Hose connectors
DIN, BSP, WEO PLUG, ORFS and JIC hose fittings are common fittings used in hydraulic and air conditioning systems. They are available in different sizes and shapes, and are selected depending on the application and requirements. One of the most important reasons for choosing a good hose connector is to avoid leaks that hinder the operation of the system. Choosing a good hose connector can easily avoid problems and ensure that the system works efficiently. Another important reason for choosing a good hose connector is to increase the durability and lifespan of the system. Good quality hose fittings are more durable and last longer than poor quality fittings. Choosing a good hose connector can increase the life of the system considerably and at the same time reduce the need for repairs and maintenance. If finding the right hose connector presents challenges, so be it we are helping!The Banjo coupling for hydraulic hose is designed to provide a reliable and durable solution for industrial needs. This high-quality coupling ensures excellent sealing with USIT seals or copper washers. It is ideal for use in various hydraulic systems where an efficient and long-lasting connection is required. The Banjo coupling is easy to install and offers excellent performance even in demanding conditions. Applications Hydraulic systems, industrial equipment, mechanical engineering, automotive industry Industries Industry, engineering, automotive, construction Benefits The banjo fitting offers excellent sealing and durability, reducing the risk of leaks and extending the life of the system. Risks Incorrectly installed or poor quality seals can weaken the tightness of the connection and cause leaks, which can lead to system malfunctions. Hoses Compatible hoses: SAE 100R1, SAE 100R2, EN 853 1SN, EN 853 2SN Chemical resistance The banjo fitting is highly resistant to most common hydraulic oils and chemicals, making it a versatile choice for various applications. Operating temperatures -40 - +120°C Operating pressure classes Hydraulic pressures.