Method for producing nonferrous metal wire rods with different specifications by high-speed wire rod mill
A non-ferrous metal, high-speed wire rod technology, applied in the direction of metal rolling, metal rolling, metal processing equipment, etc., to achieve the effect of improving economic benefits, increasing annual output, and improving production processes
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Embodiment 1
[0033] A method for producing non-ferrous metal wire rods of different specifications with a high-speed wire rod rolling mill, comprising the following steps:
[0034] Step 1, material selection: the selected size specification is a nickel (N6) blank of 65mm*65mm*5300mm;
[0035] Step 2. Heating: Use double regenerative heating furnaces to heat the billets, so that the billets are arranged in double rows in the furnace. First, preheat the billets to make the temperature reach 880°C, and then heat them rapidly to make the billet temperature reach 970°C. ℃, and finally the billet enters the soaking state to stabilize the temperature of the billet to 960°C, and the total time for the billet to stay in the furnace is 90 minutes;
[0036] Step 3, flat roll micro-rolling: select 6 flat-roll rolling mills according to the size of the billet to carry out flat-roll micro-rolling on the heated billet, and roll the billet into a square bar with a regular square cross section. Guides are...
Embodiment 2
[0045] A method for producing non-ferrous metal wire rods of different specifications with a high-speed wire rod rolling mill, comprising the following steps:
[0046] Step 1, material selection: the selected size specification is a nickel (N6) blank of 85mm*85mm*9000mm;
[0047] Step 2. Heating: Use double regenerative heating furnaces to heat the billets, so that the billets are arranged in a single row in the furnace. First, preheat the billets to make the temperature reach 900°C, and then heat them rapidly to make the billet temperature reach 975. ℃, and finally the billet enters the soaking state to stabilize the temperature of the billet to 950°C, and the total time that the billet stays in the furnace is 100min;
[0048] Step 3, flat roll micro-rolling: select 4 flat-roll mills according to the size of the billet to carry out flat-roll micro-rolling on the heated billet, and roll the billet into a square bar with a regular square cross section. Guides are installed at ...
Embodiment 3
[0057] A method for producing non-ferrous metal wire rods of different specifications with a high-speed wire rod rolling mill, comprising the following steps:
[0058] Step 1, material selection: the selected size specification is a nickel (N6) blank of 120mm*120mm*5400mm;
[0059] Step 2. Heating: Use double regenerative heating furnaces to heat the billets, so that the billets are arranged in a single row in the furnace. First, preheat the billets to make the temperature reach 910°C, and then heat them rapidly to make the billet temperature reach 980°C. ℃, and finally the billet enters the soaking state to stabilize the temperature of the billet to 965°C, and the total time for the billet to stay in the furnace is 110min;
[0060] Step 3, flat roll micro-rolling: select two flat-roll mills according to the size of the billet to carry out flat-roll micro-rolling on the heated billet, and roll the billet into a square bar with a regular square cross section. Guides are instal...
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