Copper content element titanium slag furnace bottom conduction protection structure

Abstract

The invention discloses a copper content element titanium slag furnace bottom conduction protection structure relating to a conductive copper content element of an electrode system of metallurgy and titanium slag devices. The copper content element titanium slag furnace bottom conduction protection structure comprises an electrode, a plurality of copper content elements wrapped on a motor, a top block, a pressure ring and an upper protective water ring, wherein the pressure ring is connected with the top block, the top block is arranged on the surfaces of the copper content elements, the top block presses against the copper content elements through the pressure ring, the upper end of the pressure ring is connected with the upper protection water ring through a connecting member, the bottom end of the pressure ring is additionally provided with a spattering-preventing protection water ring which is fixed on the bottom end of the pressure ring through a hanging bracket, one end of the hanging bracket is connected with the spattering-preventing protection water ring, the other end of the hanging bracket is fixedly connected with the upper end of the pressure ring, the spattering-preventing protection water ring is additionally arranged on the lower end of the pressure ring, thus the copper content elements are avoided being directly exposed in arc of the electrode and a high temperature environment in a furnace. According to the invention, the problems of service life of the copper content elements and the flashing of raw materials are solved, therefore the starting rate of the copper content element titanium slag furnace bottom conduction protection structure is increased.

Description

technical field [0001] The invention relates to a conductive copper tile for an electrode system of metallurgy and titanium slag equipment, in particular to a copper tile protective structure for a copper tile type titanium slag furnace, which is a protective structure for a conductor at the bottom of an electrode. Background technique [0002] At present, the conductive copper tiles of the electrode system of my country's metallurgy and titanium slag equipment generally include electrodes, several copper tiles wrapped on the motor, top blocks, pressure rings, and upper protective water rings. The bottom of the pressure rings is not protected. Measures, the conductive copper tile is directly exposed to the arc light of the electrode and the high temperature in the furnace. Conductive copper tiles are easily damaged by electric arcs and high temperatures in the furnace, or sting with raw materials, and water leakage occurs, which seriously affects the start-up rate and power c...

AI Technical Summary

Problems solved by technology

Conductive copper tiles are easily damaged by electric arcs and high temperatures in the furnace, or stings with raw materials, and water leakage occurs, which seriously affects the operating rate and power consumption of equipment, and needs to be improved

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