Mold pot

Material processes consist of cavity-filling and saturation coating. The cavity-filling process involves molding, potting, and coating. 

This technique is well-suited to the manufacture of cylindrical containers of low thickness. A variant of this technique, called molding by compression transfer, is widely used for the processing of thermosetting resins. It involves the preheating of the material to be molded in a simple mold ( pot of transfer ), permitting its fast thermal transfer then the matter of appropriate fluidity is introduced under pressure into the compression mold, and the curing of the thermosetting resin occurs. In this case, the amount of matter transferred into the mold should not be in excess. 

The cells are fed semicontinuously and produce both magnesium and chlorine (see Alkali and chlorine products). The magnesium collects in a chamber at the front of the cell, and is periodically pumped into a cmcible car. The cmcible is conveyed to the cast house, where the molten metal is transferred to holding furnaces from which it is cast into ingots, or sent to alloying pots and then cast. The ingot molds are on continuous conveyors. 

The melting pot is heated either electrically or by gas to 427—524°C. The pot capacity is typically over 100 kg of lead alloy, and periodically the top of the molten metal must be skimmed to remove the dross. The pot fumes must be removed by adequate ventilation (forced suction). When the molten metal has reached the proper temperature and flow characteristics, it is transported by pump to the grid mold. 

Blumen blatt, n. petal. erde, /, garden mold, gelb, n. any yellow flower pigment. kohl, m. cauhflower, seite, /. (Leather) hair side, staub, m. pollen. tee, m. imperial tea. topf, m. flower pot. 

Extended pot life Void-free uniform, long flow time in mold before gel. Large complex moldings. 

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