The 200-mesh silicon-calcium powder feeding device is used as the submerged wire feeding (feeding silicon-calcium powder) head. The silicon-calcium powder 200-mesh adding device is equipped with a circular container for storing silicon-calcium powder at its front end, and can add different amounts of silicon-calcium powder into the inner cavity of the container according to the size of the wire feeding amount, that is, the amount of molten steel. The container is made of thin steel plate, which can act as a protective cover, which can break slag and delay time, so as to ensure that calcium silicon powder is precipitated and dissolved at the low end of molten steel.
The circular container is connected with a dipped paper sleeve. The outside of the paper sleeve is coated with fire-resistant and splash-proof material to prevent the molten steel from splashing when inserted. The bottom of the paper sleeve is sealed with a base made of fire-resistant and splash-proof material, which can break slag. and splash-proof. The role of the immersed paper sleeve is to connect the container containing calcium silicate powder with the temperature measurement sampling device. The hole at the end of the paper sleeve is a mounting hole, which is matched with the temperature measurement sampling device connector. In this way, the immersion-type silicon-calcium powder 200-mesh adding device only needs to be installed on the user's temperature-measuring sampling gun, thus abandoning the traditional complicated wire feeding structure, and can conveniently feed wire in the vacuum induction furnace, which also achieves the traditional feeding silk purpose. It is convenient to directly add silicon-calcium powder to molten steel in a vacuum induction furnace.
The 200-mesh silicon-calcium powder adding device has a simple structure and is easy to use, which solves the defect that the silicon-calcium powder cannot be added in the vacuum induction furnace, and provides a technical means for the development of new products and new processes.
The circular container is connected with a dipped paper sleeve. The outside of the paper sleeve is coated with fire-resistant and splash-proof material to prevent the molten steel from splashing when inserted. The bottom of the paper sleeve is sealed with a base made of fire-resistant and splash-proof material, which can break slag. and splash-proof. The role of the immersed paper sleeve is to connect the container containing calcium silicate powder with the temperature measurement sampling device. The hole at the end of the paper sleeve is a mounting hole, which is matched with the temperature measurement sampling device connector. In this way, the immersion-type silicon-calcium powder 200-mesh adding device only needs to be installed on the user's temperature-measuring sampling gun, thus abandoning the traditional complicated wire feeding structure, and can conveniently feed wire in the vacuum induction furnace, which also achieves the traditional feeding silk purpose. It is convenient to directly add silicon-calcium powder to molten steel in a vacuum induction furnace.
The 200-mesh silicon-calcium powder adding device has a simple structure and is easy to use, which solves the defect that the silicon-calcium powder cannot be added in the vacuum induction furnace, and provides a technical means for the development of new products and new processes.
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