CN201587975U - Vertical Hot Dip Copper Clad High Carbon Steel Wire Machine - Google Patents

Abstract

The utility model relates to a vertical hot dipping copper-clad high-carbon steel wire machine. The machine comprises a pay-off rack, wherein a high-carbon steel wire on the pay-off rack sequentially penetrates through a straightener, a surface treating machine, a working furnace and a cooling chamber and then returns to a take-off rack through a traction wheel. The machine is characterized by also comprising the traction wheel leading the high-carbon steel wire to move up vertically. The vertical hot dipping copper-clad high-carbon steel wire machine has the advantages of small volume, low pollution, high production efficiency, short process flow and stable electrical conductivity, and the produced copper-clad steel wire has the advantages of identical thickness of copper layers, no eccentricity and stable electrical conductivity and overcomes the defects of poor adhesion force and easy oxidation.

Description

Vertical Hot Dip Copper Clad High Carbon Steel Wire Machine

technical field

The utility model relates to a vertical hot-dip copper-clad high-carbon steel wire machine, in particular to a vertical hot-dip copper-clad high-carbon steel wire machine for metal optical cables.

Background technique

At present, the power grid, railway, electric light source industry, telecommunications, mobile and other industries. The galvanized steel wire, aluminum-clad steel wire, copper alloy wire, and steel-cored aluminum stranded wire used have the disadvantages of low conductivity, poor corrosion resistance, and short service life. The existing copper-clad steel wire machine is large in volume, heavy in pollution, low in productivity and long in process flow, and the thickness of the copper layer of the produced copper-clad steel wire is inconsistent, eccentric, unstable in electrical conductivity, poor in adhesion, and prone to The disadvantage of oxidation.

Utility model content

The purpose of this utility model is to overcome the shortcomings in the above-mentioned prior art and provide a novel vertical hot-dip copper-clad high-carbon steel wire machine with small volume, low pollution, high productivity, short process flow and stable electrical conductivity. Moreover, the produced copper-clad steel wire has the advantages of consistent copper layer thickness, no eccentricity, stable electrical conductivity, and overcomes the disadvantages of poor adhesion and easy oxidation.

In order to achieve the above object, the technical scheme provided by the utility model is as follows: a vertical hot-dipping copper-clad high-carbon steel wire machine, the device includes a wire rack, and the high-carbon steel wire on the wire rack passes through the straightening machine, The surface treatment machine, the working furnace and the cooling chamber return to the wire take-up frame through the traction wheel, which is characterized in that the device also includes a traction wheel to make the high carbon steel wire vertically upward.

The working furnace is sequentially connected with the holding furnace and the melting furnace, and the melting furnace flows into the holding furnace after melting the solid copper, and then enters the working furnace through the holding furnace.

The traction wheel includes an upper traction wheel and a lower traction wheel, the lower traction wheel is located below the working furnace, and the upper traction wheel is located above the cooling chamber.

Inside the melting furnace is a copper solution with a melting point of 1200°C and no impurities.

The utility model has the advantages that: the vertical copper-clad high-carbon steel wire dipping machine of the utility model has the advantages of no pollution, short technological process, high productivity, long service life, low cost, etc., and the copper-clad high-carbon steel wire produced has the advantages of Thick coating, high conductivity, no eccentricity, stable conductivity and other properties.

Description of drawings:

Fig. 1 is the structural representation of the utility model.

In the figure: 1. Pay-off frame; 2. Straightening machine; 3. Surface treatment machine; 4. Lower traction wheel; 5. Working furnace; 6. Cooling chamber; 7. Upper traction wheel; 8. Take-up frame; 9 1. Holding furnace; 10. Melting furnace.

Detailed ways

The accompanying drawings disclose a specific embodiment of the utility model without limitation, and the utility model will be further described below in conjunction with the accompanying drawings.

As shown in Figure 1, a vertical hot-dip copper-clad high-carbon steel wire machine, the device includes a pay-off rack 1, and the high-carbon steel wire on the pay-off rack 1 passes through the straightening machine 2 and the surface treatment machine 3 in sequence , then through the lower traction wheel 4 and the upper traction wheel 7 to make the high-carbon steel wire vertically upward, the lower traction wheel 4 is located below the working furnace 5, and the upper traction wheel 7 is located above the cooling chamber 6, and the lower traction wheel 4 is used to make the high-carbon steel wire The carbon steel wire passes through the working furnace 5 vertically upward. The working furnace 5 is connected with the holding furnace 9 and the melting furnace 10 in turn. The melting furnace 10 melts the solid copper into a copper solution with a melting point of 1200 ° C and no impurities after refining. The solution enters the working furnace 5 through the holding furnace 9, and after the high-quality high-carbon steel wire is evenly plated with copper, it returns to the take-up frame 8 through the cooling chamber 6 and the guide wheel.

The working process is as follows: a) After the high-quality high-carbon steel wire is set out, straightened, and the surface is frosted, the vertical traction wheel pulls the high-quality high-carbon steel wire upward and vertically; b) The high-quality high-carbon steel wire is pulled by the traction wheel through the work Furnace, so that the high-quality high-carbon steel wires are evenly plated with copper; c) The copper-plated high-quality high-carbon steel wires are then water-cooled, drawn and stranded.

The vertical copper-clad high-carbon steel wire dipping machine of the utility model has the advantages of no pollution, short technological process, high productivity, long service life, low cost, etc., and the copper-clad high-carbon steel wire produced has thick coating, high conductivity, No eccentricity, stable conductivity and other properties. Due to the advantages of high conductivity, high strength, high adhesion, corrosion resistance, high temperature resistance, low cost, long service life, etc., it is widely used in power grids, railways, electric light sources and other industries, filling the gaps in the country, and providing safety for construction and use. It is a new type of metal optical cable product with high performance and stability.

Claims (4)

1. A vertical hot-dipping copper-clad high-carbon steel wire machine, the device includes a wire release rack, and the high-carbon steel wire on the wire release rack passes through the straightening machine, surface treatment machine, working furnace and cooling chamber successively, and is drawn It is characterized in that the device also includes a traction wheel that makes the high carbon steel wire vertically upward. 2. The vertical hot-dip copper-clad high-carbon steel wire machine according to claim 1, characterized in that the working furnace is connected with the holding furnace and the melting furnace successively, and the melting furnace flows into the holding furnace after melting the solid copper, and then passes through The holding furnace enters the working furnace. 3. The vertical hot-dip copper-clad high-carbon steel wire machine according to claim 2, wherein the traction wheel comprises an upper traction wheel and a lower traction wheel, the lower traction wheel is located under the working furnace, and the upper traction wheel is located at the cooling above the room. 4. The vertical hot-dip copper-clad high-carbon steel wire machine according to claim 3, characterized in that the inside of the melting furnace is a copper solution with a melting point of 1200°C and refined without any impurities.

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