Preparation method of thick slab of chamfer titanium alloy
A technology for titanium alloy and thick slabs, which is applied in the field of preparation of chamfered titanium alloy thick slabs, can solve the problems of unsuitable preparation of titanium alloy thick slabs, and achieve the effects of simple method, increased yield, and reduced production costs
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Embodiment 1
[0024] Step 1. Cut off the titanium alloy ingot riser and ingot bottom, remove the skin pores of the titanium alloy ingot, and repeatedly upset the titanium alloy ingot with the skin pores removed at a temperature of 200°C above the β transformation point of the titanium alloy and elongation forging twice, control forging cumulative deformation to 75%, final forging temperature at 820°C, to obtain titanium alloy forging billet;
[0025] Step 2. The titanium alloy forging billet described in step 1 is repeatedly upset and elongated for 3 times at a temperature of 80° C. above the β phase transition point of the titanium alloy. The cumulative deformation of forging is 70%, and the final forging temperature is 820°C; then forge the forged titanium alloy billet at a temperature of 10°C above the β phase transition point of the titanium alloy for 2 fires, repeat upsetting and elongating forging 2 times for each fire, and control the forging temperature of each fire. The cumulative ...
Embodiment 2
[0030] Step 1. Cut off the titanium alloy ingot riser and ingot bottom, remove the skin pores of the titanium alloy ingot, and repeatedly upset the titanium alloy ingot with the skin pores removed at a temperature of 150°C above the β phase transition point of the titanium alloy and elongation forging 3 times, the accumulative deformation of forging is controlled to be 85%, and the final forging temperature is 800°C to obtain a titanium alloy forging billet;
[0031] Step 2. Repeat upsetting and elongating forging the titanium alloy forging blank described in step 1 under the condition that the temperature is 50° C. above the β transformation point of the titanium alloy. The cumulative deformation of forging is 80%, and the final forging temperature is 800°C; then the forged titanium alloy forging billet was forged once at a temperature of 30°C above the β-transition point of the titanium alloy. During the forging process, repeated upsetting and elongation forging for 3 times, ...
Embodiment 3
[0036] Step 1. Cut off the titanium alloy ingot riser and ingot bottom, remove the skin pores of the titanium alloy ingot, and repeatedly upset the titanium alloy ingot with the skin pores removed at a temperature of 100°C above the β phase transition point of the titanium alloy and elongation forging 3 times, the accumulative deformation of forging is controlled to be 80%, and the final forging temperature is 810°C to obtain a titanium alloy forging billet;
[0037] Step 2. The titanium alloy forging billet described in step 1 is repeatedly upset and elongated for 2 times under the condition that the temperature is 60° C. above the β transformation point of the titanium alloy. The cumulative deformation of forging is 75%, and the final forging temperature is 810°C; then the forged titanium alloy forging billet is forged once under the condition that the temperature is 20°C above the β transformation point of the titanium alloy. During the forging process, repeated upsetting an...
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