Hydro-Valve: The Innovative Vortex Flow Control Device

Looking for a solution to effectively control stormwater flow and protect local water sources? The solution: the JFC Hydro-Valve – a cutting-edge vortex flow control device that will revolutionise your stormwater management system.

The Hydro-Valve is a state-of-the-art vortex flow control device designed to regulate the flow rate of stormwater before its discharge into local storm drains or water courses. Engineered to perfection, this self-activating device operates on the principles of vortex technology, eliminating the need for moving parts or external power sources.

Features and Benefits that Make a Difference:

✔️ Wide Flow Range: Available in a range of sizes with varying flow rates, the Hydro-Valve suits all specifications, ensuring precise and tailored flow control.

✔️ Protects Against Flooding: This device effectively controls the flow of stormwater from the attenuation tank, preventing downstream flooding during heavy rainfall periods.

✔️ Customisation at its best: Manufactured to meet your unique requirements, the Hydro-Valve achieves a specified flow rate at a given head height, ensuring optimal performance.

✔️ Certified Quality: the Hydro-Valve holds WRC certification, meeting industry standards.

✔️ Quick and Hassle-Free Installation: The Hydro-Valve’s fast installation process gets you up and running in no time.

✔️ Ample Size Options: The Hydro-Valve comes in various dimensions, accommodating different manhole types for a seamless integration into your system.

✔️ With its 3-6 times greater orifice CSA, it ensures minimal disruption to aquatic ecosystems while effectively controlling stormwater flow.

For further information on flow rates, head heights, and technical details, reach out to our experts at JFC. They will be more than happy to assist you in finding the perfect Hydro-Valve solution for your needs.

Take the first step towards a more efficient stormwater management system – choose Hydro-Valve today and make a lasting positive impact on the environment.