Ball valves, a variant of quarter-turn valves, employ a pivoting ball with a central bore for precise flow management. This ball, featuring a hole in its core, aligns with the flow path to permit the passage of fluids or gases. A 90-degree rotation of the ball, however, effectively halts the flow.

ACEV Flow Control offers a diverse range of ball valves, including top entry (or top inlet) ball valves, side inlet (side entry or end entry) ball valves, floating ball valves, trunnion mounted (guided) ball valves, double block and bleed (DBB) ball valves, and V ball valves, all available in both forged and cast versions.

ACEV ball valves are crafted in various designs to cater to the nuanced demands of different applications.

The floating ball valve, a distinct variant, is secured by seats that allow the ball to float within the valve body. It seals tightly as the fluid or gas pressure pushes the ball against the seat.

A trunnion mounted ball valve employs a shaft or stem at both the top and bottom of the ball, anchored by floating seats that encircle the ball. This design ensures the ball remains stationary while the seats compress against it to create a secure seal.

The double ball valve, also referred to as the dual ball valve or DBV, is a sophisticated type that houses two independent ball and seat assemblies within a single valve body.

In addition to these types, our offerings include full-welded ball valves, multi-port configurations such as 3-way or 4-way ball valves, V-port ball valves, and wafer ball valves, all tailored to meet the specific requirements of our customers.

ACEV ball valve housing assembly comes in three standard configurations: one-piece (1-PC), two-piece (2-PC), and three-piece (3-PC) designs.

ACEV ball valves stand out for their numerous advantages over other valve types:

• Compact and Economical: Their design is space-saving and cost-effective.
• Fast Shut-Off: They offer rapid closure for immediate flow control.
• Highly Durable: They are built to withstand high-pressure, high-volume, and high-temperature conditions.
• Corrosion and Damage Resistant: They are less susceptible to wear and corrosion.
• Longevity: They are designed for a long service life in industrial settings.
• Versatile: They are adaptable and suitable for a wide array of industrial applications.