Corrugated Film Fill
Product Overview
Corrugated Film Fill
Corrugated Film Fill is a high-performance cooling tower fill designed to increase the contact area between water and air for efficient heat transfer. Its corrugated surface creates a large wetted area while maintaining good airflow, making it suitable for a wide range of industrial and HVAC cooling tower applications.
Our Corrugated Film Fill is manufactured from high-quality PVC or PP sheets and can be customized according to cooling tower design, fill dimensions and operating conditions.
What Is Corrugated Film Fill?
Corrugated Film Fill consists of thin plastic sheets formed with a corrugated surface. When hot water flows over the sheets, the corrugated structure helps spread the water into a thin film and increases the contact area between water and air.
This design improves heat transfer efficiency while providing a compact and lightweight cooling tower fill solution.
Key Features of Corrugated Film Fill
- High water-air contact area for efficient heat transfer
- Corrugated surface promotes uniform water distribution
- Lightweight and easy to install
- Good resistance to corrosion and common cooling tower chemicals
- Suitable for continuous industrial cooling applications
- Available in different sheet thicknesses and flute heights
- Can be customized according to existing cooling tower fill dimensions
Materials Available
We mainly manufacture Corrugated Film Fill using PVC and PP. PVC is widely used for standard cooling tower applications because of its good balance of performance, durability and cost.
PP Film Fill can be selected for applications requiring higher temperature resistance or specific chemical resistance.
Applications
Corrugated Film Fill can be used in various cooling tower systems, including:
- Industrial Cooling Towers
- HVAC Cooling Towers
- Counter Flow Cooling Towers
- Cross Flow Cooling Towers
- Process Cooling Systems
- Cooling Tower Replacement Projects
Customized Corrugated Film Fill
Every cooling tower may require different fill dimensions and specifications. We can manufacture Corrugated Film Fill according to your drawings, dimensions, samples or existing fill specifications.
Customization options include sheet thickness, flute height, sheet size, block dimensions and material selection.
Why Choose Our Corrugated Film Fill?
As a direct cooling tower fill manufacturer, we provide stable production capacity, consistent product quality and flexible customization. Our Corrugated Film Fill is suitable for both new cooling tower projects and replacement applications.
Whether you need a standard product or a customized solution, we can help select the appropriate fill according to your cooling tower design and operating conditions.
Get a Corrugated Film Fill Quote
Send us your fill dimensions, photos, drawings or required quantity. Our team can recommend a suitable Corrugated Film Fill and provide a factory-direct quotation.
Customer Reviews
Frequently Asked Questions
Cooling tower fill replacement is usually required when the fill becomes damaged, blocked, deformed, or when cooling efficiency decreases. Regular inspection of water distribution, airflow resistance, and fill condition can help determine the right replacement time.
Yes. Custom cooling tower fill can be produced according to tower dimensions, installation requirements, and operating conditions. Cooling tower fill manufacturers can provide customized solutions including cooling tower fill sheets, cooling tower fill blocks, and cooling tower fill modules.
PVC cooling tower fill is commonly used for standard cooling applications due to its good durability and cost efficiency. PP cooling tower fill is preferred for higher temperature environments or applications requiring stronger chemical resistance, such as industrial cooling systems.
Cooling tower fill is available in various designs including film fill cooling tower, splash fill cooling tower, corrugated cooling tower fill, and honeycomb cooling tower fill. The suitable type depends on factors such as cooling tower structure, water quality, airflow design, and required heat tra




