Sharpe Series 10A Brass 2-Piece Full Port Ball Valve
Sharpe Series 10A Brass 2-Piece Full Port Ball Valve
The Sharpe Series 10A Brass 2-Piece Full Port Ball Valve provides an economical, dependable solution for commercial, industrial, mechanical, and general-purpose piping systems. This polymer-seated, two-piece brass ball valve combines durable construction with bi-directional, bubble-tight shutoff. Featuring a full port/full bore design, the Series 10A helps maintain efficient flow while providing reliable quarter-turn isolation for a wide variety of compatible fluid applications.
Forged Brass Construction and Full Port Design
The Sharpe Series 10A ball valve features a durable forged brass body for excellent strength and dependable service. Available in sizes from NPS 1/4" through 4" (DN 8-100), its full port design provides a large internal flow passage that helps reduce turbulence, pressure drop, and unnecessary flow restriction.
The valve incorporates FNPT x FNPT threaded end connections, allowing straightforward installation into compatible female-threaded piping systems. The Series 10A is manufactured in accordance with MSS SP-110.
600 PSI and 400 PSI CWP Ratings
Sharpe Series 10A valves from 1/4" through 2" are rated to 600 PSI CWP, while larger 2-1/2" through 4" sizes are rated to 400 PSI CWP. This range provides flexibility when selecting a brass full port ball valve for different piping requirements.
Blow-Out Proof Stem and Adjustable Packing
A blow-out proof stem enhances reliability in pressurized systems, while the adjustable packing nut allows maintenance of the stem sealing system when necessary. The valve also provides bi-directional, bubble-tight shutoff for positive pipeline isolation.
A locking lever handle is standard, providing convenient quarter-turn operation and secure valve positioning. Combining forged brass construction, full bore flow, polymer seating, FNPT connections, and economical performance, the Sharpe Series 10A Brass Full Port Ball Valve is an excellent choice for dependable flow control.