Graphite-impregnated plate with good physical and mechanical properties, identical chemical stability to that of impregnated graphite plates, and due to its molding production, offers uniform sheet shapes, easy construction, and saves time in selecting materials. The overall lining of the equipment with molded non-permeable graphite plates is neat and aesthetically pleasing, with easy control over the staggered quantity. The corrosion resistance of the molded non-permeable graphite plate primarily depends on the corrosion resistance of the resin. The molded non-permeable graphite plate can withstand the corrosion of most inorganic acids, organic acids, salts, organic compounds, and solvents, except for strong alkalis. (1) The molded non-permeable graphite plate has the advantages of impregnated graphite plates, including good physical and mechanical properties, chemical stability, and oil resistance. (2) The strength, wear resistance, and impermeability of the molded non-permeable graphite plate are superior to those of the impregnated graphite plate. (3) The molded non-permeable graphite plate has a short production cycle, advanced technology, low cost, uniform tissue structure, uses molding for shaping, is convenient for construction, has a wide range of applications, and is an ideal lining material for corrosion resistance worth promoting. (4) Currently, the adhesive used in the production of molded graphite plates is mostly 2130# impregnating resin, and a small amount of molded graphite plates with phenolic resin as the adhesive have also been produced. It is necessary to continue researching and expanding the range of graphite products suitable for different media conditions, such as water glass graphite products that can be produced between 380-420In use under high oil and gas phase media, it can solve the anti-corrosion problem under high oil and gas phase conditions; asphalt graphite plates have good {resistance} and can be used at 300Under Condition C, etc., the production processes require further exploration and research.