Bull Plugs
C&C Industries
C&C Bull Plugs are heavy-duty threaded closures designed to seal the end of piping systems, fittings, or pressure vessels. Manufactured from A105 bar stock and built in accordance with MSS-SP-95, they provide reliable pressure containment and structural integrity in demanding applications.
In addition to standard closure applications, bull plugs can assist in draining systems during maintenance when equipped with optional tapped ports. Their robust design and availability in multiple schedules and configurations make them a dependable solution for both temporary and permanent line termination.
Designed for durability and versatility, bull plugs are a critical component in maintaining system control and safety.
Typical Applications:
Pipeline termination, pressure isolation, maintenance draining points, vessel closures, and oil & gas piping systems
Key Features
- Manufactured in accordance with MSS-SP-95
- A105 bar stock construction
- Designed for pipeline and fitting closure
- Optional tapped configurations (1/4” and 1/2”)
- Available in STD, XH, and XXH schedules
- Solid and tapped options available
- Sizes from 1/4” through 8”
- NPT threaded connections
- Heavy-duty domed design
- Field-proven oilfield component
PERFORMANCE ADVANTAGES
Why our Bull Plugs Perform Where It Counts
SECURE END-OF-LINE SEALING UNDER PRESSURE
The solid bar stock construction provides high strength and reliable sealing, preventing leakage or failure at pipeline termination points.
VERSATILITY FOR MAINTENANCE &
DRAINING APPLICATIONS
Optional tapped ports allow the plug to double as a controlled drain or access point, reducing the need for additional fittings.
HIGH STRUCTURAL INTEGRITY COMPARED
TO HOLLOW COMPONENTS
Unlike fabricated or hollow closures, solid bar stock construction resists deformation and improves durability under pressure and impact.
REDUCES SYSTEM COMPLEXITY &
CONNECTION POINTS
By combining closure and optional access functions into a single component, bull plugs reduce the number of fittings required in a system.