Product Overview

Flexible Fill Media Configurations with 305mm and 610mm Widths

When cooling tower fill needs to fit an existing layout or a specific replacement configuration, standard dimensions are not always enough. This Cooling Tower Fill is available in 305mm and 610mm widths, with customizable length and thickness to support different fill arrangements and project requirements.

Two Widths for Flexible Fill Arrangements

The 305mm and 610mm options provide practical choices for organizing fill sections within different tower spaces. They can be specified according to the existing arrangement, available installation area, or the dimensions required for a new fill configuration.

19mm Pitch for Structured Fill Media

The fill uses a 19mm pitch to create a consistent corrugated passage structure. This makes the specification suitable for structured film-fill applications where a defined fill geometry is required throughout the fill pack.

Custom Length and Thickness

Length and thickness can be customized to match project dimensions. This flexibility is particularly useful for replacement work, where the new fill needs to correspond with an existing tower configuration rather than forcing the installation to use a fixed standard size.

Multiple Material Options

The fill is available in PVC, CPVC, and PP. Depending on the project, customers can select the material that fits the intended operating conditions and fill requirements.

Suitable for Replacement and Reconfigured Fill Sections

Existing cooling towers may have limited installation space, non-standard fill dimensions, or fill sections that need to be reorganized during refurbishment. The combination of two width options and customizable length and thickness makes this Cooling Tower Fill suitable for projects where dimensional flexibility is an important part of the replacement process.

For replacement or customized fill projects, the required width, length, thickness, pitch, and material can be confirmed before production so the finished fill media is prepared around the actual tower configuration.