High-pressure reaction kettle is suitable for precise chemical synthesis reactions that require simultaneous measurement of temperature, addition of inert gas, pressure, pH value, conductivity, and oxidation-reduction potential during chemical and petrochemical reactions. Application examples: catalysis, high-temperature and high-pressure synthesis, and kinetic detection.

Technical specifications for the high-pressure reactor are as follows:

High-pressure Magnetic Material: Vessel made of pure titanium or 316L stainless steel, operating surface of 316L stainless steel, withstands working pressure of 6MPa. Operating Temperature: Below 400°C.

High-pressure magnetic reactor heating method: Directly heated around the reactor with a large jacket, simple and convenient, fast heating, strong applicability. Heated directly by a series electric heating fiber furnace or an electric heating ring and controlled in temperature. Heating power: 300W-500W. Temperature control accuracy: ±1℃.

High-pressure magnetic reaction kettle equipped with a patented plug-in needle-type K-type sensor, operating temperature: below 400℃, display accuracy: ±1℃, standard configuration includes a stirrer.