glass lined reactor

The glass lined reaction tank first uses molds to press the steel plate into a baffle that meets the firing requirements, with a cross-section similar to the letter "Ω" shape. The width H of the baffle is 1/8-1/6 of the diameter of the reactor body, and the radius of curvature R of the top surface of the baffle is 3 δ≤ R ≤ 150mm. δ is the thickness of the baffle steel plate, and the radius of curvature r of the side surface is 6-50mm. Then, according to the volume of the reaction vessel, the baffle is made into one or more layers and welded to the inner wall of the reactor body. After smooth transition treatment at the weld joint, it is fired and assembled into a finished product, which effectively changes the flow state of the reaction material and improves the reaction efficiency. During the operation of enamel glass equipment, high-quality manufacturers both domestically and internationally use high-quality steel plates, welding rods, and porcelain glazes for inspection after parking. Steel plates and welding rods have low impurities of carbon, sulfur, and phosphorus, and the lattice structure inside the steel plate is tight and contains trace elements to prevent hydrogen absorption during the manufacturing process. Porcelain glazes with good corrosion resistance, excellent temperature change resistance, and low melting point are selected. During the enamel firing process, the firing techniques of "low-temperature long firing" and "slow cooling after enamel firing" are used. Generally, there are no air holes after three enamel firing cycles. The subsequent three to four enamel firing cycles only thicken the ceramic layer, and more than half of the thickness of the ceramic layer is dense and non-conductive. This type of ceramic layer has excellent corrosion resistance, and even if the thickness of the ceramic layer is reduced after corrosion, friction, and collision, it will not affect the performance of the ceramic layer.