Briefly describe the basic performance of the reactor

The reactor demonstrates the following key properties:

1. **Operating Pressure**: Operates effectively within a pressure range of **0.2–0.4 MPa**.

2. **Acid Resistance**: Exhibits excellent corrosion resistance to various acids and organic solvents. For instance, when subjected to a 20% HCl solution at 80°C for 48 hours, the corrosion rate was **0.9 g/m²/d**, meeting premium product standards.

3. **Alkali Resistance**: While less resistant to alkalis than acids, the reactor performed within acceptable limits when exposed to a 1N sodium hydroxide solution at 80°C for 48 hours, with a corrosion rate of **6.76 g/m²/d**.

4. **Operating Temperature**: Designed for temperatures between **0–200°C**, with a thermal shock resistance of **≥200°C**. Heating and cooling should be done gradually to preserve the equipment.

5. **Porcelain Thickness**: The glass-lined equipment features a porcelain thickness of **0.8–2.0 mm**, with accessories having a thickness of **0.6–1.8 mm**.

6. **Voltage Resistance**: The reactor's insulation properties are excellent, as it withstands a **20kV high-frequency spark test** without penetration of the glass-lined layer.

7. **Impact Resistance**: The reactor's glass layer demonstrates strong impact resistance. When tested with a **30mm diameter, 112g steel ball**, the impact energy was **282×10⁻³J**, surpassing the superior product standard of **260×10⁻³J**.