• AB Vacuum Defoaming Buffer Tank System
  • AB Vacuum Defoaming Buffer Tank System
  • AB Vacuum Defoaming Buffer Tank System
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AB Vacuum Defoaming Buffer Tank System

  • Micrava
  • China
  • Customization Available
1. Continuous vacuum degassing for bubble free liquid supply 2. Dual tank design for simultaneous defoaming and buffering 3. Bubble free liquid feeding to precision metering pumps 4. Automatic liquid level monitoring and control 5. Integrated mixing, vacuuming and storage functions 6. PLC-based intelligent operation 7. SUS316/SUS304 stainless steel construction

AB Vacuum Defoaming Buffer Tank System


Description


The AB vacuum defoaming buffer tank system is used to keep preparing bubble free liquid and supply it steadily, meeting the needs of precision dispensing processes.

It has two tanks. Tank A handles vacuum degassing and mixing to get rid of any air and foam trapped in the liquid. Tank B acts as a buffer — it stores liquid and makes sure the metering pump and dispensing equipment get a steady, non-stop supply.

With integrated vacuum control, liquid level monitoring, auto-filling, and PLC-based operation, the system improves filling consistency and cuts down on defects caused by bubbles or unstable liquid supply.


Product Parameters


Specification & ModelM-2VDT5LM-2VDT10LM- 2VDT15LM- 2VDT20LM- 2VDT50L
MaterialSUS304/316/316L
Wall Thickness2.0mm2.0mm2.0mm2.0mm3.0mm
Volume Of Single Tank5L10L15L20L50L
Vacuum MeterSMC-Digital display
ValveElectric / pneumatic(optional)
Mixing MotorAdjustable speed motor
Liquid Inlet Pipe8×10mm(Can be specified)
Connecting Pump Pipe6×8mm(Can be specified)


Working Principle


1. Liquid is automatically introduced into the A Tank.

2. The agitator continuously mixes the liquid to maintain uniformity.

3. Vacuum is applied to the A Tank to remove entrapped air bubbles and dissolved gases.

4. Degassed liquid flows into the B Tank through a controlled transfer process.

5. The B Tank acts as a buffer reservoir, maintaining a stable liquid level and continuous supply.

6. Precision metering pumps draw liquid directly from the B Tank for dispensing or filling operations.

7. The PLC continuously monitors liquid levels, vacuum conditions, and system status to ensure stable and automated operation.

8. Process Flow:

Raw Liquid → A Tank (Mixing + Vacuum Defoaming) → B Tank (Buffer Storage) → Metering Pump → Dispensing or Filling Process


Advantages


1.Continuous Bubble Removal

The vacuum degassing tank continuously eliminates air bubbles and dissolved gases, improving liquid quality and process stability.

2. Stable Liquid Supply

The buffer tank maintains constant liquid availability and minimizes flow fluctuations during dispensing operations.

3. Improved Dispensing Accuracy

Bubble free liquid helps achieve higher filling precision and repeatability in metering systems.

4. Automated Process Control

Integrated PLC control automates liquid level management, vacuum operation, valve control, and safety protection.

5. Enhanced Product Quality

Reduces bubblerelated defects such as inaccurate dosing, overflow, splashing, and incomplete filling.

6. Easy Integration

Compatible with ceramic metering pumps, filling valves, dispensing systems, and automated production lines.


Applications


Suitable for liquid preparation, degassing, buffering, and feeding processes in:

1. Battery Industry

Electrolyte preparation

Electrolyte filling systems

Battery manufacturing lines

2. Pharmaceutical Industry

Drug preparation

Liquid medicine filling

Sterile liquid transfer

3. IVD & Diagnostic Reagents

Reagent preparation

Diagnostic reagent dispensing

Sample processing systems

4. Cosmetics Industry

Serum filling

Essence production

Lotion and cosmetic liquid dispensing

5. Chemical Industry

Acids and alkalis

Specialty chemicals

Functional liquids


Flexible Customization


The AB Vacuum Defoaming & Buffer Tank System can be fully customized according to specific process requirements.

Customization options include:

1. Tank capacity and dimensions

2. Number of tanks and tank configurations

3. Vacuum level and degassing performance

4. Material selection (SUS304, SUS316L, PTFE-lined, etc.)

5. Liquid level sensing and control methods

6. Valve configurations and piping layouts

7. PLC, HMI, and communication protocols

8. Integration with ceramic metering pumps and dispensing systems

9. Customized automation functions for different production processes

Vacuum Defoaming Tank
Degassing Tank System
Liquid Supply Tank


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