The Chrome Eccentric with Decorative Plate Fitting is a crucial component used in water distribution systems to redirect water flow and change its direction. It plays a key role in ensuring efficient plumbing operations by allowing the controlled alteration of water flow in various plumbing applications.
The Chrome Eccentric with Decorative Plate Fitting is available in different sizes and shapes to accommodate the diverse needs of plumbing installations. The specific size options may vary, providing flexibility for integration into different piping systems and configurations.
Featuring threaded joints, the fitting enables easy installation and connection with other plumbing components. The male threads (-G) are designed to provide a reliable and leak-free connection, ensuring the smooth and efficient flow of water.
The Chrome Eccentric with Decorative Plate Fitting is designed to withstand a wide range of temperature and pressure conditions commonly encountered in water distribution systems. While the specific temperature and pressure range may vary depending on the manufacturer and specific model.
The Chrome Eccentric with Decorative Plate Fitting is a plumbing component used in water distribution systems to change the direction of water flow. It is designed to be threaded, allowing for easy installation and connection with other plumbing components. The fitting is made of CW617N brass, known for its durability and resistance to corrosion.
The size and shape of the Chrome Eccentric with Decorative Plate Fitting can vary to accommodate different plumbing configurations. It is available in various sizes to suit the specific needs of the installation. The fitting’s shape is designed to not only facilitate its installation but also add an aesthetic touch to the plumbing setup.
The threaded joints of the fitting ensure a secure connection, preventing leaks and maintaining the integrity of the plumbing system. The male threads (-G) are specifically designed to create a reliable and tight seal. This ensures smooth water flow without any disruptions or loss of pressure.