Heating Reactor Vessel | Steel Lined Plastic Reactor Vessel

Heating reaction kettle, made with rotational molding technology, incorporates steel plates and steel mesh.The carapace is organically integrated with polyethylene. The polyethylene firmly adheres to the steel surface. The product boasts advantages such as seamless welding, no leakage, non-toxicity, resistance to aging and impact, corrosion resistance, long lifespan, and compliance with hygiene standards. It overcomes the drawbacks of full-plastic rotational molding tanks, which have poor rigidity, are not pressure-resistant, and have temperature sensitivity.

Heating Reactor Suitable Fields: Exceptionally excellent corrosion resistance, capable of withstanding various concentrations of acids, alkalis, salts, strong oxidizers, organic compounds, and all other highly corrosive chemical media. It is the ideal product for solving difficult corrosion issues such as high-temperature dilute sulfuric acid, hydrochloric acid, and various organic acids.

Heating reactors can generate many issues that require regular maintenance. Daily maintenance is also essential. Below, the editor will explain how to prevent static electricity in stainless steel reactors during operation. Install a static neutralizer. Place the static neutralizer after the filter and before the fluid enters the storage tank. Avoid mixing water and reactor medium during common conveyance, as well as mixing different mediums. Prevent the common conveyance of liquid mediums, oil-gas, and compressed air. The storage tank must be dehydrated promptly, with special attention to dehydration before feeding. Control the medium injection method. Inject the medium from the bottom of the tank, avoiding injection from the top as much as possible. Bypass connections. The floating roof of the floating roof tank should be bypassed with the tank wall. Bypass connections are necessary when pipelines, valves, flowmeters, filters, pumps, and tanks use insulating materials or are subject to corrosion. Control the medium flow rate. Higher flow rates are more prone to static electricity. Additionally, by adding anti-static additives to the reactor, the internal static charge of the medium cannot accumulate, quickly bypassing the charge to the ground through grounding.