Vacuum Pump

  • Generates and maintains a vacuum environment
  • Accelerates water evaporation under low pressure
  • Reduces heat transfer resistance for improved drying efficiency
  • Real-time monitoring with integrated control systems

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Product Overview

The vacuum pump station is an equipment system used to generate and maintain a vacuum environment. It consists of vacuum pumps, valves, pipelines, instruments and control systems. By extracting gas, it reduces air pressure to lower the boiling point of water, accelerating evaporation and improving drying efficiency.

Why Choose Our Machines?

  • Enhanced Drying Efficiency

    Low-pressure technology lowers water boiling point and reduces molecular collisions, speeding up evaporation.

  • Precision Control

    Integrated instruments and control systems allow real-time monitoring and adjustment of vacuum degree, temperature, and pressure.

  • Customizable Configuration

    Modular design with valves, pipelines, and auxiliary equipment like cooling, purification, and drying systems to meet specific application needs.

Product Features

Vacuum Pump

Core component for extracting gas and reducing system pressure to create a vacuum environment.

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Valves and Pipelines

Regulate gas flow and adjust vacuum degree through strategically placed valves and durable pipelines.

Instruments and Control System

Monitor and control vacuum degree, temperature, and pressure with advanced instrumentation.

Auxiliary Equipment

Optional systems like cooling, purification, and drying units provide additional support for specific processes.

Specifications

Vacuum Pump Condenser Scrubber Cyclone
Model
Vacuum Pump
Condenser
Scrubber
Cyclone
Vacuum Pump Type Oil-sealed rotary vane - - -
Maximum Vacuum 0.1 mbar - - -
Control System PLC with touchscreen - - -
Power Supply AC 380V, 50Hz - - -
Materials Stainless steel - - -

FAQs

Got questions about our vacuum pump? We've got you covered.

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What is a vacuum pump station?
An equipment system that generates and maintains a vacuum environment using pumps, valves, pipelines, and control units.
How does it improve drying efficiency?
By lowering air pressure to reduce water's boiling point and minimizing molecular collisions, it accelerates evaporation and reduces heat transfer resistance.
Can the system be customized?
Yes, with modular valves, pipelines, and optional auxiliary equipment like cooling, purification, and drying systems to suit different processes.