The mobile heating stirring pot is an industrial equipment that integrates heating, stirring and moving functions. It is widely used in food processing, pharmaceutical, chemical and other industries for mixing, heating and reacting materials.
1. **Material**: Made of high-quality stainless steel 304 and 316L, the equipment is ensured to have excellent corrosion resistance and easy cleaning, and meets hygiene and food safety standards. Suitable for industries that require strict hygiene conditions.
2. **Heating method**: The equipment is equipped with a variety of heating methods to choose from, including electric heating, steam heating, thermal oil heating, etc. The heating is uniform and the temperature is controllable, which can meet the process requirements of different materials. Some equipment is also equipped with a jacket design for efficient heat transfer.
3. **Stirring system**:
- Equipped with a powerful stirring device, the stirring paddle is made of stainless steel 316L material, which can adapt to materials of different viscosities.
- The stirring speed is adjustable to meet the needs of different processes from low-speed mixing to high-speed emulsification.
- Some stirring pots are also equipped with a scraping stirring system to prevent materials from sticking to the wall and improve stirring uniformity.
4. **Mobility**: The bottom of the pot is equipped with high-strength universal casters, which facilitates the flexible movement of the equipment in different working areas. The casters are usually equipped with brakes to ensure stability during work.
5. **Volume and specifications**: The capacity of the mobile heating and stirring pot can be customized according to customer needs. The common capacity ranges from tens of liters to thousands of liters, suitable for small-scale production to large-scale industrial applications.
6. **Operation and control**:
- Equipped with an easy-to-operate control panel, parameters such as heating temperature, stirring speed and time can be adjusted.
7. **Safety device**: The equipment is usually equipped with temperature sensors and safety valves to ensure safety during heating and stirring and prevent risks caused by overheating or overpressure.
8. **Application range**: Widely used in food processing (such as heating and stirring of syrups, jams, and dairy products), pharmaceutical production (such as mixing and heating of medicaments), chemical manufacturing (such as reaction and mixing of chemical liquids or semi-solids), and other industries that require mixing and heating treatment.
| Voltage | 220V/3-phases, 380V/3-phases |
| Mixing | Siemens motor, Speed: 0-65 rpm, Delta frequency inverter，
Stirring blade:SUS316L, thickness 10mm， Scraper material: PTFE A board, 12mm, white，Flange coupling connection, German Burgmann mechanical seal, Japan NSK bearing |
| Discharge | SUS316 butterfly valve |
| Lid | SUS304, Half open lid |
| Control box | Temperature controller, switch button, power indicator, emergency switch |
| Double jackets |
Inner layer: SUS316L Middle layer: SUS304 Outer layer: SUS304 |
Control Panel
The control box is equipped with speed adjustment， a temperature meter, a voltmeter, a heating switch, an emergency stop, and various indicator lights for controlling the equipment.
Stirring system:
- Equipped with a powerful stirring device, the stirring paddle is made of stainless steel 316L material, which can adapt to materials of different viscosities.
- The stirring speed is adjustable to meet the needs of different processes from low-speed mixing to high-speed emulsification.
- Some stirring pots are also equipped with a scraping stirring system to prevent materials from sticking to the wall and improve stirring uniformity.
Foldable Lid
The half-open cover makes it easy to add raw materials to the tank, while the half-open cover design allows gas or volatile substances to be released from the tank to prevent excessive internal pressure. The half-open cover design makes the tank more convenient to clean and maintain.
Heating heater
Heating in the tank prevents some substances from agglomerating or settling due to low temperatures, thus maintaining a smooth production process, such as melting wax or grease. Or it can ensure that certain ingredients are thoroughly mixed.
Bottom Valve Discharge
Discharge and sampling: The discharge port allows the raw materials or finished products in the storage tank to be discharged for subsequent processing or bottling. At the same time, it can also be used for sampling for quality inspection.
Pushing Handle
Push handles allow operators to easily move tanks, especially when they need to rearrange production line equipment or clean work areas. Overall, push handles on tanks are designed to increase operator convenience, safety, and efficiency when moving, adjusting, and maintaining tanks.
Wheels with Break
The machine is equipped with castors for easy movement within the production hall, making repositioning, cleaning and maintenance of the machine more efficient and labor-saving. The brake function ensures that the machine does not accidentally slide during movement.
Internal & external mirror polishing
The internal mirror polishing of stainless steel mobile sealed storage tanks is a key processing technology designed to improve the surface quality and performance of the inner wall of the tank. Its main purpose is to achieve a smooth and flat mirror effect through high-precision polishing.
1. **Smoothness**: The inner wall of the tank that has been mirror-polished is very smooth, and the smoothness can usually reach the level of Ra≤0.4μm. This high smoothness reduces the surface roughness and prevents materials such as liquids or powders from adhering to the inner wall of the tank, making it easier to clean and maintain, and meeting the hygiene standards of the food, pharmaceutical and other industries.
2. **Corrosion resistance**: A dense passivation layer is formed on the polished stainless steel surface, which effectively improves the corrosion resistance of the tank, especially when storing acid, alkali or highly corrosive liquids, which can extend the service life of the tank.
3. **Anti-pollution performance**: Mirror polishing reduces tiny pores and rough areas, which can effectively reduce the risk of harboring contaminants or microorganisms and ensure the purity of stored materials, especially in applications with strict hygiene requirements, such as pharmaceuticals, biotechnology, food processing and other industries.
4. **Easy to clean**: Due to the smooth and seamless surface, residues and cleaning agents can be easily rinsed away after CIP (cleaning in place system), avoiding cross contamination caused by residue accumulation.
5. **Reduced friction**: When storing materials with high requirements for fluidity or mixing, mirror polishing can effectively reduce the friction between the material and the inner wall of the storage tank, ensuring smooth material flow and reducing retention.