FS6565 ORFS Female Swivel to ORFS Female Swivel Union
Description
The FS6565 ORFS Female Swivel to ORFS Female Swivel Union collection includes precision-forged hydraulic adapters engineered to connect two ORFS (O-Ring Face Seal) female swivel ports in industrial and mobile fluid power systems.
These union fittings eliminate the need for rigid tube bends or hoses in close-coupled assemblies, combining swivel flexibility with robust flat-face sealing technology.
Pressure Ratings
- Designed for high-pressure hydraulic systems
- ORFS flat-face O-ring seals provide robust sealing under dynamic loads
- Suitable for systems with vibration, pressure cycling, and mechanical shock
- Working pressure depends on union size, orientation, and mating component ratings
Design & Material Overview
- Material: Forged carbon steel
- Shape: Straight union with swivel ends
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Connection Type: ORFS female swivel on both ends
- Provides O-Ring Face Seal technology for each connection
- Standard ORFS O-ring sealing per SAE J1453 / ISO 8434-3
- Swivel capability: Allows rotation before final torque to facilitate installation
- Precision machined threads and sealing surfaces for consistency
- Protective coating for corrosion resistance in industrial environments
Industries & Use Cases
FS6565 ORFS female swivel unions are commonly used in:
- Hydraulic manifold systems requiring union connections
- Mobile equipment hydraulics where space is constrained
- Construction, mining, and earth-moving machinery
- Industrial fluid power circuits needing leak-resistant coupling
- OEM hydraulic assemblies requiring swivel assembly installation
- Field service and maintenance where unions speed up disassembly
Standards / Compliance
- ORFS connections conform to SAE J1453 / ISO 8434-3 flat-face sealing standards
- Forged steel body meets industrial performance expectations
- Designed for consistent sealing in high-pressure conditions
By using ORFS female swivel connections on both ends, the FS6565 series provides dependable, leak-resistant performance in systems where movement, vibration, or assembly tolerances demand rotational freedom and precise alignment.