Entrained-air removal
Helps release trapped air and gas from the product under controlled vacuum.
APPLICATIONS · MIXING & DEGASSING
Mix and remove entrained gas under vacuum.
Complete systems combine controlled mixing and degassing, with chamber volume, drive, impeller geometry and vacuum source configured around the product.
VACUUM MIXINGMixing + degassingOne process system
PROCESS OBJECTIVE
Remove trapped air while controlling the mixture.
Vacuum mixing can be used for resins, silicones, adhesives and other products where air-bubble control matters. The result depends on viscosity, temperature, vacuum level, mixing geometry and process time.
More homogeneous mixing
Combines mixing and degassing in one chamber for a controlled process sequence.
Reduced bubble formation
Reduces unwanted air before filling, coating, casting or moulding.
Process-specific configuration
Motor, gearbox, speed and impeller design are selected around product viscosity.
PROCESS RESULT
A more homogeneous mixture with fewer air bubbles.
Surface quality and residual bubble level depend on product viscosity, temperature, mixing geometry, target vacuum and process time.
SELECTING THE RIGHT SYSTEM
Chamber volume alone does not define the system.
Mixing equipment and the vacuum pump are selected together from the actual product data.
Talk to Our Technical TeamBatch quantity
Use safe working fill rather than nominal chamber volume as the design basis.
Product viscosity
Viscosity directly affects drive power, gearbox selection and impeller geometry.
Target vacuum
Assess it together with gas load, foaming behaviour and process time.
Temperature and vapour
These conditions influence pump technology, separation and connection hardware.
RELATED SOLUTION FAMILIES
Chambers, pumps and integration for the complete process.
Standard VMO chamber sizes establish the platform; mixing drive and vacuum source remain process-specific.
VACUUM MIXING CHAMBERS
VMO Series
- Capacity
- 10–80 L chambers
- Pressure / duty
- Process-specific
- System role
- Mixing and degassing platform
OIL-SEALED VACUUM PUMPS
ASV Series
- Capacity
- 20–120 m³/h
- Pressure / duty
- 0.5 mbar
- System role
- Clean and protected duties
LIQUID RING VACUUM PUMPS
LRV · ZVT · ZVK
- Capacity
- 25–3700 m³/h
- Pressure / duty
- 33–100 mbar(a)
- System role
- Wet and vapour-laden duties
Published family ranges are indicative. Final selection must be checked at the actual operating pressure, gas or material load, temperature, duty cycle and installation conditions.
APPLICATION ENGINEERING
The vacuum source is one part of the complete system.
Reliable performance depends on the pump or blower, protection equipment, line arrangement, controls and the real process operating point.
Operating point
Capacity and pressure are checked together at the actual inlet conditions and duty cycle.
Share Operating DataProtection equipment
Filters, separators, condensers, receivers and valves are selected around moisture, particles, liquid carry-over and process risk.
Review the Process LoadSystem integration
Pipework, controls, isolation, accessibility and redundancy are included in the final system architecture.
Explore Vacuum ChambersLET'S REVIEW YOUR APPLICATION
Request a Technical Review Share your product and process objective.
Provide batch quantity, viscosity, temperature, target vacuum, mixing expectation and process time so we can define the chamber, drive and pump.