How to ensure a firm and leak-free connection between hose and fitting with FERRULE FOR SAE100 R2AT/DIN20022 2SN HOSE?

In hydraulic systems, the connection between hose and fitting must be firm and leak-free to ensure efficient operation and safety of the system. FERRULE FOR SAE100 R2AT/DIN20022 2SN HOSE plays a vital role in this process.

1. High-strength materials and precision manufacturing process
Material selection: FERRULE FOR SAE100 R2AT/DIN20022 2SN HOSE is usually made of high-strength materials such as stainless steel or alloy steel, which have excellent mechanical properties and corrosion resistance and can withstand extreme conditions in high-pressure hydraulic systems.
Manufacturing process: Through precise manufacturing processes such as cold extrusion or heat treatment, the dimensional accuracy and surface finish of the ferrule are ensured, thereby ensuring its accuracy and reliability during installation.

2. Precise installation and compression seal
Installation process: During the installation process, the ferrule is precisely placed between the hose and the connector, and is compressed by mechanical force or hydraulic pressure to form a tight sealing interface.
Compression effect: This compression process allows the ferrule to be tightly embedded in the outer layer of the hose, while forming a seamless connection with the connector to prevent any potential pressure leakage.

3. Prevent hose displacement and sliding
Inner surface design: The inner surface of the ferrule usually has a certain roughness or texture, which can increase the friction with the outer layer of the hose, thereby preventing the hose from displacing under high pressure.
Outer surface design: The outer surface of the ferrule usually has a certain taper or slope, which can form a tight fit with the inner surface of the connector, enhancing the stability of the connection.

4. Resist hose expansion and contraction
Material properties: The material and structural design of the ferrule can effectively resist the expansion or contraction of the hose under high pressure, thereby maintaining the tightness and sealing of the connection.
Structural design: Through reasonable structural design, the ferrule can still maintain its sealing effect when the hose is slightly deformed, ensuring the reliability of the connection.

5. Disperse stress and extend service life
Stress dispersion: The design of the ferrule also takes into account the problem of preventing the hose from fatigue or damage under high pressure. Through reasonable material selection and structural design, the ferrule can effectively disperse the stress generated by the hose under high pressure.
Extend service life: This stress dispersion effect can significantly extend the service life of the hose and reduce the risk of connection failure due to fatigue or damage.

6. Comprehensive performance and system safety
Comprehensive performance: FERRULE FOR SAE100 R2AT/DIN20022 2SN HOSE ensures a firm and leak-free connection between the hose and the connector through its unique design and precise manufacturing process. It can not only withstand the extreme conditions in the high-pressure hydraulic system, but also prevent the hose from displacement, sliding, expansion, contraction, fatigue or damage under high pressure.
System safety: The use of this ferrule can significantly improve the operating efficiency and safety of the hydraulic system and reduce the risk of system failure and accidents caused by connection failure.