Collection: Manifolds

The internal manifold chamber should have a cross-sectional area at least 1.5 to 2 times larger than the total cross-sectional area of all outlet ports. This ensures stable static pressure distribution without internal turbulence or noise.

Series connections suffer from cumulative friction loss—the further a nozzle is from the pump, the less pressure it receives. A professional manifold provides parallel distribution, ensuring every exit port receives identical pressure and GPM. This is critical for maintaining symmetrical jet heights across the entire display.

For fountains with varied jet heights, we recommend manifolds equipped with independent balancing valves on each port. This allows you to fine-tune the GPM for each circuit (e.g., separating a central geyser from a perimeter spray ring) without affecting the overall system pressure.

Yes. Our precision-engineered ports are fully compatible with standard solenoid and programmable valves. This allows for the creation of "digital" water effects, musical sequences, and high-speed water choreography.

Yes. For high-corrosion environments and public plazas in Toronto, we utilize high-performance UV-stabilized polymers. These materials are 100% immune to chloride pitting and chemical erosion caused by salt, chlorine, and urban pollutants.

Complete evacuation of water is mandatory. Our manifolds feature low-point drainage ports for air-purging. We recommend using compressed air to ensure the manifold body is moisture-free, protecting it from the expansion force of ice during the GTA's deep freeze cycles.