Thallium ingot ejecting system and thallium ingot ejecting methods

Abstract

The invention relates to a thallium ingot ejecting system and two thallium ingot ejecting methods. The thallium ingot ejecting system comprises a travelling crane, a tank body and a hydraulic mechanism. The travelling crane is arranged above the tank body and connected with the tank body through steel cables; the hydraulic mechanism is arranged under the tank body and provided with an upwards-protruded ejecting column, and the axial direction of the ejecting column is vertically disposed; the bottom of the tank body is provided with a movable bottom plate, and the bottom of the tank body under the movable bottom plate is provided with a bottom hole, and the ejecting column is arranged inside the bottom hole. The thallium ingot ejecting methods comprise the steps of hoisting the tank body containing a thallium ingot above the ejecting column, slowly putting down the tank body and driving the ejecting column to eject the thallium ingot through the gravity of the tank body, or clamping the tank body through a clamping mechanism and driving the ejecting column to eject the thallium ingot through the hydraulic mechanism. According to the thallium ingot ejecting system and the two thallium ingot ejecting methods, the opening of the tank body can maintain upward, and the thallium ingot can be ejected upwards, so that the problem of too much wearing of the tank body during traditional horizontal thallium ejection can be avoided.

Description

technical field [0001] The invention relates to the field of titanium metallurgy, in particular to an ejection system and an ejection method for ejecting titanium lumps from a container. Background technique [0002] When using magnesia thermal reduction vacuum distillation to produce sponge titanium, the refined magnesium and refined titanium tetrachloride are placed in the reactor and reacted at 850°C to form sponge titanium, and then the obtained sponge titanium is heated at a temperature as high as 1000°C Purified titanium sponge was obtained by vacuum distillation. During the production process of titanium sponge, the titanium sponge processing workshop needs to take out the titanium lump from the tank before slicing, crushing and grading packaging it. [0003] The method for taking out the titanium lumps in the prior art mainly includes the following steps: lift the tank body containing the titanium lumps from the cooling device of the distillation process, and turn i...

AI Technical Summary

Problems solved by technology

[0004] Due to the high gravity of the titanium lump, when the titanium lump is pushed out, the titanium lump rubs against the inner wall of the lower part of the tank body, causing serious wear and tear on the tank body, which will cause damage to the tank body over time.

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