Precision flow restrictors from The Lee Company have become an industry standard for manufacturers around the world. Flow restrictors are found in critical applications throughout an aircraft. This includes metering fuel to the engine, lube oil to gears and bearings, controlling the speed of actuators used for flight controls, deploying landing gear and utilities, or snubbing pressure pulses.
The Lee Company offers both single and multi-orifice restrictors to meet the needs of any application. Multi-orifice configurations may offer increased resistance to contamination and decrease the potential for erosion caused by cavitation. Lee Jets, Bender Jets, and Visco Jets are all 100% tested for bi-directional flow with tight tolerances, and come with an integral safety screen for added protection against debris and contamination. They are all constructed of stainless steel, capable of high operating pressures, and utilize the Lee expansion pin locking ends for easy installation and retention.
All products from The Lee Company are designed to be extraordinarily lightweight, but with strength far exceeding their size. Manufacturers will discover an extraordinarily resilient product that demonstrates exceptional performance in any environment. For more information, download our eBook, An Engineer’s Guide to Selecting a Flow Restrictor.
Lastly, The Lee Company has developed a simple system of defining fluid resistance of flow restrictors and other components. Based on Bernoulli’s equation, it allows you to calculate performance without needing to factor in coefficients of discharge and dimensional tolerances. It also allows the user to calculate the total effect of multiple restrictions in series or parallel. To learn more, visit the Lohm Laws page under our Engineering Tools section.
The Lee Company has over 75 years of experience solving the aerospace and defense industry’s toughest tough fluid control problems. Explore our resources to learn more about the solutions we offer that can help you reduce costs while optimizing the performance of your aircraft or defense system. Check out these aerospace and defense-specific resources to learn more about what we offer.
Always verify flow calculations by experiment.
*There are many parameters to consider when determining V-Factor. Click here for more information.