The SAE flange, a crucial component in hydraulic systems, plays a pivotal role in ensuring safe and efficient fluid conveyance. Specifically, the SAE FLANGE 6000 PSI, compliant with the esteemed COD 62 ISO12151-3 / SAE J516-J518, epitomizes excellence in high-pressure hydraulic connectivity. This standardized flange design is meticulously crafted to handle pressures, precisely up to 6000 pounds per square inch (PSI), making it ideal for demanding industrial applications.
Compliant with stringent SAE specifications, this flange embodies precision engineering and robust construction, ensuring a reliable and leak-free connection under immense hydraulic pressure. The CODE 62 ISO12151-3/SAE J516-J518 standards guarantee interchangeability and compatibility across various hydraulic systems, enhancing versatility and ease of integration.
The SAE FLANGE 6000 PSI is designed for performance and durability, even in challenging and dynamic environments. Its secure connection mechanism promotes safety, stability and longevity in hydraulic operations, which are critical for industries such as construction, manufacturing, aerospace and agriculture.
Part No. |
Thread E |
WINNER PART NO. |
Description |
623-08-08 |
31.7 |
87612-08-08 |
|
623-14-10 |
41.3 |
87612-12-10 |
|
623-14-12 |
41.3 |
87612-12-12 |
|
623-18-12 |
47.6 |
87612-16-12 |
|
623-18-16 |
47.6 |
87612-16-16 |
|
623-22-16 |
54 |
87612-20-16 |
|
623-22-20 |
54 |
87612-20-20 |
|
623-26-24 |
63.5 |
87612-24-24 |
|
623-34-32 |
79.4 |
87612-32-32 |
Hydraulic hose fittings play a crucial role in various industrial applications, especially in environments that demand high performance and long-term reliability. Hydraulic systems...
READ MOREHydraulic hose fittings are one of the key components in hydraulic systems. They are used to connect hydraulic hoses to other hydraulic components such as pumps, valves, motors, cy...
READ MOREIn hydraulic and pneumatic systems, hose connectors are important connection components, and their sealing and reliability directly affect the performance of the entire system. BSP...
READ MORE