Preparation method of low-cost anti-detonation titanium alloy plate
A titanium alloy plate, low-cost technology, applied in the direction of metal rolling, metal processing equipment, etc., to achieve the effect of improving toughness and plasticity, reducing component cost, and improving anti-detonation performance
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[0026] Example 1
[0027] This embodiment includes the following steps:
[0028] Step 1, the component design: The component of the titanium alloy plate of the target product is designed to obtain the nominal component of the titanium alloy plate is Ti-4Al-2.8V-1FE-0.1 Si-0.1O, and the specific mass content component is composed: aluminum 4 %, Vanadium 2.8%, iron 1%, silicon 0.1%, oxygen 0.1%, the total mass content of other impurity elements is less than 0.3%, and any impurity element is less than 0.1%, and the rest is titanium;
[0029]Step II: Ingredients: According to the mass content component of the titanium alloy plate obtained in step one, select the raw material of the corresponding element, according to 100 kg ingot ingredients, the specific raw materials and the quality are as follows: Ti-6Al-4V residue 20kg, sponge titanium 74kg, aluminum-50 vanadium intermediate alloy 2kg, iron-50 vanadium intermediate alloy 2kg, aluminum-20 silicon] 0.5kg, aluminum beans 1.4kg, titan...
Example Embodiment
[0036] Example 2
[0037] This embodiment includes the following steps:
[0038] Step 1, the component design: The component of the titanium alloy plate of the target product is designed to obtain the nominal component of the titanium alloy plate as Ti-5Al-3V-1FE-0.4 Si-0.2O, the specific mass content component composition: aluminum 5% 3% of vanadium, iron 1%, silicon 0.4%, oxygen 0.2%, and the total mass content of other impurity elements is less than 0.3%, and the mass content of any impurity element is less than 0.1%, and the remaining is titanium;
[0039] Step II: Ingredients: According to the mass content component of the titanium alloy plate obtained in step one, select the raw material for the corresponding element, according to 500 kg ingot ingredients, the specific raw materials and quality are as follows: Ti-5Al residue 50kg, sponge Titanium 404.5kg Aluminum-50 vanadium metal alloy, iron-50 vanadium intermediate alloy 10kg, aluminum-20 silicon alloy 10kg, aluminum beans...
Example Embodiment
[0046] Example 3
[0047] This embodiment includes the following steps:
[0048] Step 1, the component design: The component of the titanium alloy plate of the target product is designed to obtain the nominal component of the titanium alloy plate as Ti-3Al-2V-1.5FE-0.5 Si-3Al-2V-1.5FE-0.5 Si-0.1O, the specific mass content component composition: aluminum 3 %, Vanadium 2%, iron 1.5%, silicon 0.5%, oxygen 0.1%, the total mass content of other impurity elements is less than 0.3%, and the mass content of any impurity element is less than 0.1%, and the rest is titanium;
[0049] Step II: Ingredients: According to the mass content component of the titanium alloy plate obtained in step one, select the raw material for the corresponding element, according to 1000 kg ingot ingredients, the specific raw materials and the quality are as follows: Ti-2Al-2V residue 200kg, sponge titanium 737kg, aluminum-50 vanadium 2kg, iron-50 vanadium intermediate alloy 30kg, aluminum-20 silicon intermediate...
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