500L Vacuum Emulsifying Mixer
The CB500 is a 500L vacuum emulsifying mixer for creams, pastes and other viscous formulations. It combines frame agitation, high-shear homogenization, a 500L oil pretreatment tank and a water-ring vacuum system.
500L Vacuum Emulsifying Mixer
- A 620 L main vessel provides a 500 L working volume for creams, pastes and other viscous formulations.
- A 3.7 kW frame agitator operates at 0–50 rpm with variable-frequency speed adjustment.
- A 7.5 kW high-shear homogenizer operates at 0–3000 rpm with variable-frequency speed adjustment.
- A separate oil pretreatment tank provides a 500 L working volume for ingredient preparation.
- The oil tank uses a 1.5 kW turbine agitator at 0–960 rpm with variable-frequency speed control.
- The main vessel has a specified vacuum degree of −0.09 MPa for vacuum processing.
- The vacuum system uses a 4 kW water-ring pump, model 2BV2071.
- Maximum working temperatures are 130°C for the main vessel and 110°C for the oil pretreatment tank.
- The main vessel jacket and oil tank jacket each have an allowable working pressure of 0.3 MPa.
- Touchscreen and push-button controls support operation. Photographs show the raised mixing assembly and tilting main vessel.
How the CB500 Mixing System Works
Ingredients can be prepared in the separate 500 L oil tank using its variable-speed turbine agitator. The main emulsifying vessel provides a 500 L working volume within a 620 L total volume, with frame agitation and high-shear homogenization for batch mixing.
The 3.7 kW frame agitator and 7.5 kW homogenizer have independently specified speed ranges. A 4 kW water-ring vacuum pump supports the vacuum system, with a specified vessel vacuum degree of −0.09 MPa. Operators use the touchscreen and push buttons to operate the equipment according to the agreed formulation and process settings.
Machine Details





Technical Specifications
Explore the CB500 main vessel, oil pretreatment tank, mixing drives and vacuum system specifications for 500 L batch processing.
Machine Specifications
| Specification | CB500 |
|---|---|
| Main Emulsifying Vessel | |
| Model | CB500 |
| Total Volume | 620 L |
| Working Volume | 500 L |
| Jacket Working Pressure | 0.3 MPa |
| Maximum Working Temperature | ≤130°C |
| Operator Controls | Touchscreen and push buttons |
| Oil Pretreatment Tank | |
| Working Volume | 500 L |
| Jacket Working Pressure | 0.3 MPa |
| Maximum Working Temperature | ≤110°C |
| Agitator Type | Turbine |
| Agitator Power | 1.5 kW |
| Agitator Speed | 0–960 rpm, variable frequency |
| Main-Vessel Agitation and Homogenization | |
| Slow Agitator Type | Frame |
| Slow Agitator Speed | 0–50 rpm, variable frequency |
| Slow Agitator Power | 3.7 kW |
| Homogenizer Speed | 0–3000 rpm, variable frequency |
| Homogenizer Power | 7.5 kW |
| Vacuum System | |
| Vessel Vacuum Degree | −0.09 MPa |
| Vacuum Pump Model | 2BV2071 |
| Vacuum Pump Power | 4 kW |
| Vacuum Pump Type | Water ring |
Note: The 500 L working volume and 620 L total volume refer to the main vessel. The oil pretreatment tank has a separate 500 L working volume. Jacket pressure and vessel vacuum degree describe different operating conditions. Final equipment configuration and site utilities are confirmed in the technical quotation.
Products & Applications
The CB500 combines oil-phase pretreatment, frame agitation, high-shear homogenization and a water-ring vacuum system for compatible creams, pastes and viscous formulations.
Cosmetic Creams and Pastes
Creams, cosmetic pastes and other viscous formulations that require frame agitation and high-shear homogenization.
Personal Care Formulations
Lotion bases and compatible personal care blends, with process settings selected around the ingredients and intended batch size.
Food Emulsions and Blends
Compatible cream-based mixtures, food emulsions and viscous blends, subject to the agreed process and hygiene requirements.
Topical and Specialty Formulations
Ointment bases, selected semi-solid formulations and compatible chemical dispersions, subject to a formulation and equipment review.
