1″ Flat Face High Flow Hydraulic Quick Connect Female Coupler, 1-1/4″ SAE Thread

1″ Flat Face High Flow Hydraulic Quick Connect Female Coupler – 1-1/4″ SAE

SKU: FF1F-20S-GEM

The 1″ Flat Face High Flow Hydraulic Quick Connect Female Coupler with a 1-1/4″ SAE thread is built for high-performance hydraulic applications, offering exceptional durability, reliability, and efficiency.

Manufactured from hardened carbon steel with a galvanized treatment, this coupler provides superior corrosion resistance and withstands harsh environments in agriculture, industrial, marine, construction, heavy equipment, mining, and drilling industries.

Its flush face valve design minimizes fluid loss and prevents air inclusion, ensuring cleaner and more efficient hydraulic operations. Featuring a push-connect mechanism, this coupler enables quick, single-handed connections while the blowout-resistant nipple seal prevents leaks and enhances safety.

Designed for seamless integration, this coupler is fully interchangeable with ISO 16028 standard couplings, ensuring compatibility across various hydraulic systems.

Key Benefits:

• Durable Carbon Steel Construction – Built to withstand demanding applications.
• Galvanized Treatment – Enhances corrosion resistance and longevity.
• Flush Face Valve Design – Reduces fluid loss and air contamination, improving system performance.
• Minimal Pressure Drop – Ensures efficient hydraulic operation.
• Single-Handed Push-Connect Design – Allows for quick and easy connections.
• Blowout-Resistant Nipple Seal – Prevents leaks and enhances reliability.
• ISO 16028 Compatibility – Fully interchangeable with standard flat face couplers.

Technical Specifications:

• Max Pressure Rating: 5,075 PSI
• Female Face Diameter: 2.15”
• Female Length: 4.06”
• Hex Size: 1.97”
• Thread Type: SAE
• Thread Size: 1-1/4”
• Body Size: 1”
• Body Material: Hardened Steel

Kit Includes:

• 1 Female Coupler

This high-flow hydraulic coupler is the perfect solution for secure, leak-free, and high-efficiency hydraulic connections in demanding applications.