Socket Fusion 90° Elbow

Socket Fusion 90° Elbow‌ is a high-pressure elbow pipe connection fitting, mainly used in fields with high pressure and precise dimensions, such as petrochemical, medical and health, and environmental protection. The main feature of this elbow is that its connection method is socket welding, that is, the elbow is connected to the pipe by socket welding, and the firmness and sealing of the connection are ensured by welding technology.

Socket Fusion Fittings is an industry reference for high density polyethylene (HDPE) plastic fittings used to permanently join two or more segments of HDPE plastic pipe through a process known as heat fusion or socket fusion welding. This method of joining pipe and fitting involves a heater tool that evenly warms the plastic pipe and fitting simultaneously to a melt point where the two can be joined by insertion of the melted pipe into the socket of the melted fitting. Once inserted properly and allowed to cool, the two parts become one continuous bond of HDPE plastic that cannot be separated and form a connection stronger than its individual parts.

Application

‌HDPE Socket Fusion 90° Elbow‌ is a pipe fitting made of high-density polyethylene (HDPE) material, which is connected by hot-melt socket welding. This pipe fitting is green, environmentally friendly and reusable, and is widely used in various drainage systems, including drainage pipe systems in complex buildings, wards, laboratories, schools, hotels, residential buildings, high-rise buildings, factories and mines. The connection method of HDPE socket hot-melt pipe fittings includes the following steps:

1. After the heating time is reached, remove the pipe and the pipe fitting from the heating head at the same time, and quickly and evenly insert them to the marked depth without rotation.

2. It has a wide range of applications, including drainage pipe systems in comprehensive buildings, wards, and laboratories; drainage pipe systems in school laboratories, apartment buildings, and comprehensive buildings with scientific research centers; drainage pipe systems in hotels and business centers; drainage pipe systems for domestic wastewater and sewage in residential and high-rise buildings; and projects for discharging acidic and alkaline corrosive wastewater from factories, mines, and laboratories.