2L stainless steel high-pressure reactor

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The 2L stainless steel high-pressure reactor is a typical innovation of magnetic transmission device applied to reaction equipment. The kettle body and kettle cover are made of specific stainless steel, where the kettle body is connected by flanges and threads, and the kettle cover is a regular flat plate cover. These two parts are fixed and connected by nuts and main bolts distributed in the circumferential direction. $r $n2. Its main sealing seal uses double line sealing, and the other sealing points are generally flat and circular arc surfaces, circular arc surfaces and circles

Product Details

2L stainless steel high-pressure reactor

1、 Design technical parameters

1. Nominal volume: 2L;

2. Operating pressure: -0.1/2.0 MPa inside the kettle;

3. Design pressure: -0.1/5.0MPa inside the kettle;

4. Operating temperature: 90 ℃ inside the kettle;

5. Design temperature: 120 ℃ inside the kettle;

7. Sealing form: magnetic seal;

8. Heating method: external sleeve with 0.6MPa thermal oil circulation heating, jacket with built-in cooling coil; The external insulation is provided by the customer themselves.

9. Structural form: The kettle cover is fixed, the kettle body is manually raised and lowered, and the kettle body is flipped;

10. Material: S31603 is used for all parts of the material in contact with the kettle, including the kettle cover, shaft, paddle, etc; The jacket is made of 304 stainless steel.

11. Equipped with anchor type and propeller type mixing blades, the mixing speed is continuously adjustable from 0-300r/min;

12. Motor reducer: 245W DC permanent magnet motor;

2L stainless steel high-pressure reactor

2、 Number, size, and accessories of pipe openings

1. One bursting disc pressure gauge port;

2. One temperature measuring port (with protective sleeve);

3. One magnetic coupler interface (equipped with a magnetic stirrer);

4. One nitrogen inlet;

5. One feed inlet;

6. One inlet and outlet for the cooling coil (water distribution nozzle)

7. One discharge port (equipped with a 1/2 "tank bottom ball valve)