Preparing method of high-uniformity TC11 alloy bar for blade
A technology of TC11, alloy bar, applied in the field of titanium alloy processing, can solve the problem of uneven structure of TC11 alloy
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Embodiment 1
[0032] Step 1, one-fire precision forging of the bar:
[0033] A typical two-state structure obtained by high-temperature billet forging at 150°C to 200°C above the phase transition point and full forging deformation in the two-phase region at 40°C to 80°C below the phase transition point, in which the primary α is spherical and contains more than 60% of TC11 Titanium alloy Φ85mm precision forging billet, heated at 40℃~80℃ below the phase transition point, using SKK-10 precision forging machine for one-fire precision forging to Φ55mm intermediate precision forging blank, the precision forging pass is 5 passes, and each pass deforms Amount of 15%;
[0034] Step 2, the homogenization of the intermediate billet:
[0035] Place the intermediate precision forging billet obtained in step 1 in a box-type heat treatment resistance furnace, heat it at 40°C to 80°C below the phase transition point, carry out air firing for 60 minutes, and then air cool it to improve the structure unifo...
Embodiment 2
[0041] Step 1, one-fire precision forging of the bar:
[0042] It is a typical two-state structure obtained by high-temperature billet forging at 150°C to 200°C above the phase transition point and full forging deformation in the two-phase region at 40°C to 80°C below the phase transition point, in which the primary α is spherical and the content is greater than 60%. TC11 titanium alloy Φ95mm precision forging billet, heated at 40℃~80℃ below the phase transition point, using SKK-10 precision forging machine for one-fire precision forging to Φ65mm intermediate precision forging billet, the precision forging pass is 5 passes, each pass The amount of deformation is 15%;
[0043] Step 2, the homogenization of the intermediate billet:
[0044] Place the intermediate precision forging billet obtained in step 1 in a box-type heat treatment resistance furnace, heat it at 40°C to 80°C below the phase transition point, carry out air firing for 60 minutes, and then air cool it to improv...
Embodiment 3
[0051] Step 1, one-fire precision forging of the bar:
[0052] It is a typical two-state structure obtained by high-temperature billet forging at 150°C to 200°C above the phase transition point and full forging deformation in the two-phase region at 40°C to 80°C below the phase transition point, in which the primary α is spherical and the content is greater than 60%. TC11 titanium alloy Φ85mm precision forging billet, heated at 40℃~80℃ below the phase transition point, using SKK-10 precision forging machine for one-fire precision forging to Φ45mm intermediate precision forging blank, the precision forging pass is 5 passes, each pass The amount of deformation is 15%;
[0053] Step 2, the homogenization of the intermediate billet:
[0054] Place the intermediate precision forging billet obtained in step 1 in a box-type heat treatment resistance furnace, heat it at 40°C to 80°C below the phase transition point, perform air firing for 40 minutes, and then air cool it to improve t...
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