Commissioned Analysis: Analysis and Evaluation Technology for Spray Nozzles
Visualizing the performance of spray nozzles! Analysis related to nozzle performance, including fluid analysis, particle size measurement, and impact force distribution.
The performance of spray nozzles is influenced by factors such as pressure, flow rate, spray pattern, particle size, flow velocity, flow distribution, and impact force distribution. Everloy possesses the measurement equipment and analytical evaluation technology for these factors and has conducted numerous analyses to date. Based on years of accumulated experiments and analytical evaluations, we can propose optimization plans for spray nozzles tailored to your specific usage purposes. Customers in need of analysis are welcome to consult with us.
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basic information
● Fluid Analysis This is a technology that analyzes the flow of water inside a spray nozzle on a PC. Through years of accumulated experiments and analytical evaluations, it is possible to visualize the actual performance more closely. We have conducted numerous analyses to date. Available analysis software: SOLIDWORKS Flow Simulation, ANSYS CFX ● Water Flow Distribution Measurement Device Measures water flow distribution by spraying into a dedicated acrylic container for a set period of time. ● Impact Force Distribution Testing Device Continuously scans pressure sensors against the sprayed spray, allowing the calculation of impact force distribution based on the forces received by the sensors. ● Particle Size and Flow Velocity Analysis Device Particle size measurement using PDPA (Phase Doppler Particle Anemometry). This particle analysis, based on the phase principle of laser Doppler, allows simultaneous measurement of particle velocity and size. ● Particle Size Image Analysis Device After illuminating the spray with a strobe light and continuously capturing images with a CCD camera, image analysis is performed on a PC to determine the average particle size and particle size distribution. ● Cooling Capacity Evaluation Testing Device By heating an object embedded with thermal sensors and spraying onto it, it is possible to determine the heat transfer coefficient distribution and average heat transfer coefficient.
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○Examples of Fluid Analysis - Velocity Distribution Analysis of Air Nozzles Analyzed the differences in injection flow rates due to variations in nozzle orifice and external shapes. Compared orifices with pipe shapes and Laval shapes, and further examined the impact of the nozzle's external shape to optimize the nozzle design. - Honey Injection Analysis of Slit Air Nozzles Conducted analysis based on the request to create a uniform coating on the target object by injecting high-viscosity honey. Repeated analyses were performed to design a nozzle capable of injecting high-viscosity fluids as evenly as possible. - Powder Injection Nozzle Analysis Analyzed the design of a nozzle that uses an ejector system to guide powder into the nozzle and inject it from the tip to collide with the target object at high speed. The analysis results determined the optimal position for efficiently suctioning the powder.
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Everloy possesses a variety of carbide materials suitable for various applications, and provides solutions for challenges such as material supply, precision machining of precision mold parts, and wear, impact, damage, and corrosion. Additionally, regarding spray nozzles, we offer a comprehensive solution for analysis, design, development, and manufacturing through our extensive lineup and performance evaluation technology, while also applying carbide materials to spray nozzles to propose the development of products with excellent wear resistance and improvements in product performance through fluid analysis.
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