3 Way Hydraulic Ball Valve, Stainless Steel, 6000 PSI, FNPT

Key Specifications / Features

Engineered to ASME B16.34 standards, this 3-way hydraulic ball valve features a rugged stainless-steel body rated for pressures up to 6,000 PSI. Its precision-machined, full-flow bore and low-torque design ensure reliable, leak-free switching or mixing of high-pressure fluids, while FNPT threaded ends and a manual lever enable quick, secure installation and smooth operation in hydraulic, petrochemical, and process piping systems.

The KHB3K series three-way hydraulic ball valve is primarily designed for controlling the flow and shut-off of working media in hydraulic system pipelines or integrated systems. These high-pressure hydraulic ball valves are widely utilized across various industries, including industrial hydraulic equipment, marine hydraulic systems, mining and metallurgical machinery, vehicle and construction machinery hydraulics, agricultural equipment, and petroleum industry applications. Specifically, the three-way hydraulic ball valve is used to regulate oil flow and provide reliable shut-off in hydraulic lines. It features low flow resistance, dependable sealing, easy operation, and an aesthetically pleasing design.

Technical Specification

» Product: KHB3K series 3 Way Hydraulic Ball Valve
» Sizes Range: 1/8-3 Inch (Forged Items)
» Temperature Range: -40°F to 250°F (-40°C to 121°C)
» Pressure rating up to 6000psig (41.4MPa)
» Materials: Carbon Steel, Alloy Steel, Stainless Steel, Duplex Steel & Other
» Ends Connections: BSP and NPT thread
» Design and Manufacture: ASME B16.34, API 6D
» Face to face (end to end): ANSI B16.10
» Test and inspection: API 598
» Threaded Ends: ASME B1.20.1

Product Features

» Three-way ball valve is designed for hydraulic systems and enables flow direction control between three ports.
» Its full-bore design helps minimize pressure drop.
» The KHB3K is available in brass, steel, and stainless steel materials for versatile machine compatibility.
» Its quarter-turn operation allows simple and precise flow path selection which enhances circuit control and flexibility