Flanged ball valves are commonly used in industrial and commercial pipework where strength, reliability, and ease of maintenance are key requirements. Featuring bolted flange connections, these valves allow for secure installation and straightforward removal during inspection, servicing, or replacement. They are well suited to larger bore pipelines and systems operating under higher pressures.

This type of ball valve is widely used across water treatment, steam, oil and gas, chemical processing, and HVAC applications. Flanged ball valves are available in a range of standards, including ANSI, DIN, and PN ratings, making them compatible with a wide variety of pipeline specifications. Their robust construction and dependable shut-off performance make them a popular choice for critical isolation duties.

Threaded (screwed) ball valves are the preferred solution for confined piping layouts where rapid assembly is a priority. Available with both NPT and BSP end connections, these valves facilitate a straightforward "screw-in" installation that bypasses the need for complex welding or heavy flanged joints. This makes them particularly effective for small-diameter lines and systems operating at low to moderate pressures.

Engineered for reliable performance across a variety of media—including compressed air, hydrocarbons, water, and gas—these valves are a staple in both new builds and routine facility maintenance. The 90-degree lever action provides immediate shut-off and clear visual status of the valve position. Because they can be easily disconnected and reinstalled, they offer unmatched flexibility for modular systems that may need to be reconfigured or relocated in the future.

Butt weld ball valves are the premier choice for piping systems that demand a seamless, unified flow path. By fusing the valve body directly to the pipeline, this configuration removes the mechanical joints found in flanged or threaded systems, effectively neutralizing potential leak points. The result is a high-strength connection that minimizes turbulence and pressure drop, making it specifically suited for extreme thermal and high-pressure environments.

Commonly deployed in heavy-duty sectors—including power plants, steam distribution, and chemical refining—these valves are built for scenarios where system failure is not an option. Their robust construction and permanent installation prioritize long-term durability and structural safety over easy removal. Because they maintain 100% system integrity under stress, they are the standard for essential process lines where minimizing future maintenance is a primary operational goal.

Unlike basic shut-off valves, 3-way ball valves serve as an integrated solution for managing complex fluid paths within a single unit. These valves go beyond simple "on/off" functionality, providing the ability to reroute, combine, or alternate flow between different sections of a piping network. This multi-directional capability reduces the total number of valves required in a system, simplifying the overall footprint.

The utility of these valves is defined by their internal bore configuration:

• L-Port (Diverter): Perfect for switching a single supply line between two different destinations. It acts as a primary "changeover" mechanism where flow can only move in one direction at a time.

• T-Port (Multi-Flow): Offers broader flexibility, allowing the operator to mix streams from two inlets, split a single stream into two outlets, or maintain a continuous bypass.