2000# Oilfield Ball Valve
C&C Industries
The C&C 2000# Oilfield Ball Valve is designed for higher pressure applications requiring reliable isolation and durable construction. Rated for 2,000 PSI service, it provides enhanced performance compared to standard 1,000 PSI valves while maintaining a compact and field-proven design.
Available in both full port and reduced port configurations, the valve supports a wide range of flow requirements. Built with ductile iron or steel body options and stainless steel trim, it is designed to handle demanding oilfield conditions.
With robust materials and reliable sealing, the 2000# valve is ideal for applications where higher pressure capability is required.
Typical Applications:
High-pressure production systems, pipelines, tank batteries, oilfield service, and industrial fluid control
Key Features
- Pressure rating: 2,000 PSI
- Available in full port and reduced port configurations
- Sizes ranging from 3/4” through 4”
- Floating ball design for pressure-assisted sealing
- 2-piece body construction
- Body materials: ductile iron, WCB, or A105
- Ball materials: 304 or 316 stainless steel
- Seat materials: nylon or delrin
- Stem materials: carbon steel or stainless steel
- Body and stem seals: Buna or Viton
- Blow-out proof stem design
- Threaded connections
- Compact and rugged construction
- Suitable for gas and liquid service
PERFORMANCE ADVANTAGES
Why the Oilfield Ball Valve Performs Where It Counts
HIGHER PRESSURE CAPABILITY FOR
DEMANDING SYSTEMS
Rated for 2,000 PSI service, providing increased performance for higher pressure applications compared to standard valves.
RELIABLE SHUTOFF WITH FLOATING BALL DESIGN
Uses line pressure to energize seats, ensuring consistent sealing across varying conditions.
MATERIAL FLEXIBILITY FOR DIFFERENT
MEDIA TYPES
Multiple material options allow the valve to be configured for different fluids and operating environments.
DURABLE PERFORMANCE IN
OILFIELD APPLICATIONS
Built for rugged service conditions, delivering long-term reliability in production and pipeline systems.