Figure 26H | Frac Hose Barb Union
C&C Industries
The C&C Figure 26H Frac Hose Barb Union is designed to simplify hose connections in low-pressure fluid transfer systems by eliminating the need for welded hose nipples. Featuring integral hose barbs on both the male and female subs, this union provides a direct, efficient connection for hose-based applications.
Interchangeable with Figure 200 and 206 hammer union connections, the 26H allows operators to integrate hose assemblies directly into existing systems without additional fabrication. Built for 400 PSI service, it is ideal for water transfer, frac support, and temporary fluid handling systems.
Typical Applications:
Frac water lines, hose connections, temporary transfer systems, tank-to-tank transfer, and low-pressure fluid movement
Key Features
- Pressure rating: 400 PSI NSCWP
- Integral hose barb design on both ends
- Interchangeable with Figure 200/206 unions
- BUNA-N O-ring sealing (-20°F to 250°F)
- Ductile iron sub with carbon steel nut
- Electro zinc plated subs
- Color code: Blue nut
- Eliminates need for welded hose nipples
- Designed for non-shock service
PERFORMANCE ADVANTAGES
Why the FIG 26H Barb Union Performs Where It Counts
ELIMINATES FIELD WELDING
& FABRICATION REQUIREMENTS
By integrating hose barbs directly into the union, the Figure 26H removes the need to weld hose nipples onto standard unions. This reduces labor, eliminates welding errors, and speeds up deployment in the field.
RAPID HOSE CONNECTION FOR
TEMPORARY SYSTEMS
Designed for quick setup and teardown, the union allows operators to connect hose systems rapidly. This is critical in frac and transfer operations where time and flexibility directly impact efficiency.
COMPATIBLE WITH EXISTING HAMMER UNIONS
Interchangeability with Figure 200 and 206 unions allows seamless integration into existing infrastructure without requiring additional adapters or system changes.
REDUCES LEAK POINTS IN HOSE CONNECTIONS
Designed specifically for tubing-based systems, the union A single integrated connection reduces the number of joints compared to traditional hose nipple setups, minimizing potential leak paths and improving overall system reliability.
reliably in applications where connections are frequently assembled, disassembled, and exposed to variable pressures and fluids.