Titanium ingot and titanium alloy ingot shaping and processing technology

Abstract

The invention discloses a titanium ingot and titanium alloy ingot shaping and processing technology. The shaping and processing technology is characterized by comprising the following steps that 1) according to the length of a ingot produced by a vacuum self-consuming furnace, an adaptive sawing machine is selected, and a water cooling device is arranged on the sawing machine; 2) according to theproduced titanium ingot and the titanium alloy ingot, corresponding alloy saw blades are selected, and a corresponding cutting fluid is added; 3) a travelling crane clamp is used for conveying the ingots to the sawing machine, one end needing to be sawn off is placed at the working position of the sawing machine; 4) according to the actual shape of the heads and the tails of the ingots, the cutting-off size is determined, and then a corresponding size mark is made so as to facilitate tool setting; and 5) after the size is determined, the ingots are fixed, and cutting-off is directly carried out. The titanium ingot and titanium alloy ingot shaping and processing technology has the beneficial effects that the problem of difficulty in machining of the heads and the tails of the titanium ingotand the titanium alloy ingot which are produced by the vacuum self-consuming furnace is solved, and the economic cost is maximized.

Description

technical field [0001] The invention relates to a shaping process of an ingot, in particular to a shaping process of a titanium ingot and a titanium alloy ingot. Background technique [0002] According to the design of the ingot pulling device of the vacuum consumable furnace, the head of the produced titanium ingot and titanium alloy ingot will have a shape similar to a dovetail; while the tail will sometimes appear uneven according to the feeding situation. In order to make better quality titanium plates and rods from such ingots, it is necessary to remove the head and tail of such ingots. To remove the head and tail of this kind of ingot, you can use a milling machine or a planer to remove the corresponding position, but using a milling machine or a planer to process the head and tail of this kind of ingot, because of its material and appearance, it is more troublesome to process and takes a lot of time. It is relatively long, and the economic cost input is relatively hi...

AI Technical Summary

Problems solved by technology

To remove the head and tail of this kind of ingot, you can use a milling machine or a planer to remove the corresponding position, but using a milling machine or a planer to process the head and tail of this kind of ingot, because of its material and appearance, it is more troublesome to process and takes a lot of time. It is relatively long, and the economic cost investment is relatively high