Shower Tube Material: Brass
1.Corrosion resistance
Water pipe fittings are an important component of the water pipe system, and corrosion resistance is an important indicator for measuring the quality of water pipe fittings. Brass has excellent corrosion resistance, good oxidation resistance, corrosion resistance, and acid alkali corrosion resistance, which can effectively prevent water pipes from being corroded and extend their service life.
2.Antibacterial properties
Brass has antibacterial properties and can effectively inhibit the reproduction and spread of bacteria, ensuring water quality and hygiene. Regular use of brass water pipes can play a very good role in preventing and controlling bacteria.
3.In terms of physical properties
Brass materials have the characteristics of high strength, easy bending, and not easy to crack or break. At the same time, they have good resistance to frost heave and impact, ensuring safe and reliable use, and even requiring no maintenance or upkeep. The melting point of copper is as high as 1083 degrees Celsius, making it stable in high temperature environments and suitable for hot water systems.
4.In terms of economy and installation
Brass material has good thermal conductivity, which can improve the efficiency of water supply, heating, and cooling systems. brass water pipes have a long service life, reducing the cost and trouble of replacing pipes. At the same time, the connection between brass pipes and fittings is firm, reducing the risk of water leakage
Does it fit all shower heads?
Yes, brass Shower Arm Extender has universal 1/2" NPT threads to suit standard shower arms and shower heads.
Does it require any special tools for installation?
The extension arm can be twisted on to an existing fixed shower arm without tools.
Is extension arm adjustable for height and angle?
Yes,You can adjust the height and angle of the shower head to your liking
Does the extension arm restrict water flow?
The brass material provides less surface friction than other materials, allowing for more water flow without sacrificing pressure.
