Views: 0 Author: Site Editor Publish Time: 2022-07-14 Origin: Site
Aluminum piping systems are easier to install and modify than steel or copper piping systems
Aluminum pipes are lighter than steel or copper pipes, reducing installation and retrofit costs
Save up to 50% in labor due to ready-to-use aluminum tubes
Aluminum pipes do not require threading or welding, requiring special equipment and skilled workers
In addition to cutting, deburring and
chamfer required
The aluminium tube is calibrated, which means all its quick connect components are always fixed
Minimize leaks
The main problem with threaded connections is that they inevitably leak, which causes the compressor to run harder and longer for energy, driving up utility costs.
PVC pipes in compressed air installations can also leak, and we all know this can be a costly problem. It is easy to install PVC pipe incorrectly due to incorrect threading or improper application of sealant to the joints.
However, the fittings used with the aluminum pipe system fit securely and leak far less than the fittings used with the threaded system, resulting in direct energy savings and increased plant productivity.
No corrosion
The corrosion-resistant properties of aluminum pipe provide optimal airflow, reduced energy costs, and better overall air quality.
Even if your steel pipe system has moisture barriers, there will always be some moisture in the system, causing the pipes to corrode and rust. Galvanized steel pipes also corrode because not all pipes are galvanized inside and out.
Does not expand or contract
Due to its heat-resistant composition, aluminum expands and contracts very little during extreme temperature changes. Plastics, on the other hand, have been shown to expand by as much as 50mm per 100m of pipe, causing severe buckling of the entire annular mains system.
Additionally, while plastic tends to sag and bend due to thermal expansion, aluminum pipe retains its shape, meaning fewer clips are required to maintain the system's long-term structure during installation.