Cast Iron Flanged Ball Check Valve – Table D & E

Cast Iron Flanged Ball Check Valve – Table D & E

The Cast Iron Flanged Ball Check Valve, conforming to Table D and E standards, is an indispensable tool in fluid systems management, particularly where backflow prevention is crucial. This robust valve is engineered to operate seamlessly in diverse applications, making it an essential component in industrial and municipal infrastructure.

Robust Design

Constructed from durable cast iron, this valve is designed to withstand heavy-duty use in industrial environments. The flanged ends, adhering to Table D and E specifications, ensure a secure and standardised connection to the piping network, facilitating easy installation and maintenance.

Operational Efficiency

At the heart of the valve is an EPDM-coated ball that responds intuitively to flow changes, allowing fluid to pass in one direction while preventing backflow. This mechanism is particularly effective in handling viscous fluids or systems where flow rates vary, maintaining consistent operational integrity.

Versatile Applications

The valve’s versatile design makes it suitable for numerous applications. From air-conditioning systems and plumbing in commercial buildings to fire fighting equipment and extensive water and sewer lines, providing reliable service. Additionally, it’s a preferred choice in various industrial plants for utility systems, where dependable backflow prevention is necessary.

Durability & Performance

The body is coated with Fusion Bonded Epoxy (FBE), in a distinctive blue colour, which enhances its corrosion resistance and also extends its service life. This coating ensures that the valve can withstand harsh environmental conditions without degradation.

Comprehensive Size Range

Available in sizes ranging from 80mm to 300mm, this check valve accommodates a broad spectrum of flow requirements, making it adaptable to various pipeline dimensions and capacities.

This all adds up to the fact that the Cast Iron Flanged Ball Check Valve is crucial in maintaining the efficiency and safety of fluid systems. Its durable construction, efficient operation, and broad applicability make it a valuable asset in any fluid control and management system.