FORCE 2-Piece Floating Ball Valves
FORCE
FORCE 2-piece floating ball valves are designed for applications requiring both durability and serviceability in moderate to high-pressure systems. The two-piece body construction allows access to internal components while maintaining strength and sealing integrity.
The floating ball mechanism uses system pressure to energize the seats, providing reliable shutoff across varying operating conditions. This design ensures consistent performance while allowing for easier maintenance compared to one-piece valves.
Built for oil and gas and industrial service, these valves offer a balance of performance, flexibility, and long-term reliability.
Typical Applications:
Oil and gas production, midstream systems, process lines, pipelines, and industrial fluid control
Key Features
- Two-piece bolted body construction
- Floating ball design for pressure-assisted sealing
- Full port and reduced port configurations
- Blowout-proof stem design
- Anti-static device for safe operation
- Fire-safe design options available
- Soft seat materials for tight shutoff
- Available in carbon steel and stainless steel
- Flanged, threaded, and welded connections available
- Replaceable seats and seals
- Locking device capability
- Designed for higher pressure applications than 1-piece valves
- Low operating torque
- Suitable for gas and liquid service
- Field serviceable design
PERFORMANCE ADVANTAGES
Why the FORCE 2-PC Floater Performs Where It Counts
FIELD SERVICEABILITY FOR REDUCED DOWNTIME
The two-piece body allows access to internal components for maintenance and repair without replacing the entire valve. This reduces downtime and extends service life.
RELIABLE SHUTOFF ACROSS
VARIABLE PRESSURES
Floating ball design ensures consistent sealing by using line pressure to energize the seats. This maintains performance under changing system conditions.
STRONG BODY CONSTRUCTION FOR
DEMANDING APPLICATIONS
Bolted body design provides increased structural strength compared to one-piece valves. This supports operation in higher pressure environments.
VERSATILITY ACROSS MULTIPLE SYSTEMS
Available in a wide range of sizes, materials, and connection types, allowing the valve to be configured for different applications and media types.