Style 28 | Grooved Coupling (Hinged Lever Type)
C&C Industries
The C&C Style 28 Grooved Coupling is a hinged lever-type coupling designed for rapid connection and disconnection in piping systems that require frequent assembly and breakdown. Built for efficiency in the field, it provides a secure joint while dramatically reducing installation time.
Featuring hinged housing segments and a locking handle, the Style 28 allows operators to quickly connect piping without bolts or specialized tools. A built-in cotter pin adds an extra level of security, preventing accidental opening during operation.
Ideal for temporary or frequently serviced systems, the Style 28 delivers speed, safety, and reliability in demanding environments.
Typical Applications:
Temporary piping systems, water transfer lines, frac support systems, mobile equipment, and applications requiring frequent connection and disconnection
Key Features
- Sizes from 2” through 8”
- Hinged lever-style coupling design
- Quick connect and disconnect operation
- Grooved end connections
- Integrated locking handle
- Cotter pin safety feature to prevent accidental release
- Buna gasket standard
- Additional gasket materials available
PERFORMANCE ADVANTAGES
Why the C&C Grooved Couplings Perform Where It Counts
RAPID CONNECTION FOR FIELD OPERATIONS
The hinged lever design allows operators to connect or disconnect piping in seconds. This is critical in applications where time and efficiency directly impact productivity.
NO BOLTS OR SPECIAL TOOLS REQUIRED
Unlike traditional couplings, the Style 28 eliminates the need for bolts and torqueing. This simplifies installation and reduces labor requirements in the field.
IDEAL FOR TEMPORARY AND MOBILE SYSTEMS
Designed for repeated use, the Style 28 is well suited for systems that are frequently assembled and disassembled, such as water transfer and frac support operations.
LOCKING WITH ADDED SAFETY FEATURES
The locking handle and cotter pin system ensure the coupling remains securely engaged during operation, reducing the risk of accidental separation.