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This series of molten salt axial flow pump impellers comes in both adjustable and fixed types. They feature high efficiency, stable operation, low vibration, minimal noise, extended service life, reduced maintenance requirements, and low maintenance costs. Their quality matches that of comparable foreign products.
The rotor design of this pump series employs our patented dynamic pressure fluid film support technology: utilizing deformation coordination and torque balancing techniques to analyze bearing loads under statically indeterminate support conditions, ensuring rotor components operate under fluid film support. Simultaneously, the sliding bearing material utilizes NH-8 high-temperature self-lubricating wear-resistant alloy.
Molten salt control valves are industrial valves specifically designed for high-temperature, high-pressure molten salt media. They are widely used in concentrated solar power (CSP), thermal energy storage, and chemical processing applications.
To complement and adapt to the HRS low-temperature waste heat recovery system, our company has successfully developed a high-temperature concentrated sulfuric acid pump specifically designed for the HRS system, capable of handling temperatures ranging from 190 to 220°C.
Mixed-flow pumps feature both open and closed impellers, offering three installation configurations: horizontal OH1, vertical VS1, and high-temperature OH2. These pumps boast a large flow passage cross-section, deliver uniform performance across their operating range, resist clogging, achieve high efficiency, and minimize energy consumption. They can accommodate various materials by replacing impeller materials to handle corrosive, abrasive, and high-temperature substances.
This series of pumps is primarily used in industries and fields such as refineries, petrochemical plants, cryogenic engineering, coal chemical plants, power plants, environmental protection projects, sewage treatment, and cement plants. They are suitable for conveying media such as circulating water and wastewater in chemical processes.
This series of pumps features a horizontal, radially split, single-stage or two-stage (three-stage or four-stage available for special applications), centerline-mounted, double-supported configuration.
Centrifugal pumps of Class III or higher. The impellers are arranged in a back-to-back configuration to balance axial forces, while the pressure chamber features a double volute design to counteract radial forces. The first stage incorporates a dual-impeller design, making it particularly suitable for low-cavitation applications.
This series of pumps features a modular design with interchangeable components. The standard configuration includes various hydraulic, bearing, and seal arrangements, as well as different materials. Maximum operating pressures are 18.0 and 27.0 MPa respectively.