: PVC, CPVC, PP
• Corrugation Angle: 90°

16mm Pitch and Heat Transfer Considerations

A 16mm corrugation pitch creates a relatively closely spaced channel structure compared with wider-pitch cooling tower fill. This geometry can provide more sheet surface within a given packing volume, making it worth considering when the available fill space is limited.

However, a tighter channel arrangement also requires attention to airflow resistance and water quality. The best operating result depends on how well the fill geometry matches the tower's actual air and water loading, rather than channel spacing alone.

Matching Fill Dimensions to Tower Performance

During fill replacement, changing the packing thickness or channel configuration without checking the original tower design may affect airflow and water distribution. For this reason, we recommend confirming the existing fill dimensions and operating conditions before selecting a replacement.

The 750mm width and 1000mm standard length provide a practical starting point for assembly. Customized dimensions are available where the tower requires a different packing depth or installation arrangement.

Material and Installation Options

PVC is available for conventional cooling tower applications, while CPVC and PP offer alternatives for operating environments requiring different temperature or chemical resistance characteristics.

The fill can be supplied as glued assemblies or hanging sheets, depending on the tower's support system. Length, thickness, and connection method can be adjusted during production to meet specific project requirements.

For cooling tower upgrades and replacement projects, selecting the appropriate fill structure is an important part of maintaining reliable thermal performance without introducing unnecessary airflow restrictions.