Heat Exchanger Cleaning

FOR HEAT EXCHANGER CLEANING

by Ax system

AX Cleaner®: the solution to clean your air condensers.

AX Cleaner, developed by AX System, is a revolutionary solution for industrial cleaning. This patented semi-automated cleaning system uses a high-pressure water jet to effectively clean air coolers and air condensers. Designed to be lightweight, compact, and easy to maneuver, the AX Cleaner delivers optimal cleaning performance while minimizing risks to the operator and equipment. Whether you need to clean A-frame or horizontal installations, AX Cleaner is the innovative solution that meets your needs.

Set of
high-pressure
cleaning nozzles

A unique patented system at the service
of your ACC

ACC Complete Set

CLEANING
LADDERS

Hose
Pusher

A powerful
solution
adapted to
each situation

A unique patented
system at the
service of your ACC

AX System automatic solutions Vs manual water jet cleaning

AX System cleaning solutions offer significant advantages over manual cleaning methods. Our equipment is designed for tailored cleaning performance, ensuring optimal process capacity. Unlike manual methods, our solutions offer better cleaning quality, better repeatability, and an improvement in the lifespan of your exchangers.

1/ Our systems are designed with the care of your equipment in mind. There's no risk of damage to the heat exchangers, ensuring the longevity and efficiency of your installations.

2/ When it comes to operator safety, AX System stands out. Our solutions are designed so that the operator remains on walkways, eliminating the need for scaffolding and working at heights. This not only enhances safety but also improves efficiency.

3/ With AX System, you also benefit from efficient water consumption. Our cleaning solutions are designed for cleaning efficiency, ensuring no over water consumption. This contributes to environmental sustainability and can help reduce operational costs.

4/ In summary, AX System's cleaning solutions offer superior performance, safety, and sustainability compared to manual cleaning methods."