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high pressure cleaning pump In modern industrial production, high-pressure cleaning has become an indispensable production process, and high-pressure cleaning pumps will play an increasingly important role in production. High pressure cleaning pump can be widely used in petroleum, chemical industry, mechanical equipment, ships, industrial cleaning, spray, dust removal, humidification, dehumidification, metallurgical descaling, rust removal, oil stain removal, and oil stain removal. Petrochemical plants can use high-pressure cleaning pumps to clean coke in heat exchangers or reaction kettle pipelines, remove scale from boiler pipelines, and clean the bottom of mining cars. Ship and machinery equipment factories can use them for casting sand cleaning, cleaning various vehicles, airplanes, ships, slaughterhouses, etc. By configuring attachments, water sandblasting can also be performed, thus overcoming the environmental pollution and health hazards caused by air sandblasting, and creating conditions for environmental work. Each pump is equipped with a safety pressure regulating valve, and the pump pressure can be adjusted freely. It is also equipped with lubricating oil temperature and pump inlet and outlet pressure alarm protection, making it a good equipment for cleaning various mechanical equipment and metal components. Performance and structure of high-pressure cleaning pump: Our high-pressure cleaning pump has the characteristics of compact structure, advanced design, moderate volume, easy operation, high pump efficiency, large flow rate, stable operation, safety and reliability, and low noise. High pressure cleaning pumps can be classified in the following ways: Main components of high-pressure cleaning pump:
When selecting, please refer to the parameter table of various models of high-pressure pumps 3DP20--3DP180 produced by our company. If the flow rate in the table is not suitable, electromagnetic speed regulation, frequency conversion speed regulation, and changing plunger diameter can be used to adjust the flow rate to meet the selection requirements. |