Steel wire boronation and drying device

Abstract

The invention discloses a steel wire boronation and drying device. The steel wire boronation and drying device comprises a long strip-shaped frame. A first cold water tank, a pickling tank, a second cold water tank, a hot water tank, a boronation tank and a tuyere are orderly arranged on the long strip-shaped frame. A first guide wheel is arranged above the rear end of the long strip-shaped frame. A second guide wheel is arranged above the front end of the long strip-shaped frame. A wire material for steel wire production orderly passes through the first cold water tank, the pickling tank, the second cold water tank, the hot water tank, the boronation tank and the tuyere, then is drawn to the first guide wheel, bypasses the first guide wheel, then is drawn to the second guide wheel in a reverse direction, then is drawn to a drawbench and is subjected to wiredrawing. In the drawing of the wire material from the first guide wheel to the second guide wheel, an operation distance is increased so that natural drying is realized by the wire material temperature and thus energy consumption and the cost are greatly reduced. The two guide wheels are installed above the long strip-shaped frame so that the area of the enterprise construction land is reduced.

Description

technical field [0001] The invention relates to a steel wire production line, in particular to a steel wire boriding and drying device therein. Background technique [0002] In the steel wire production line, the boronization and drying device of steel wire is an indispensable part. The structure of the current boronization and drying device for steel wire includes a long strip frame, which is followed by the running direction of the wire on the long strip frame. There are first cold water tank, pickling tank, second cold water tank, hot water tank, boronizing tank and tuyere, and the drying device is set at the rear end of the long frame, and the wire used for producing steel wire is taken up in the production line Under the traction of the machine, it passes through the first cold water tank, the pickling tank, the second cold water tank, the hot water tank, the boronizing tank, and the tuyere, and then is drawn to the drying device. The drying device heats the wire to mak...

AI Technical Summary

Problems solved by technology

[0002] In the steel wire production line, the boronization and drying device of steel wire is an indispensable part. The structure of the current boronization and drying device for steel wire includes a long strip frame, which is followed by the running direction of the wire on the long strip frame. There are first cold water tank, pickling tank, second cold water tank, hot water tank, boronizing tank and tuyere, and the drying device is set at the rear end of the long frame, and the wire used for producing steel wire is taken up in the production line Under the traction of the machine, it passes through the first cold water tank, the pickling tank, the second cold water tank, the hot water tank, the boronizing tank, and the tuyere, and then is drawn to the drying device. The drying device heats the wire to make the liquid on the surface of the wire Evaporation, which requires a large power of the drying device, so the power consumption is also large, which increases energy consumption and increases the production cost of the enterprise

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