Swage Nipples
C&C Industries
C&C Swage Nipples are concentric reducing fittings designed to connect pipes of different diameters while maintaining a straight flow path. Manufactured from ASTM A106 Grade B seamless pipe, they provide reliable strength, smooth flow transition, and consistent performance in pressure-rated systems.
Zinc coating enhances resistance to environmental corrosion, while NPT threads machined to ASME standards ensure proper fit and sealing. With availability across a wide range of sizes and wall thicknesses, swage nipples offer flexibility in system design and layout.
Designed for durability and efficiency, they are a critical component in piping systems requiring size transitions without excessive turbulence or flow restriction.
Typical Applications:
Pipe size reduction, flowline transitions, oil & gas systems, water transfer, and general industrial piping
Key Features
- ASTM A106 Grade B seamless pipe construction
- Zinc coated for improved weather resistance
- NPT threads per ASME B1.20.1
- Heat numbers for traceability
- Concentric design for smooth flow transition
- EUE 8-round threads available
- Available in STD, XH, and XXH
- Wide size range (1/8” through 8”+)
- Precision machined connections
- Designed for pressure-rated systems
PERFORMANCE ADVANTAGES
Why our Swage Nipples Perform Where It Counts
SMOOTH FLOW TRANSITION TO
REDUCE TURBULENCE
The concentric design maintains a centered flow path, reducing turbulence, pressure drop, and erosion compared to abrupt or offset reductions.
MAINTAINS STRUCTURAL INTEGRITY
THROUGH SIZE CHANGES
Seamless construction ensures that strength is not compromised at the transition point, preventing weak spots in the piping system.
FLEXIBILITY IN SYSTEM DESIGN AND LAYOUT
Wide size and schedule availability allows engineers to adapt piping systems without complex fittings or custom fabrication.
CORROSION RESISTANCE FOR OUTDOOR &
HARSH ENVIRONMENTS
Zinc coating protects against environmental exposure, extending service life in field conditions where corrosion is a concern.