Views: 0 Author: Jessi Publish Time: 2026-09-07 Origin: Site
Cooling tower fill is one of the most important components in a wet cooling tower. It increases the contact area between air and water, improves evaporation, and directly influences thermal performance, energy consumption, water usage, and operating reliability.
France has a mature industrial cooling market serving chemical processing, food and beverage, power generation, HVAC, metallurgy, pharmaceuticals, and other industries. As a result, there is strong demand for high-quality cooling tower fill, PVC fills for cooling towers, PP fill media, replacement fill packs, and customized heat-transfer surfaces.
This article introduces 10 cooling tower fill manufacturers and suppliers serving the French market, including French manufacturers and established international companies with products or technical support available in France.
Cooling tower fill, also called cooling tower packing or fill media, is installed inside a wet cooling tower to increase the contact surface between circulating water and airflow.
Hot water enters the tower and is distributed across the fill. As the water flows over the fill surface, air passes through the fill at the same time.
The specially designed surface of the fill:
Increases water-to-air contact area
Extends water residence time
Improves heat and mass transfer
Promotes more uniform water distribution
Helps reduce the required tower size
Supports better cooling efficiency
PVC is widely used because it offers good chemical resistance, dimensional stability, and cost-effectiveness.
Polypropylene is suitable for applications requiring higher temperature resistance and strong resistance to many chemicals.
CPVC can be considered for higher-temperature applications where standard PVC is not suitable.
Power Tower Cooling Technology is a Chinese manufacturer specializing in cooling tower components and replacement parts, including various types of cooling tower fill media.
The company provides cooling tower fills for different tower configurations and applications and serves international markets, including customers looking for replacement components for industrial cooling towers.
PVC cooling tower fill
UPVC cooling tower fill
Cross-flow fill
Counter-flow fill
S-wave fill
Round cooling tower fill
Splash fill
Wastewater cooling tower fill
The company's product range includes fill solutions associated with brands and tower configurations such as Liangchi, Lanxun, Spindle, Ebara, and Kingsun.
JACIR is a well-established French cooling tower manufacturer with more than 60 years of experience in cooling technology. The company designs and manufactures cooling towers, adiabatic coolers, and related equipment in France.
JACIR's cooling tower designs incorporate different types of exchange surfaces according to application requirements.
JACIR solutions are used in:
HVAC
Food processing
Chemical industries
Petrochemical industries
Metallurgy
Aeronautical applications
French manufacturing
More than 60 years of experience
Customized cooling solutions
PP and PVC exchange surfaces
Maintenance and refurbishment services
Strong French technical support
EWK France has been developing cooling towers since 1962 and supplies open cooling towers, closed cooling towers, evaporative condensers, and adiabatic coolers.
An important advantage for customers searching for cooling tower fill in France is that EWK France also provides replacement components for cooling towers.
EWK can supply spare parts for cooling towers from different manufacturers.
Its engineering team develops cooling systems according to specific industrial requirements.
EWK provides audit, diagnosis, maintenance, optimization, and replacement services.
SPX Cooling Technologies is a major global cooling tower technology company, with the Marley brand widely recognized in industrial and commercial cooling applications.
Its product portfolio includes cooling tower fill, drift eliminators, nozzles, louvers, and other replacement components.
Marley replacement fill is designed for different cooling tower configurations and can be used in tower refurbishment and replacement projects.
Film fill creates a thin water film over a large surface area, promoting efficient heat transfer.
Marley replacement fill can help restore the thermal performance of aging or damaged cooling towers.
Strong European market presence
Extensive cooling tower experience
OEM and replacement solutions
Wide range of tower components
Engineering support for retrofit projects
EVAPCO is an international manufacturer specializing in evaporative cooling and heat-transfer technologies. Its European operations serve markets including France.
EVAPCO cooling towers use engineered fill systems designed to support efficient heat transfer.
EVAPCO's AT cooling tower range uses EVAPAK® fill made from inert PVC. The manufacturer states that the fill is resistant to rot and decay and can operate with water temperatures up to 130°F.
EVAPCO also offers Mr. GoodTower® replacement fill kits for cooling tower refurbishment. Its crossflow fill kits are engineered to optimize thermal efficiency and fit existing tower configurations.
EVAPCO serves:
Commercial HVAC
Industrial process cooling
Data centers
Power generation
Industrial refrigeration
Baltimore Aircoil Company, commonly known as BAC, is a major manufacturer of evaporative cooling equipment and replacement components.
BAC provides engineered fill systems and replacement fill kits for its cooling tower equipment.
BACount fill technology is designed to provide efficient water-to-air contact while supporting cooling tower performance.
Replacement fill is available for refurbishment projects where existing fill has become damaged, fouled, or inefficient.
Established global cooling technology brand
OEM replacement capability
Engineered fill solutions
Industrial and commercial applications
Strong focus on thermal performance
Brentwood Industries is a major supplier of engineered cooling tower components and polymer-based fill technologies.
The company offers film fills, trickle fills, splash fills, drift eliminators, louvers, nozzles, and other cooling tower components.
Cross-fluted designs promote lateral water dispersion and high thermal performance.
Herringbone fill is designed to distribute water evenly across the fill area.
Offset-fluted designs combine water dispersion characteristics with a predominantly vertical water-flow path.
Brentwood trickle fills are designed for applications where water quality may create fouling challenges.
Wide fill product portfolio
Film and splash fill options
Fouling-resistant designs
Polymer expertise
Suitable for retrofit applications
GEA is a major international engineering company with extensive experience in industrial process technology and cooling applications.
GEA's cooling and heat-transfer technologies can be used in demanding industrial environments where efficient water-air contact and reliable heat transfer are required.
Food processing
Dairy
Chemical processing
Industrial manufacturing
Process cooling
John Cockerill Hamon is one of the most relevant manufacturers for cooling tower fill production in France. Its French facility in Arrou, France, has specialized in manufacturing fill packs for Hamon cooling towers.
According to John Cockerill, the Arrou facility has been manufacturing fill packs since 1978 and produces thermoformed virgin or recycled PVC sheets assembled into fill packs. The factory has an annual manufacturing capacity of up to 250,000 m³ of Hamon fill packs.
Sinta FRP is a manufacturer specializing in cooling tower spare parts, including PVC cooling tower fillers, drift eliminators, spray nozzles, and other components.
The company states that its fill products can be used in crossflow and counterflow cooling towers and can be supplied for different major cooling tower brands.
PVC fill is commonly used for standard evaporative cooling applications.
Replacement fill can be customized according to tower dimensions and operating requirements.
Sinta also supplies related components such as:
Drift eliminators
Spray nozzles
Louvers
Cooling tower accessories
Selecting a cooling tower fill manufacturer should not be based only on price.
First determine whether your tower is:
Crossflow
Counterflow
Open circuit
Closed circuit
Industrial field-erected
Factory-assembled
Different tower designs require different fill configurations.
Best for many standard wet cooling applications because of its balance between cost, durability, and performance.
A good option for applications requiring higher temperature or chemical resistance.
Can be considered for higher-temperature cooling applications.
Water containing high levels of suspended solids, biological growth, scale, or contaminants can cause fill fouling.
High-efficiency film fill can provide excellent thermal performance.
Fouling-resistant or splash-type fill may provide better long-term reliability.
Important technical parameters include:
Airflow
Water loading
Fill depth
Specific surface area
Pressure drop
Approach temperature
Heat rejection capacity
A high-quality fill should provide a suitable balance between heat-transfer efficiency and airflow resistance.
For a cooling tower fill replacement project, always confirm:
Fill sheet length
Fill sheet width
Fill thickness
Block dimensions
Fill height
Flute geometry
Support configuration
Water loading
Airflow direction
A fill that looks similar may not provide the same thermal performance.
Replacing old cooling tower fill can be an effective way to improve tower performance without replacing the entire cooling tower.
Consider replacement when the fill shows:
Severe scaling
Biological fouling
Cracking
Deformation
Blockage
Material degradation
Reduced cooling capacity
Poor water distribution
New fill media can help:
Restore heat-transfer efficiency
Improve water distribution
Reduce operating problems
Extend cooling tower service life
Improve energy efficiency
Reduce maintenance requirements
PVC fills for cooling towers remain one of the most common solutions for industrial and commercial wet cooling systems.
PVC offers a practical combination of:
Good corrosion resistance
Good dimensional stability
Low weight
Competitive cost
Easy installation
Good heat-transfer performance
However, PVC fill selection should always consider operating temperature, water chemistry, UV exposure, fire requirements, and fouling conditions.
Film fill spreads water into a thin film across a large surface area.
High heat-transfer efficiency
Compact design
Large effective surface area
Suitable for relatively clean water
Film fill may be more susceptible to fouling when water contains high concentrations of suspended solids or contaminants.
Splash fill repeatedly breaks water into droplets as it falls through the tower.
Better fouling resistance
Suitable for poorer water quality
Durable in demanding applications
Splash fill may require more tower volume to achieve the same thermal performance as high-efficiency film fill.
France has a strong cooling tower industry supported by domestic manufacturers such as John Cockerill Hamon, JACIR, and EWK France, as well as international suppliers including SPX Marley, EVAPCO, BAC, Brentwood, and GEA.
For industrial cooling tower projects, the best supplier depends on your specific requirements rather than simply choosing the largest manufacturer.
Before purchasing cooling tower fill, evaluate the tower type, water quality, operating temperature, fill material, thermal performance, dimensions, replacement requirements, and technical support.
For standard replacement projects, PVC cooling tower fill and PP cooling tower fill are two of the most widely considered options. A correctly selected fill can improve heat transfer, maintain cooling capacity, and extend the service life of the entire cooling tower system.
Cooling tower fill is the heat-transfer media installed inside a wet cooling tower. It increases the contact area between air and water to improve evaporative cooling.
PVC is widely used for film fill because it provides a good combination of thermal performance, durability, chemical resistance, and cost.
Not necessarily. PP offers advantages in some higher-temperature or chemically demanding applications, while PVC is often a cost-effective choice for standard cooling tower applications.
There is no universal replacement interval. Fill should be inspected according to water quality, operating conditions, maintenance practices, and the physical condition of the fill.
Yes. Many manufacturers and suppliers can customize fill dimensions, materials, flute geometry, block sizes, and support configurations according to the cooling tower design.
