Heating Reactor

Heating reaction kettle is made by using rotational molding technology to shape steel plates and steel mesh.(Carapace)Integrally bonded with polyethylene. The polyethylene firmly adheres to the steel surface. The product boasts features such as seamless welding, non-leakage, non-toxicity, resistance to aging and impact, corrosion resistance, long lifespan, and compliance with hygiene standards. It overcomes the shortcomings of full plastic roto-molded tanks, which have poor rigidity, low pressure resistance, and temperature sensitivity.

Heating reaction vessels are suitable for fields with exceptional anti-corrosion properties, capable of withstanding various concentrations of acids, alkalis, salts, strong oxidizers, organic compounds, and all other highly corrosive chemical media. They are the ideal products for solving difficult corrosion issues such as high-temperature dilute sulfuric acid, hydrochloric acid, and various organic acids.

Heating reactors can encounter many issues during operation that require regular maintenance. Daily maintenance is also essential. Below, we'll discuss how to prevent static electricity in stainless steel reactors while in use. Install a static dissipater. Place the static dissipater after the filter and before the fluid enters the storage tank. Avoid mixing water and high-pressure reactor media to be transported together, as well as mixing different media. Prevent the co-transport of liquid media, oil-gas, and compressed air. The storage tank should be dehydrated promptly, with special attention to dehydration before feeding. Control the method of medium injection. Inject the medium from the bottom of the tank, avoiding injection from the top as much as possible. Bypassing. The floating roof of the floating roof tank should be bypassed with the tank wall. Bypassing is also required when pipelines, valves, flowmeters, filters, pumps, and tanks use insulating materials or are subject to corrosion. Control the flow rate of the medium. The higher the flow rate, the more likely static electricity is to be generated. Additionally, adding anti-static additives to the reactor can prevent the accumulation of static charge within the medium, allowing it to dissipate quickly through bypassing and grounding to the earth.