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A detailed infographic illustration breaking down the 10 key stages of manufacturing a RAFSUN branded pump. The visual journey starts with a person researching 'Design & Engineering' at a desk, followed by 'Pattern Making' for casting molds. Stage 3 shows 'Casting & Molding' molten metal being poured. Next, industrial arms work in 'Machining' before 'Impeller Fabrication.' At stage 6, workers do 'Shaft & Bearing Assembly,' followed by robots in 'Coil Winding & Motor Assembly.' Stage 8 depicts 'Assembly & Integration' of the main body and motor. A Quality Control technician conducts 'Performance Testing' with pressure gauges. The final stage 10 shows a forklift moving 'Final Inspection & Packaging' boxes clearly marked 'RAFSUN' onto a truck. Each icon is sequentially numbered from 1 to 10 with a corresponding descriptive title for the manufacturing step.
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Professional engineer inspecting a RAFSUN high-performance water pump in a laboratory. This visual explains what is the basic knowledge of pumps, focusing on converting electrical energy into hydraulic energy for irrigation, household supply, and industrial fluid transfer.
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A professional engineer in a workshop inspecting a silver and black RAFSUN water pump, demonstrating how a pump increases pressure by converting mechanical energy into fluid energy through its high-performance impeller system.
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A professional engineer inspecting a high-efficiency RAFSUN solar-powered centrifugal water pump in a lush green vegetable field, answering the question what type of pump is best for irrigation by demonstrating sustainable agricultural technology with solar panels in the background.
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A professional engineer in a workshop seen from behind, inspecting a high-quality matte black and silver RAFSUN water pump. This image illustrates what is OEM in the pump industry, showcasing a customized manufacturing solution where RAFSUN produces premium pumps for global distributors and brands. Technical blueprints and tools are visible on the workbench, emphasizing precision engineering.
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A professional technician in a workshop inspecting a high-performance RAFSUN centrifugal water pump unit. The image shows the technician adjusting a pressure gauge on the stainless steel piping assembly. In the background, various industrial pumping systems are visible, providing context for the central question: Which type of pump is most commonly used? This RAFSUN pump features a modern ergonomic design with durable alloy housing, highlighting its role as a leading solution in domestic and industrial water management.
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A dual-scene application showing a professional engineer inspecting a high-tech RAFSUN water pump. On the left, the RAFSUN AC pump is integrated into an industrial municipal system. On the right, the RAFSUN DC pump is used in a solar-powered field irrigation setup. This visual guide helps distributors decide: Do pumps use AC or DC for their specific market needs, highlighting RAFSUN's versatile power solutions.
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A professional engineer in a navy blue uniform is installing a high-efficiency RAFSUN brand water pump in a modern utility room. The image showcases the sleek black and silver design of the RAFSUN pump connected to stainless steel piping, illustrating a professional solution for those asking: what are the 4 types of water pumps? The setting includes technical tools and color-coded water lines, highlighting the RAFSUN pump's role in optimizing household and industrial water flow systems.
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A professional pool technician inspecting a black RAFSUN high-performance pool pump by a residential swimming pool. This image illustrates the physical design of the pump, featuring a clear strainer basket lid and cooling fins, often used to explain if there is a big difference between a 1HP and 1.5 HP pool pump in terms of flow rate and filtration efficiency for modern pool systems.
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A professional pool engineer in uniform, seen from behind, using a wrench to maintain a high-performance RAFSUN pool pump system. In the background, a clear blue backyard swimming pool is visible under bright sunlight. This visual illustrates why relying on temporary manual methods like siphoning or stirring is inferior to a functional pump for proper water circulation and filtration.
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A professional engineer in a safety helmet and workwear inspecting a RAFSUN stainless steel submersible borehole pump at an agricultural irrigation site. The engineer is using a multimeter to check the control panel, ensuring the RAFSUN pump can run continuously 24/7 without burning out. In the background, there are water pipes and a farm field under natural sunlight, demonstrating reliable water supply equipment.
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A groundwater professional installing a robust, stainless steel RAFSUN deep well submersible pump into a borehole casing for drinking water. The engineer, wearing work gear and a helmet, uses a computer to monitor drilling depth and soil layering on a schematic, ensuring the well reaches a clean, contaminant-free aquifer. A cable spool is on the left. The scene is a drilling site in rural hills. (Target query: How deep should a borehole be for drinking water?)
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RAFSUN flagship inverter booster pumps product lineup for factory direct sales, featuring BWD Cullinan (900–2200W), BWE Bentayga (750–1500W), RUC Urus (370–1100W), and REB Huracan (370–750W). These high-efficiency RAFSUN Inverter Booster Pumps deliver constant water pressure, energy savings, and reliable performance for residential, commercial, and multi-story building applications.

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