50L Lifting Homogenizing Emulsifier Mixing Tank
Vacuum Emulsifying MixerPRODUCT PARAMETERS
|
Model |
Capacity(L) |
Mixing |
Homogenizing |
||
|
Power（kw） |
Speed(r/min） |
Power（kw） |
Speed(r/min） |
||
|
WJ-LBD10 |
10 |
0.37 |
0-63 |
1.5 |
0-3000 |
|
WJ-LBD50 |
50 |
0.75 |
0-63 |
3 |
0-3000 |
|
WJ-LBD100 |
100 |
1.5 |
0-63 |
4 |
0-3000 |
|
WJ-LBD200 |
200 |
2.2 |
0-63 |
5.5 |
0-3000 |
|
WJ-LBD300 |
300 |
3 |
0-63 |
7.5 |
0-3000 |
|
WJ-LBD500 |
500 |
4 |
0-63 |
11 |
0-3000 |
Key Functions：Vacuuming, scrapers mixing, homogenizing, heating.
Homogenizing installation: on top or at bottom
Heating Method：Electric heating and steam heating（steam heating requires a steam generator）
Other optional functions: Water pot and oil pot,circulation system, load cell system, water flow meter system
One-button adjustment of equipment height for convenient material loading/unloading and equipment cleaning/maintenance, reducing operational effort;
2.304 Stainless Steel Construction:
Components in contact with materials are made of food-grade corrosion-resistant materials, compliant with GMP standards, ensuring product safety;
3.Compact Design:
Small footprint for easy installation, suitable for laboratories and small-to-medium-scale production lines, balancing space utilization and practicality.
The emulsifier mixer lid can be equipped with a lifting system for convenient cleaning. The emulsifier pot can be designed with a tilting discharge feature.
Enables materials to meet sterile requirements.
Product uses
Suitable for scenarios such as homogenization of face cream lotions and emulsification of ointment bases, it efficiently solves problems such as uneven material dispersion, coarse particle size, and poor batch stability, helping to seamlessly connect scientific research and production.
Q1:What is the speed adjustment range of the equipment? How does it adapt to different processes?
A: The equipment uses a variable frequency speed control system (0-3000 rpm), which can precisely adjust the speed according to material viscosity and particle size requirements. For example, low speeds are suitable for mixing viscous pastes, while high speeds are suitable for scenarios requiring high emulsification and refinement (such as nano-level dispersion).
Q2: What are the practical advantages of the hydraulic lifting mechanism?
A: The hydraulic lifting mechanism allows for one-button adjustment of the equipment height, facilitating material loading/unloading, equipment cleaning, and maintenance, while reducing manual labor intensity. It is particularly suitable for laboratory settings with frequent material changes or production lines requiring rapid maintenance.
Q3: What material are the components in contact with the material made of? Do they meet safety standards?
A: The components are made of 304 stainless steel, which is corrosion-resistant and compliant with GMP standards. It is suitable for the production of food-grade and pharmaceutical-grade materials, ensuring product safety and hygiene requirements.
Q4: What are the installation space requirements for the equipment? Is it suitable for small to medium-scale production?
A: The compact design minimizes floor space, making it suitable for laboratories and small to medium-scale production lines. It offers flexible installation and high space utilization, balancing practicality and convenience.
Q5: Does it have a vacuum degassing function? How does it meet sterile requirements?
A: A vacuum degassing system can be optionally configured. By creating a vacuum to remove bubbles from the material, it can be combined with sterile process design to meet sterile production standards (e.g., in the pharmaceutical industry).
Q6: Is the equipment easy to clean and maintain?
A: The emulsifier pot lid can be removed via a lifting system, and the emulsifier pot supports tilting for material discharge. Combined with the smooth surface of 304 stainless steel, this facilitates quick cleaning and reduces the risk of residue.