Sesto Floating Multiport | Forged

PRODUCT DESCRIPTION

The Sesto Floating Multiport Ball Valve represents premium Italian engineering and manufacturing excellence, featuring a revolutionary 4-seat design that ensures reliable sealing regardless of flow direction. These precision-machined forged valves are designed for maximum versatility, allowing any port to function as an inlet or outlet while maintaining exceptional performance in critical applications.

Each valve undergoes rigorous testing protocols that exceed industry standards, with complete material traceability and quality control performed in Italy. The innovative single-body construction, combined with self-aligning O-ring energized seats, delivers superior sealing capabilities and lower maintenance requirements across diverse industrial applications.

FEATURES AND BENEFITS

• Universal inlet/outlet 4-seat design for maximum flow configuration flexibility
• Precision-machined forged body construction eliminates casting-related leakage
• Self-aligning O-ring energized seats ensure positive shutoff in varying conditions
• Ball/seat lapping process guarantees tight tolerances and lower torque requirements
• Fire-safe design with API 607 certification
• Fugitive emissions certified to ISO 15848
• Live-loaded packing with anti-static device
• Single body construction eliminates top flange requirements
• Blowout-proof stem design for enhanced safety

APPLICATIONS

• Lease Automatic Custody Transfer (LACT) units
• Gas production facilities
• Industrial chemical processes
• Petrochemical plants
• Food and beverage operations
• Aerospace systems
• Chemical injection skids
• Cargo and bunkering systems
• Regasification installations

PERFORMANCE

• Size range: ½" through 4" (class dependent)
• Pressure classes: 150# to 800#
• Multiple configuration options: 3-way and 4-way (T, L, Double L)
• Available in full and reduced bore designs
• Standard materials: A105N, LF2, LF3 forged body options
• Custom materials available upon request
• Temperature range suitable for cryogenic to high-temperature service