I-FLOW Screw Down Angle Globe Check Valve

The I-FLOW Screw Down Angle Globe Check Valve is a specialized valve designed for seamless flow control and reliable prevention of backflow in a variety of industrial applications. Built with a unique screw-down mechanism and an angle design, this valve combines the features of both a globe valve and a check valve, making it versatile and highly effective for complex pipeline systems.

What is a Screw Down Angle Globe Check Valve

A Screw Down Angle Globe Check Valve integrates the function of a globe valve (for precise flow control) and a check valve (for backflow prevention) within a single unit. The screw-down mechanism allows controlled movement of the disc, while the angle design enables efficient flow through the valve body. This type of valve is ideal for applications requiring both directional flow control and protection against reverse flow in pipeline systems.

Why Use a Screw Down Angle Globe Check Valve

This valve type is particularly useful in industrial applications that require accurate flow control along with the added security of backflow prevention. The screw-down feature enables fine-tuned adjustments, while the angle design makes it easier to install and maintain, especially in systems where space is limited.

Key Features of the I-FLOW Screw Down Angle Globe Check Valve

Combined Functionality: By merging the characteristics of a globe valve and check valve, this valve provides reliable backflow prevention along with precise flow regulation.

Angle Design for Smooth Flow: The angle configuration facilitates smooth flow through the valve, reducing turbulence and pressure drop, and improving efficiency.

Screw Down Mechanism: This design offers easy, adjustable control over the disc position, allowing for precise regulation of flow and optimal shutoff performance.

Durable Construction: Made from high-quality materials, the valve is resistant to wear and corrosion, ensuring long-lasting performance in demanding environments.

90° Angle Flow Design: Allows media to flow at a 90° angle, generating a lower pressure drop and supporting efficient flow through the valve body.