Series FS2700 Hydraulic MOFS to MOFS Bulkhead, Sizes #4 – #16

Description

The Series FS2700 Hydraulic MOFS (Male O-Ring Face Seal) to MOFS Bulkhead Fitting is designed to provide a secure and reliable connection through a panel or mounting surface in hydraulic systems. Available in sizes #4 to #16, this bulkhead adapter ensures a robust and leak-free connection, making it a critical component in high-pressure hydraulic applications across industrial, construction, and agricultural equipment.

Built for durability and strength, the FS2700 is precision-engineered from high-quality materials to meet demanding performance requirements. The Male O-Ring Face Seal (MOFS) design provides a positive, leak-resistant seal when paired with compatible hydraulic components. This feature makes the FS2700 ideal for high-pressure and vibration-prone environments where reliability is non-negotiable.

The bulkhead configuration of the FS2700 simplifies installation in systems requiring a hydraulic connection through a panel, frame, or wall. It allows for organized routing of hydraulic lines while maintaining the structural integrity of the connection. The adapter’s threaded ends ensure a secure fit, eliminating potential leaks and minimizing downtime during operations.

Designed to handle the most challenging hydraulic environments, the FS2700 offers exceptional resistance to corrosion, pressure, and wear. Whether you’re routing hydraulic lines in a factory setting, on construction machinery, or within agricultural equipment, this bulkhead adapter provides a reliable and maintenance-free solution. Its rugged construction and MOFS design guarantee long-term performance, ensuring your hydraulic system operates efficiently and consistently.

The Series FS2700 Hydraulic MOFS to MOFS Bulkhead Fitting is the ideal choice for professionals requiring durability, precision, and a leak-free connection in their hydraulic systems. Engineered to exceed industry standards, this adapter simplifies system configuration while improving fluid transfer and system reliability.