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High-pressure reciprocating pumps are mainly used in petroleum, chemical and fertilizer industries as process pumps, in oil fields and salt mines as water injection pumps, in steel pipes and pressure vessels as pressure test pumps and booster pumps, and in high-pressure cleaning and descaling in construction, shipbuilding, chemical and other industries. Boiler water supply, transmission source of hydraulic machinery, and departments such as food, pharmaceuticals, and instrumentation that require high-pressure fluids and process pulse requirements.
Main Features
Suitable for specialized pumps such as valve pipeline pressure testing pumps, high-pressure cleaning pumps, process pumps, dosing pumps, hydraulic pumps, oil transfer pumps, etc.
Assembly types: horizontal, vertical, fixed, and mobile.
Transmission type: including electric motor, diesel engine, gearbox, pulley, electromagnetic speed regulation, and variable frequency speed regulation.
The technical parameters in the table serve as a selection reference. Each type of pump is equipped with a safety pressure regulating valve, and the pump pressure can be adjusted at will.
When selecting, the flow rate in the table is not suitable. You can use electromagnetic speed regulation, frequency conversion speed regulation, and changing the plunger diameter to adjust the flow rate to meet the selection needs.
Pump body materials include alloy steel, martensite, austenitic stainless steel, 316, 316L dual phase steel.
Structure and composition:
The high-pressure reciprocating pump is composed of a motor, a coupling, a reducer, a transmission part, a pump head part, a public base, etc. It uses an electric motor to drive the crankshaft to rotate through a reducer, belt drive or stepless speed regulator, and pushes the connecting rod through the slider (crosshead) to make the plunger perform linear reciprocating motion. Under the action of opening and closing the pump head inlet valve, the Suction and drainage purposes.
The material of the head of the high-pressure reciprocating pump can be based on the user's needs for transporting various high-pressure liquids. Forged carbon steel alloys, stainless steel, etc. are used. The main flow-through parts such as inlet and outlet valve seats, valve sleeves, valve stuffing boxes, and plungers are made of 2Cr13, stainless steel, Non-metallic materials, the valve ball is made of 9Cr13, ceramic, F46 and other materials.
High-pressure reciprocating pumps are mainly used in petroleum, chemical and fertilizer industries as process pumps, in oil fields and salt mines as water injection pumps, in steel pipes and pressure vessels as pressure test pumps and booster pumps, and in high-pressure cleaning and descaling in construction, shipbuilding, chemical and other industries. Boiler water supply, transmission source of hydraulic machinery, and departments such as food, pharmaceuticals, and instrumentation that require high-pressure fluids and process pulse requirements.
Main Features
Suitable for specialized pumps such as valve pipeline pressure testing pumps, high-pressure cleaning pumps, process pumps, dosing pumps, hydraulic pumps, oil transfer pumps, etc.
Assembly types: horizontal, vertical, fixed, and mobile.
Transmission type: including electric motor, diesel engine, gearbox, pulley, electromagnetic speed regulation, and variable frequency speed regulation.
The technical parameters in the table serve as a selection reference. Each type of pump is equipped with a safety pressure regulating valve, and the pump pressure can be adjusted at will.
When selecting, the flow rate in the table is not suitable. You can use electromagnetic speed regulation, frequency conversion speed regulation, and changing the plunger diameter to adjust the flow rate to meet the selection needs.
Pump body materials include alloy steel, martensite, austenitic stainless steel, 316, 316L dual phase steel.
Structure and composition:
The high-pressure reciprocating pump is composed of a motor, a coupling, a reducer, a transmission part, a pump head part, a public base, etc. It uses an electric motor to drive the crankshaft to rotate through a reducer, belt drive or stepless speed regulator, and pushes the connecting rod through the slider (crosshead) to make the plunger perform linear reciprocating motion. Under the action of opening and closing the pump head inlet valve, the Suction and drainage purposes.
The material of the head of the high-pressure reciprocating pump can be based on the user's needs for transporting various high-pressure liquids. Forged carbon steel alloys, stainless steel, etc. are used. The main flow-through parts such as inlet and outlet valve seats, valve sleeves, valve stuffing boxes, and plungers are made of 2Cr13, stainless steel, Non-metallic materials, the valve ball is made of 9Cr13, ceramic, F46 and other materials.