Reactor classification

Reactors are versatile stainless steel containers widely used in the dairy, beverage, and pharmaceutical industries for mixing and storing various products. They are categorized based on several criteria:

1. **Heating Method**:

- **Steam-Heated Reactors**: Use steam for heating.

- **Electrically Heated Reactors**: Use electricity for heating.

2. **Material**:

- **Stainless Steel Reactors**: Known for corrosion resistance and longevity.

- **Carbon Steel Reactors**: A more economical option for certain applications.

3. **Application**:

- **Laboratory Reactors**: Designed for research and development in universities, colleges, and research institutes.

- **Large-Scale Reactors**: Used in factories for mass production.

4. **Coil Heating Method**:

- **External Coil Reactors**: Heating coils are placed outside the reactor.

- **Internal Coil Reactors**: Heating coils are integrated inside the reactor.

### Technical Parameters:

- **Nominal Volume**: Ranges from 300L to 3000L.

- **Cylinder Diameter**: Varies from Φ800mm to Φ1600mm.

- **Cylinder Height**: Ranges from 600mm to 1500mm.

- **Motor Power**: From 0.55kW to 3kW.

- **Stirring Speed**: Fixed at 36 rpm.

- **Working Pressure**: ≤0.09 MPa.

- **Working Temperature**: Below 100°C.

### Accessories:

Standard reactors include sanitary manholes, cleaning balls, safety valves, and pressure gauges. Customization options are available for specific requirements, such as material properties, operating pressure, and temperature.