ZINC STRIPPING SYSTEM

Abstract

The invention relates to a zinc stripping system (A) connected to the outlet of the galvanizing pool (G) to ensure the simultaneous and homogeneous stripping of excess zinc from the surface of multiple wires exiting the galvanizing pool (G) during the production of galvanized wire.

Description

1 TARIFF ZINC STRIPPING SYSTEM TECHNICAL FIELD The invention relates to the surface of multiple wires emerging from the galvanizing bath in the production of galvanized wire. 5 to ensure simultaneous and homogeneous removal of excess zinc This relates to the zinc stripping system connected to the outlet of the galvanizing pool. PREVIOUS TECHNIQUE Galvanizing is the process of coating metal surfaces with a protective layer of zinc. This process involves increasing the metal's resistance to corrosion while simultaneously... It also provides benefits in terms of aesthetics and functionality over time. The galvanizing process is 10 then homogeneously scraping off the excess zinc remaining on the metal surface. is required. However, with current technologies, the desired zinc coating is not achieved. Achieving this thickness and homogeneity presents various challenges. One of the most common methods in this field is to apply pressure to the surface of the wire coming out of the galvanizing bath. This involves mechanically removing excess zinc, piece by piece. This is a time-consuming process. 15 This leads to loss of workforce and reduced work efficiency. Furthermore, in some cases, it affects the surface. this can lead to excessive zinc remaining or, conversely, excessive zinc being stripped from the surface. This situation leads to a non-standard coating amount, resulting in a surface... This negatively affects its quality and compromises its preservation and aesthetic purposes. Considering the problems mentioned above, 20 in galvanized wire production Simultaneously removing excess zinc from the surface of multiple wires emerging from the galvanizing bath to ensure homogeneous stripping at the outlet of the galvanizing pool A connected zinc stripping system is required. In conclusion, all the problems mentioned above necessitate innovation in the relevant field. has brought it to this state. 25 2 THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. The main purpose of the invention is to remove excess material remaining on the surface of metal wire after the galvanizing process. By ensuring the homogeneous and controlled removal of zinc, the surface quality is improved to 5. The invention aims to increase the excess zinc on the surface of the zinc-coated wire coming out of the galvanizing bath. This makes it possible to strip the zinc evenly, thus ensuring galvanizing. This ensures the coating is of optimum thickness. Another aim of the invention is to improve the surface brightness of the wire coming out of the galvanizing process. The aim is to ensure its increase. 10 Another objective of the invention is to simultaneously strip zinc from and surface multiple wires. The goal is to increase its brightness. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is a zinc stripping system. 15 The invention provides a linear connection on the second axis to the outlet of the galvanizing tank. It has a support surface that extends as follows, and the wires coming out of the galvanizing pool a third axis inclined to allow it to move without being subjected to strain The body, configured to have the desired form, emerges from the galvanizing pool one by one To ensure that the extra wires run along the body without touching each other, there are 20 wires between them. at least two plates connected to the body with a gap at a specified distance, the excess zinc on the surface of the wire passing through the mentioned gap is homogeneous To allow it to peel off, place it under and above the wire, into each gap. Two interconnected composite pads enhance wire surface gloss. To ensure that water is sprayed onto the wire surface, 25 is placed at the outlet of each of the aforementioned gaps. The connected nozzle allows the water sprayed by the nozzle to fill the void and galvanize. to prevent it from flowing into the pool, near the support surface of each gap The hole, positioned in that location, allows the water in the space to be drawn out and drained through the hole. a hose connected to each hole to ensure that water flows through the hose 30 galvanized wire, characterized by containing a motor that enables vacuuming. In production, the excess zinc on the surface of multiple wires coming out of the galvanizing pool is evenly distributed. 3 galvanizing pool to ensure homogeneous stripping over time It relates to the zinc stripping system connected to the outlet. A preferred configuration of the invention consists of numerous wires emerging from the galvanizing bath, each of which is equal over time the zinc stripping process and the process of increasing surface brightness 5 configured to extend along the second axis to enable this to happen It consists of a fuselage and numerous plates that are connected to the aforementioned fuselage. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows a representative isometric view of the zinc stripping system and the galvanizing pool. It has been given. EXPLANATION OF REFERENCE NUMBERS IN FIGURES 10 A. Zinc stripping system 1. Body 11. Support surface 2. Space 21. Introduction 15 Exit 22 3. License Plate 4. Nozzle G. Galvanizing pool E1. Horizontal axis 20 E2. Vertical axis E3. Third axis DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, the zinc stripping system (A), is only to provide a better understanding of the subject. It is explained with examples that do not create any limiting effects so that it can be understood. 25 4 The invention relates to the production of galvanized wire, specifically the process of removing multiple wires from the galvanizing pool (G). to ensure that excess zinc on the surface is simultaneously and homogeneously removed This relates to the zinc stripping system (A) connected to the outlet of the galvanizing pool (G). The invention provides for connection to the outlet of the galvanizing tank (G) as shown in Figure 1. It has a support surface (11) that extends linearly on the second axis (E2) and 5 the wires coming out of the galvanizing pool (G) to move without being subjected to stress to provide a sloping form on the third axis (E3) The body (1) is included. The aforementioned support surface (11) and the galvanized pool (G) They are positioned so that they touch each other. Preferably with a connecting element as well. It is connected. Thanks to the angled structure of the body (1), the wires are connected to the body 10 (1) can move forward without getting stuck on the surface. The body (1) is galvanized on the first axis (E1). It is positioned so that it is above the pool (G). The invention relates to multiple wires exiting the galvanizing bath (G) as shown in Figure 1. to ensure that they move along the trunk (1) without touching each other, between which are determined Plates (3) connected to the body (1) such that there is a gap (2) at a distance of 15 It includes. Each string passes through the aforementioned gaps (2). homogeneous stripping of excess zinc from the surface of the wire passing through the gap (2) To ensure this, put each gap (2) under and above the wire. It includes two pads that connect to the wire surface. The pads are applied to the wire surface to increase the wire surface shine. To ensure the spraying of water, 20 (22) are placed at the outlet of each of the aforementioned gaps (2). It includes a connected nozzle (4). Nozzles (4) discharge water onto the wire coming out from between two pads. It sprays. The pads mentioned are made of composite material. Therefore... It is not affected by the water sprayed from the nozzles (4). Also, between two pets Excess zinc on the surface of the passing wire is stripped off evenly. The invention describes how water sprayed by the nozzle (4) flows through the void (22) 25 as shown in Figure 1. each gap (22) to prevent it from filling and flowing into the galvanizing pool (G) It contains a hole positioned near the support surface (11). In the gap (2) connected to each hole to allow the water found inside to be drawn out and drained. It includes a hose and a motor that enables water to be vacuumed up by the hose. As shown in Figure 1, the fuselage (1) is configured to extend along the second axis (E2) 30 It is made and there are numerous plates (3) connected to the body (1). In this way, zinc is applied simultaneously to numerous wires coming out of the galvanizing pool (G). the stripping process and the process of increasing surface gloss is provided. As shown in Figure 1; each wire plate (3) coming out of the galvanizing pool (G) It enters the space between (2). Then the two pads located in the spaces (2) Passing through them, the excess zinc on the wire is stripped away. The pads are 5. Water is sprayed onto the wire coming out from between the nozzles (4) and the wire surface is cleaned The brightness is increased. During this process, the body (1) has Water flowing through the gap (2) caused by geometry towards the galvanizing pool (G). Water is prevented from entering the galvanizing pool (G) by draining it through the holes. The scope of protection of the invention is specified in the claims attached hereto, and these detailed 10 The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.

Claims

6 REQUESTS 1. The invention relates to the production of galvanized wire, specifically the process of removing multiple wires from the galvanizing pool (G). simultaneous and homogeneous removal of excess zinc from the surface Zinc stripping system connected to the outlet of the galvanizing pool (G) to provide (A) and its characteristic is; 5  To provide connection to the outlet of the galvanizing pool (G) on the second axis (E2) has a linearly extending support surface (11) and is galvanized. the wires coming out of the pool (G) to move without being subjected to stress to ensure that it has an inclined form on the third axis (E3) configured fuselage (1), 10  Multiple wires exiting the galvanizing pool (G) without touching each other to enable the body (1) to move at the distance determined between them at least two plates connected to the body (1) such that there will be a gap (2). (3),  The excess zinc on the surface of the wire passing through the mentioned gap (2) is homogeneous 15 to somehow ensure it slips away, it will come under and over the wire In the figure, two composites are connected into each cavity (2). pad made of material,  Spraying water onto the wire surface to increase the wire surface brightness. 20 connected to the exit (22) of each of the aforementioned gaps (2) in order to provide nozzle (4),  The water sprayed by the nozzle (4) fills the space (22) and To prevent each gap (22) from flowing into the galvanizing pool (G) The hole is positioned close to the support surface (11),  To ensure that the water in the cavity (2) is drawn out and drained through the hole 25 a hose connected to each hole and water flowing through the hose motor that enables vacuuming, It is characterized by its inclusion.

2. Zinc stripping system (A) conforming to Claim 1, its feature is; from the galvanizing pool (G) From the numerous wires coming out, the zinc stripping process and surface 30 are carried out simultaneously. to enable the process of increasing its brightness on the second axis 7 (E2) body (1) configured to extend and onto the aforementioned body (1) It contains numerous plates (3) that are connected.

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