Linyi Shengji Machinery Manufacturing Co., LTD
How to protect the porcelain layer of the enamel glass reaction kettle
2025-01-08
Glass lined reaction kettle is an excellent corrosion-resistant equipment widely used in industries such as chemical, pharmaceutical, dye, pesticide, etc. For enamel reaction vessels, the thinner the porcelain layer, the better. Thinning the porcelain layer reduces its brittleness and stubbornly adds it, which not only reduces thermal resistance during heat transfer, but also improves its resistance to temperature shock. However, it is easy to damage the porcelain layer during use. How can we protect it?
1. Always use ear sockets or bottom supports to move the enamel reaction vessel, and do not lift the container at manholes or clamps. Be careful when operating to avoid any collisions. During the operation, the container cannot be rolled or lifted.
2. When lifting the glass lined reaction vessel, always use ear sockets or lifting rings to lift the container. Manholes or connecting pipes with soft materials or blind plates cannot be used before operation.
3. The distribution of lifting power should also be taken seriously. Uneven lifting force can cause damage to the enamel porcelain layer of the enamel reaction vessel.
4. Ensure that the glass lined reaction vessel does not collide with cables, hooks, or other hard objects. Otherwise, the enamel porcelain layer is likely to be damaged as a result.
5. Careful preparation work should be carried out before shipping the goods to ensure the safe transportation of the glass lined reaction vessel. The interior of the container should be equipped with protective measures or materials to protect the mixer or baffle from damage. The protective measures or materials can only be removed after the equipment is installed. When removing these protective measures or materials, be careful to protect the enamel porcelain layer.
So if you don't know how to protect the enamel porcelain layer of the enamel reaction vessel, you may want to refer to the above novels more to better protect the reaction vessel equipment and extend its service life.
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