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1. Main components of the product:Pump housing, plunger, plunger rod, sealing assembly, and drive mechanism, among others.
2. Operating Principle
As the plunger moves backward, the volume inside the pump chamber increases, allowing liquid to enter through the inlet. When the plunger moves forward, the volume within the pump chamber decreases, compressing the liquid and forcing it out of the pump. By continuously repeating this cycle, high-pressure fluid is delivered steadily.
3. Product Features
(1) High pressure, stable flow rate, and a wide pressure adjustment range, meeting the requirements for high-pressure fluids under certain special operating conditions;
(2) Compact structure, small footprint, and lightweight, making it suitable for applications requiring mobility or limited installation space.
(3) The all-metal support‑material check valve features a unidirectional valve design that reduces noise, offers a longer service life, and delivers superior mechanical performance.
(4) The triple‑water‑seal design effectively enhances the reliability of high‑pressure sealing and the leak‑proof performance of low‑pressure sealing, while also providing self‑cooling and lubrication.
(5) The replacement seal kit is rated for temperatures up to 95°C.
TP-SFT High-Pressure Plunger Pump
The main components of a high-pressure plunger pump include the pump housing, plunger, plunger rod, sealing assembly, and drive mechanism. The pump housing serves as the fluid‑delivery passage and is designed to withstand high pressures while maintaining structural integrity. The plunger is connected to the drive mechanism via the plunger rod and generates high pressure through its reciprocating motion. The sealing assembly prevents fluid leakage, ensuring the pump’s reliable operation.
View DetailsTP-SFD High-Pressure Plunger Pump
The working principle of a high-pressure plunger pump is based on the reciprocating motion of the plunger within the pump housing, which creates a change in volume, thereby drawing in and compressing the fluid. When the plunger moves backward, the volume inside the pump increases, allowing fluid to enter through the inlet; when the plunger moves forward, the volume decreases, compressing the fluid and forcing it out of the pump. By continuously repeating this reciprocating cycle, high-pressure fluid is delivered continuously.
View DetailsTP-SFP High-Pressure Plunger Pump
High-pressure plunger pumps are characterized by high operating pressure, stable flow rates, and a wide pressure‑adjustment range. They can generate elevated pressures, meeting the demands of high‑pressure fluid applications in specialized operating conditions. In addition, these pumps feature a compact design, small footprint, and light weight, making them well suited for mobile use or environments with limited installation space.
View DetailsTP-EM high-pressure plunger pump
The main components of a high-pressure plunger pump include the pump housing, plunger, plunger rod, sealing assembly, and drive mechanism. The pump housing serves as the fluid‑delivery passage and is designed to withstand high pressures while maintaining structural integrity. The plunger is connected to the drive mechanism via the plunger rod and generates high pressure through its reciprocating motion. The sealing assembly prevents fluid leakage, ensuring the pump’s reliable operation.
View DetailsTP-EW High-Pressure Plunger Pump
The working principle of a high-pressure plunger pump is based on the reciprocating motion of the plunger within the pump housing, which creates a change in volume, thereby drawing in and compressing the fluid. When the plunger moves backward, the volume inside the pump increases, allowing fluid to enter through the inlet; when the plunger moves forward, the volume decreases, compressing the fluid and forcing it out of the pump. By continuously repeating this reciprocating cycle, high-pressure fluid is delivered continuously.
View DetailsTP-EC High-Pressure Plunger Pump
A high-pressure plunger pump is a type of pump capable of generating high-pressure fluid. It operates by means of the reciprocating motion of a plunger within the pump housing, thereby compressing and displacing the fluid. High-pressure plunger pumps are widely used in industries such as petrochemicals, metallurgy, power generation, and aerospace, and are commonly employed for tasks like high-pressure cleaning, injection, spraying, and pressure testing.
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