Stacking method of titanium and titanium alloy briquette materials

Abstract

The invention relates to a stacking method of titanium and titanium alloy briquette materials. The titanium and titanium alloy briquette materials are stacked uniformly in a stepped and staggered manner; the seven briquette materials are located on each layer; after one layer is stacked, the next layer is stacked by moving back by a distance of a half block; the stepped briquette materials are in four layers totally; and the materials in the middles are vertical. The method can completely avoid sticking and plugging in a smelting process.

Description

technical field [0001] The invention belongs to the technical field of titanium and titanium alloy briquetting material coding methods. Background technique [0002] At present, domestic and foreign EB furnace smelting enterprises generally use titanium sponge briquette as the raw material for the furnace. The width of the left and right feed frames of the EB furnace is 920mm, and the weight of the titanium sponge briquette is 6.3kg and the specification is 128x128x120mm. The traditional coding method is to lay 7 fast briquetting materials in a 920mm material frame. Burrs and irregular edges and corners will always appear around the pressed briquette, and at the same time, small particles of titanium sponge will fall and get stuck in the middle of the briquette from time to time during the coding process. As a result, accidents of material jams and material blockages often occur during the smelting process. Thereby affecting the normal progress of the melting material, res...

AI Technical Summary

Problems solved by technology

As a result, accidents of material jams and material blockages often occur during the smelting process

Thus affecting the normal progress of the melting material, resulting in a decrease in efficiency and an increase in cost