In the field of fluid transmission and control, pumps and valves components as the core components, its performance directly affects the efficiency and reliability of the whole system. As a professional fluid technology company, we have been deeply engaged in the research and development of pumps and valves for many years, and our products cover a wide range of types of metering pumps, centrifugal pumps, diaphragm pumps, etc., which are widely used in the chemical, environmental protection, pharmaceutical, food and other industries.
Diversified products to meet segmented needs
We have developed a variety of pump and valve component solutions for different working conditions. For example, Mittonroe metering pump accessories use Teflon diaphragm plates and stainless steel springs to ensure corrosion resistance and long service life, which is suitable for precision dosing scenarios; water ring vacuum pumps are made of ductile iron and stainless steel, with high efficiency of discharging capacity, and can cope with complex media environment. In addition, for the demand of miniaturisation, we have introduced small-sized gear pumps and peristaltic pump valves, which are suitable for laboratory equipment and portable instruments.
Customised services to enhance customer value
Based on advanced manufacturing processes, we support the customisation needs of our customers. For example, a multistage centrifugal pump core assembly for a biopharmaceutical company was designed to reduce energy consumption by 15% through optimisation of the impeller structure and sealing materials, while meeting GMP cleanliness standards. For special media, such as strong acidic and alkaline liquids, we provide perfluoroplastic pump heads and two-way sealing valves to ensure the safe operation of the system.
Technological innovation drives industry upgrades
Combining simulation technology and material science, we continue to optimise the performance of pump and valve components. Through CFD fluid dynamics analysis, we have improved the flow path design of centrifugal pumps to increase the head by 20%, and introduced nano-coating technology to enhance the wear resistance of diaphragm blades and extend their service life to more than 2,000 hours. In the future, we will further explore intelligent pump and valve systems, integrating sensors and IoT technologies to achieve remote monitoring and adaptive regulation.
