Compression-type right-angle connector 1C9/1D9

The compression-type 90° right-angle connector can ingeniously achieve a 90° turning connection of the pipeline, playing an indispensable role in numerous fields. It is a commonly used pipe fitting in industries such as electromechanical engineering, power and electrical engineering.

This connector has an exquisite structure, consisting of a connector body, a ferrule, and a nut. During installation, first put the ferrule and the nut on the steel pipe, insert them into the connector body, and then tighten the nut. The outer side of the front end of the ferrule will fit closely with the conical surface of the connector body, and the inner edge will bite into the seamless steel pipe, achieving a double seal. This effectively prevents fluid leakage, ensures the stability of the system pressure, and guarantees the precise transmission of media such as hydraulic oil, water, and gas.

The stable connection is one of its major highlights. The hard contact formed by the ferrule firmly biting the steel pipe can keep the connector and the pipeline closely connected even in the face of high-pressure impacts and strong vibrations, without loosening or disconnecting, ensuring the continuous and stable operation of the system.

In terms of materials, carbon steel and stainless steel are commonly seen. With excellent corrosion resistance, wear resistance, and strength, the stainless steel material can work stably in harsh environments such as the chemical industry and the marine field. The carbon steel material, on the other hand, can meet the general industrial needs due to its high cost-effectiveness. The connector has a rich variety of thread specifications and outer diameters of pipes, which can be adapted to various specifications of hydraulic seamless steel pipes. Whether it is for the hydraulic power transmission of industrial machinery or the complex pipeline connections in construction equipment and shipbuilding, it can easily handle the tasks, helping the equipment in various fields operate efficiently with its reliable performance.