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The Kingda KSH heavy-duty slurry pump is specifically designed for highly abrasive slurries. Its robust, heavy-duty construction and reliable performance enable stable operation in the harshest environments. The lining and impeller of the heavy-duty pump can be made from different materials depending on the complexity of the operating conditions, allowing for long-term stable operation in industries such as mining, metallurgy, power plants, and tailings processing.
The heavy-duty slurry pump is a centrifugal pump designed to meet demanding application requirements. It boasts superior performance, extremely high efficiency, and powerful suction capacity. Unlike conventional slurry pumps, the heavy-duty pump offers enhanced abrasion and corrosion resistance, easily handling slurries with high solids content without clogging. Its wider flow channel and non-clogging impeller design ensure smooth transport of high-density slurries with abrasive and corrosive properties, such as tailings, oil, wastewater, pulp, fly ash, gravel, and sludge. The heavy-duty slurry pump plays a vital role in fluid transport, significantly improving the efficiency of industrial slurry transport and becoming an indispensable piece of equipment in mineral mining, mill discharge, hydrocyclones, and pipeline pressurization.
The KSH series slurry pump is a new generation of heavy-duty slurry pumps independently developed by Kingda, embodying over 70 years of professional experience in the design and manufacture of centrifugal and horizontal slurry pumps by the Kingda Pump Group. It aims for high efficiency and energy saving, featuring low vibration, low noise, reliable operation, long service life, and ease of maintenance. The KSH slurry pump provides cutting-edge solutions for the most demanding applications. The KSH heavy-duty slurry pump boasts high wear resistance and corrosion resistance, enabling efficient operation in harsh industrial and mining environments and maximizing its service life.
Discharge Diameter(mm): 20 ~ 650 Capability(m³/h): 10 ~ 14000 Head(m): 10 ~ 70 Material: Alloys, Rubber, Ceramics, Stainless steel Motor(kW): 15 ~ 2000 Sealing: Packing seal, Expeller seal, Mechanical seal
Discharge Diameter(mm): 20 ~ 650 Capability(m³/h): 10 ~ 14000 Head(m): 10 ~ 70 Material: Alloys, Rubber, Ceramics, Stainless steel Motor(kW): 15 ~ 2000 Sealing: Packing seal, Expeller seal, Mechanical seal
Pump Type Description: KSM is a medium-duty slurry pump designed for handling medium-concentration slurries.
Kingda engineers optimized the flow channel and impeller design through fluid analysis, giving the KSH series slurry pump a large flow channel and a clog-free impeller, making clogging virtually impossible. The Kingda heavy-duty slurry pump features a double-casing structure, which not only enhances the pump's impact resistance but also reduces vibration and noise during operation. The easily disassembled split structure simplifies maintenance and reduces labor costs. The pump outlet direction can be rotated at 45° intervals to achieve installation and use at eight different angles, making it convenient for users to connect and arrange pipelines. We offer a variety of materials to choose from, such as high-chromium alloys, wear-resistant ceramics, natural rubber, and stainless steel. Our engineers will recommend the most suitable material for your specific application to maximize wear life and improve performance. We offer a variety of sealing solutions, including packing seal, expeller seal, and mechanical seal, combined with heavy-duty bearing designs, which greatly improve the reliability and stability of the equipment and prevent equipment damage caused by leakage.
The solid particles in mineral slurry and tailings slurry place extremely high demands on the pump's wear resistance and anti-clogging capabilities. The pump must not only withstand the high-speed impact of the particles but also be able to continuously transport them over long periods of time. Waste residue, fly ash, and gypsum slurry in desulfurization systems in power plants are highly abrasive and corrosive, but KSH, with its material advantages, can transport these slurries stably and for a long time. Slag and metal-containing slurries in the metallurgical industry place extremely high demands on pumping equipment in terms of strength and wear resistance. Kingda's high-chromium alloy materials are well-suited to meet these requirements. In chemical plants and mineral mining, there are chemical slurries containing acids and alkalis, which also contain a large number of solid particles. This requires slurry pumps to not only have sufficient wear resistance, but also to resist the corrosion of chemical substances. In dredging and tunneling projects, large amounts of slurry containing mud, sand and gravel need to be transported. Heavy-duty slurry pumps can not only perform excellent long-distance transport, but can also be used as relay pumps in booster pump stations.
The Kingda KSM medium-head slurry pump is specifically designed for conveying medium-concentration abrasive slurries. Its double-casing construction makes it more robust and resistant to the harshest environments. The R250KSM pump features a rubber-made throat bush and plate liner, making it ideal for conveying abrasive slurries containing fine particles. Combined with an ultra-wear-resistant alloy impeller, this significantly extends the pump’s service life and reduces operating costs. It is widely used in industries such as mining, coal mining, and power plants.
Heavy-duty slurry pumps can handle high-concentration mud, including mineral slurry, coal gangue slurry, and sludge. They typically have larger inlet and outlet diameters and efficient internal structures, ensuring that large volumes of mud can pass smoothly through the pump body and maintain a stable conveying capacity. The pump casing, impeller, and other key components are typically made of wear-resistant alloy or ceramic materials, which effectively extends the pump's service life and reduces the frequency of maintenance and parts replacement. Heavy-duty slurry pumps typically employ highly efficient hydraulic designs and optimized impeller shapes to provide optimal pump efficiency. This means that when handling mud, the pump can generate greater conveying capacity with lower energy consumption, thereby reducing operating costs. Heavy-duty slurry pumps are meticulously designed and tested to ensure excellent reliability and stability. They can operate continuously in harsh working environments and cope with varying operating conditions, including changes in flow rate and head.
This is an iron ore mine located in the Russian Far East. The mining group uses Kingda R250KSH pumps as cyclone feed pumps in its hydrocyclones. Our maintenance engineers conducted routine inspections of the pumps after 2 months and 12 months of use, respectively, and found that the pump’s rubber lining and impeller showed almost no wear. A South African iron ore mine requires the conveying of hard, large-diameter solid particles during its grinding and classification processes. These sharp-shaped gravels pose a significant challenge to the mill discharge pump‘s wear resistance and reliability. Our engineers addressed this issue by using high-chromium alloy materials for the volute and impeller, effectively reducing maintenance frequency, improving efficiency, and maximizing service life.
As one of China’s earliest manufacturers of slurry pumps, we have over 70 years of production and project experience. Since 1948, we have been committed to creating efficient fluid transfer solutions for our customers, minimizing their operating costs. Our slurry pumps feature a modular design, with parts interchangeable with internationally renowned brands. This greatly improves the speed of maintenance and reduces maintenance costs. We have a comprehensive and professional team of maintenance engineers with extensive product knowledge and rich maintenance experience. If your transfer system encounters problems, our engineers will provide you with professional solutions as quickly as possible, minimizing your downtime and improving work efficiency.
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