Product features of high pressure reactor:
The working principle of this customized stainless steel electric lift reactor:
In the vacuum environment, the material in the reaction kettle is heated at a constant temperature by heating the heat transfer oil in the stainless steel reaction vessel interlayer, and uniform stirring can be provided, and the materials are reacted in the reaction kettle. After the experiment is completed, the lid and the stirring system can be raised as a whole. The kettle body is tilted 90 degrees forward, and the relatively viscous material can be directly poured out, which is convenient for cleaning the kettle body, and the operation is extremely convenient. It is an ideal equipment for modern chemical samples, petrochemicals, sample experiments, biopharmaceuticals and new materials.
Specifications of High Pressure Reaction Vessels
| Stainless Steel Reactor Vessel | |
| Capacity | 10L |
| Material of kettle body | stainless steel 304,Internal spraying of PTFE |
| Heating temperature | Room temperature -200℃ |
| Heating power | 3KW |
| Temperature control method | Intelligent temperature control |
| Stirring types | Framed agitation |
| Mixing speed | 0-50rpm |
| Motor power | 1.5KW |
| Vacuum degree | -0.098Mpa |
| Lifting method | Electric lifting of mixing mechanism |
| Lifting stroke | 600mm |
| Lifting power | 100W |
| Dumping method | Manual dumping of kettle body |
| Tipping angle | 0-90° |
| Voltage/frequency | 220V/50Hz |
Product features of stainless steel pressure reactor：
This equipment is customized for the special needs of customers. To meet the requirements of customers to mix high viscosity materials, we have made the following design:
1. Use frame type stirring paddle.
2. Using 1.5KW high-power geared motor, connect the inverter to control the speed, the complaint range is 0-50 rev / min.
3. The inside of the kettle body is sprayed with a PTFE coating of 0.8 mm to prevent the material from sticking.
4. Remove the lowering valve from the lower part of the escalator and switch to the dumping structure of the kettle body.
