Anti-Cavitate Orifice Plate™
Design and Provide Restriction Orifice Plates
In the demanding environment of a power plant, maintaining feedwater flow is crucial. Traditional restriction orifice plates often fall victim to cavitation, causing vibration and noise... Click to learn more.
Fluid flow control is crucial in almost every aspect of the industrial industry. Restriction orifice plates are important when variables such as temperature, viscosity, differential pressure and specific gravity are at play. Traditional restriction orifice plates can suffer from cavitation... Click to learn more.
In the world of ground water pumping, water well operations are key. That's why we've tailored our advanced Anti-Cavitate Orifice Plate™ specifically for the water well sector, ensuring that you can count on sustained water flow...Click to learn more.
In the demanding world of maritime engineering, precision and reliability are paramount. When it comes to water flow control, our Anti-Cavitate Orifice Plate™ stands out as a superior choice to minimize noise in compartmentalized spaces...Click to learn more.
In the world of mining, water well operations are key. That's why we've tailored our advanced Anti-Cavitate Orifice Plate™ specifically for the mining sector, ensuring that you can count on sustained water flow... Click to learn more.
Fluid flow control is crucial in plumbing, fire, and chilled water systems of commercial buildings. Traditional restriction orifice plates can suffer from cavitation...Click to learn more.
Traditional restriction orifice plates can suffer from cavitation, a process that causes vibration and noise, leading to piping damage downstream. ​Designed by experts at Restrict Flow, our Anti-Cavitate Orifice Plate™ offers a groundbreaking approach to managing cavitation in high pressure fluid systems...Click to learn more.
Fluid flow control is crucial in almost every aspect of the chemical and petrochemical industry. Restriction orifice plates are important when variables such as temperature, viscosity, differential pressure and specific gravity are at play...Click to learn more.
