ODM China Suppliers Factory SWB - 160D Octagon Gas-Liquid Intensifier Pump for Pressure Amplification Factory, Exporter

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The Octagon gas-liquid intensifier pump is engineered to provide exceptional pressure amplification by leveraging the area ratio between its large-diameter gas-driven piston and the smaller hydraulic plunger. In this innovative mechanism, the driving gas pressure is applied to the larger piston, which then activates the smaller piston to effectively pressurize the liquid. The intensification ratio, a crucial factor in this process, is dictated by the area ratio of the two pistons, ensuring optimal performance.

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Key Formula:

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Output Pressure = Driving Gas Pressure × Intensification Ratio (Area Ratio)

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For instance, when utilizing an intensification ratio of 10, a driving gas pressure of 6.9 bar can yield a remarkable hydraulic pressure output of 69 bar.

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As a leading supplier in China, we guarantee high-quality products manufactured in our reputable factory. Our gas-liquid intensifier pumps are designed to meet the rigorous demands of various applications, making them a reliable choice for industries looking to enhance hydraulic performance.

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Product Description

Automatic Cycling Mechanism

Continuous Pressurization

The flow direction of the liquid is controlled by check valves and directional control valves. As the driving piston reciprocates, the inlet and outlet valves alternately open and close, enabling continuous pressurization. When the output pressure balances with the driving pressure, the pump automatically stops; it restarts when the pressure drops or the driving pressure increases.

SWB-160D Performance

SWB-160D series pump is a single drive head double acting gas-liquid booster pump, its characteristic is the same as 160s series pump, but compared with the same specification pump, the pulse is small and its flow. The quantity is 50% higher than that of 160S single-acting pump.

Frequently Asked Questions

Q1. How is the liquid flow direction controlled in this mechanism?

The flow direction of the liquid is controlled by check valves and directional control valves.

Q2. How is continuous pressurization achieved?

As the driving piston reciprocates, the inlet and outlet valves alternately open and close, enabling continuous pressurization.

Q3. When does the pump automatically stop during operation?

The pump automatically stops when the output pressure balances with the driving pressure.

Q4. Under what conditions does the pump automatically restart?

It restarts when the pressure drops or the driving pressure increases.

Q5. What type of pump is the SWB-160D series?

The SWB-160D series pump is a single drive head double acting gas-liquid booster pump.

Q6. How does the SWB-160D compare with the 160S single-acting pump?

Its characteristic is the same as the 160s series pump, but the pulse is small and its flow quantity is 50% higher than that of the 160S single-acting pump.

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