Used stainless steel reactors feature rapid heating, temperature resistance, corrosion resistance, hygiene, no environmental pollution, no need for boiler automatic heating, and ease of use. To ensure the longevity of a used stainless steel reactor, proper maintenance is essential. Here are some methods to make a used stainless steel reactor durable.
To ensure durability, first, prior to using the second-hand stainless steel reactor, make sure to close the refrigerant inlet valve, then start the mixing unit, add the material, and finally, open the steam safety valve and power source of the second-hand stainless steel reactor.
When the required temperature is reached, shut off the steam safety valve and power, and turn off the mixing unit after 2-3 minutes. After processing is complete, the remaining condensate in the tank should be covered, and the second-hand stainless steel reactor should be cleaned with warm water.
Following cleaning in alkaline water at temperatures ranging from 40-500°C, the second-hand stainless steel reaction kettle can be made durable. Especially when there is no material inside the kettle, do not activate the steam safety valve and power supply. For any industrial equipment, the wear and tear of components are caused by friction during the application process, which subsequently affects the lifespan. To effectively utilize the equipment, enhance its inspection and maintenance during regular operation.
Prolonged and frequent use inevitably leads to static buildup, which can affect industrial equipment or production. Used stainless steel reactors also encounter this issue during operation. In such cases, the medium should be injected from the bottom of the tank to avoid injecting it from the upper part.
Nitrogen-filled protection within the tank reduces nitrogen content, preventing explosive gas mixtures from forming on the oil surface. Even in the event of static discharge sparks within the tank, the safety of the tank is ensured; In a second-hand stainless steel reactor, the medium is mixed and transported together, avoiding the mixing of different mediums. This prevents the simultaneous transportation of liquid mediums, oil and gas, and compressed air. Even if the storage tank is dehydrated, attention should be paid to dehydration before feeding.
