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About RychenFocus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
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SolutionFocus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
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ProductsFocus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
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BlogWe focus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
Product Development
Based on the design concept of aero-engine combustion chamber, our company developed a low-nitrogen strategy that produces high-speed and high-temperature flue gas to enhance convection, combined with oxygen classification, to control the generation of pollutants.
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Single-stage single-suction centrifugal pump
Optimization of the entire flow channel, with no impact or vortex in the liquid flow, improves hydraulic efficiency. Polymer nano spraying reduces disc friction resistance. The pre-swirl steady flow device adjusts the operating point, and the high efficiency zone is widened by 8% - 10%. Compact structure, easy installation, reliable operation, and simple maintenance.
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Single-stage double-suction centrifugal pump
Software simulation can shorten the development cycle and enhance the advantage of customization. Using velocity vector control optimization to reduce boundary layer separation and flow diffusion, increase control over liquid flow, and improve hydraulic efficiency. Adopting pressure balancing devices to reduce volume loss, improve hydraulic efficiency, and extend service life.
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The first drainage can achieve lifelong self-priming, the innovative design ensures stability and efficiency, and the special design of pump body structure and hydraulic system increases self-priming height and reduces self-priming time.. Optimization of velocity vector control to improve overall hydraulic efficiency and reduce shaft power. Adopting "fluid dynamic sealing" to improve the reliability and stability of equipment operation.
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Adopting a constant velocity control design for the flow channel increases the blade's ability to control the liquid flow and improves hydraulic efficiency. Adopting liquid flow diffusion control and velocity vector control to improve the conversion rate of guide vane velocity energy to pressure energy and enhance operational efficiency. Specially designed balance chambers and components to increase the reliability and stability of equipment operation.
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Ladle baking has gone through a series of development processes from using only one gas pipe to using ordinary sleeve burner, high-speed burner, hot air burner, self-preheating burner, regenerative burner and self-priming burner.
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It is a specially developed technology for high-efficiency recovery and utilization of waste heat under the low-temperature working of metallurgical heating furnace. It consists of a series of parallel elliptical tubes, which are welded on fixed plates at both ends. In the process of heat transfer, the hot fluid and the cold fluid flow through the outer area of the elliptical tube and the flow channel in the tube respectively, and the heat transfer is realized through cross convection heat transfer.
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