1471# Air Brake Connector Male Straight Tee: Efficient and safe air brake connection solution

The connector is made of high-quality brass to ensure the durability and corrosion resistance of the product. Brass is composed of copper and zinc alloy and has excellent corrosion resistance, especially in wet environments or exposed to corrosive substances such as salt water and chemicals. Corrosion resistance is essential for components such as connectors that are exposed to different media. Brass can effectively resist oxidation, corrosion and rust, ensuring that the connector maintains stable performance in various complex environments. Brass has significant advantages in the application of various harsh environments. Whether it is high temperature, high humidity, or exposure to chemical media, brass can maintain its performance. Especially in complex industrial applications, brass connectors can withstand various harsh conditions and ensure reliable connections in the harshest working environments.

The FMVSS571.106 standard focuses on the safety performance of automotive brake systems. The 1471# connector that meets this standard has excellent sealing and durability under high pressure conditions, effectively preventing air leakage, thereby reducing the risk of failure in the brake system. The standard conducts strict tests and requirements on the pressure resistance and sealing effect of connectors to ensure that they can provide safe and stable performance during vehicle operation. It complies with FMVSS571.106 standard to ensure its reliability in heavy truck and trailer applications. In addition, it also meets the functional requirements of SAE J246 and SAE J1131 to ensure the efficient operation of the air brake system.

Each connector port is pre-coated with thread sealant, which can form a tight sealing barrier at the threaded connection of the connector to prevent air leakage. This is crucial for air brake systems in high-pressure environments, where leakage can affect the efficiency and safety of the system. By pre-coating sealant on each connector port, it can ensure that the connection between the connector and the pipe has excellent sealing after installation. Thread sealant can effectively fill the tiny gaps in the connector threads to ensure that the connector connection is tight and leak-free. This means that even under high pressure or vibration, the connector can maintain a stable sealing state, greatly reducing the risk of air leakage and ensuring the reliable operation of the system. Because the sealant ensures the airtightness of the connector, the air in the system will not be wasted due to leakage, which helps to improve the efficiency of the entire air brake system. Efficient air circulation can ensure the response speed and stability of the braking system, thereby improving the safety and reliability of transport vehicles. Pre-applied thread sealants can reduce the need for maintenance during long-term use by preventing leakage and reducing wear on the joints. Reduced damage and replacement frequency caused by poor sealing, thereby reducing maintenance and operating costs.

The 1471# male straight tee can withstand pressures up to 5,000 PSI, ensuring stability in high-pressure air environments. This means that the 1471# tee connector can work stably in high-pressure environments in applications such as heavy trucks and trailers. The high-pressure tolerance greatly reduces the risk of joint rupture or air leakage due to excessive system pressure, ensuring the safety of the connector. This is crucial for vehicle systems that need to operate in high-pressure air environments, especially air brake systems, air suspension systems, etc. The pressure tolerance of up to 5,000 PSI makes the 1471# tee connector particularly suitable for applications that require high-pressure air, such as air brake systems, air suspension systems, etc. This can ensure that the system still has the ability to work efficiently in a high-pressure environment, ensuring that transportation tools such as trucks and trailers operate more safely and efficiently.