What are the advantages of compression fittings and ferrule fittings in your application?

Compression fittings and ferrule fittings have their own advantages in the use of air brake systems and other fluid delivery applications. Compression fittings are easy to install and do not require special tools to complete the connection. They are suitable for quick connection and reusable scenarios, which can save installation time. In addition, compression fittings are suitable for pipes of various materials, including copper, plastic and metal pipes, and provide good sealing performance by compressing the sealing ring to prevent leakage. compression fittings are made of brass or stainless steel, have good corrosion resistance, and do not require welding or heat treatment, which reduces the safety risks and complexity during installation.

Ferrule fittings are designed to withstand higher pressures and are suitable for use in high-pressure systems. They are usually made of strong metals (such as stainless steel or brass), have high durability and fatigue resistance, and provide reliable sealing through the tight fit of the ferrule and the pipe, which is suitable for applications that require absolute sealing. Ferrule fittings can maintain their performance in high temperature environments and are suitable for high-temperature fluid delivery systems. They also do not require welding, which reduces safety risks during installation. They can easily adjust the direction and length of the pipeline to adapt to complex system layouts. In addition to air brake systems, they are also widely used in oil and gas, chemical and hydraulic systems.

Compression fittings are suitable for systems that require quick and easy installation, providing reliable sealing and reusability, and a wide range of applications; while ferrule fittings are suitable for systems with high pressure, high temperature and high sealing, providing durability and adjustment flexibility. Choosing the right type of fittings according to specific application requirements can ensure the safety, reliability and efficiency of the system.