Electrical Heating Reactor Charging Precautions

Outer and intrinsic quality management mutually determine the quality of the electrically heated reactor, so utmost attention must be paid to the challenges when feeding materials using the electrically heated reactor.
There are numerous feeding methods available, and the specific choice depends on the process and material conditions. It is crucial to fully understand the potential risks associated with the feeding process, implement protective measures, to ensure both quality and personal safety.
When distributing small pieces of material, manufacture them into small pieces first before allocation. Before starting the mixer, ensure it is rotated, press the power switch to confirm operation, and only proceed with the mixing process once everything functions normally. Prohibit forced start-ups to prevent the small pieces from jamming or colliding with the thermometer tube, which could lead to safety incidents.
No acceleration, temperature change prohibited, and collision with the pot body is forbidden.
When mechanical pump extraction of liquid material is in progress, the vacuum valve should be slowly opened to prevent material surging.
For all material allocations, including time, sequence, speed, type, quantity, heating, cooling, insulation, and other operational items, it is required to adhere as closely as possible to the safety operation procedures of the electric heating reactor manufacturing process.
When adding solid materials, exercise caution throughout the entire process to avoid damaging the pot walls. It is strictly prohibited to drop metal composite materials or lumps into the container when hazardous chemicals are present. When mechanically pumping liquid materials, the vacuum valve should be slowly opened to prevent material surge.
Feeding operations are a common step in the chemical production process, which every operator has experienced in actual production. Are there safety hazards in feeding operations? And how can accidents be prevented? I believe you have already understood it very clearly in the previous text.