structural characteristics

Fully lined with fluorine technology, the inner cavity of the kettle and the stirring blade are covered with F4 fluoroplastic layer, which has excellent corrosion resistance.

Magnetic stirring drive, no mechanical seal, to avoid medium leakage, suitable for working conditions with flammable, explosive, and toxic media.

The outer layer of carbon steel has high strength and strong impact resistance, while the inner layer is lined with fluorine and corrosion-resistant, suitable for medium and low pressure strong corrosion reaction conditions.

Equipped with temperature and pressure interfaces, it can integrate various sensors to achieve automated monitoring and control.

Flange sealed structure, with fluoroplastic sealing gasket used for the kettle cover and body to ensure zero leakage of the equipment.

Design specifications: comply with GB 150 and HG/T 3704 standards.

Driving method: electric magnetic stirring.

a. FCH-16C universal type: suitable for reaction in strong corrosive media at room temperature, medium and low pressure

b. FCH-25C High Voltage Type: Suitable for reactions in high-pressure and highly corrosive media

c. FCH-16C heating type: integrated heating jacket, suitable for strong corrosive media reactions that require temperature control

execution standard

Design and Manufacturing: GB 150, HG/T 3704

Pressure test: GB/T 13927

Material standards: GB/T 700 (carbon steel), GB/T 13400 (polytetrafluoroethylene)

Logo: GB/T 12220

Supply: JB/T 7928