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Soft conductive structure in cathode roller of foil manufacturing machine and calculating method of conductive belt section area

A technology of conductive structure and conductive strip, applied in the field of copper foil manufacturing, can solve the problems of unstable conductive performance, low production efficiency, difficult processing, etc., and achieve the effects of high production efficiency, convenient processing, and enhanced conductive performance.

Active Publication Date: 2009-03-25
XIAN AEROSPACEMOTOR MACHINE FACTORY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] In order to overcome the shortcomings of unstable electrical conductivity, difficult processing, difficult operation, low production efficiency and difficult maintenance in the prior art, the present invention proposes a soft conductive structure in the cathode roll of a foil machine and a conductive strip cut-off. Calculation method of area

Method used

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  • Soft conductive structure in cathode roller of foil manufacturing machine and calculating method of conductive belt section area
  • Soft conductive structure in cathode roller of foil manufacturing machine and calculating method of conductive belt section area
  • Soft conductive structure in cathode roller of foil manufacturing machine and calculating method of conductive belt section area

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Embodiment 1

[0028] This embodiment is used to produce 12um-25um electrolytic copper foil internal soft conductive structure of the single-layer titanium cathode roller, the diameter of the cathode roller is 1.5m, including multiple sets of conductive strips 4, conductive shaft sleeves 3, conductive copper rings 2, joint sleeves 10, main shaft 1, titanium cylinder 5 and end plates 8. Wherein the main shaft 1, the conductive copper ring 2, the conductive shaft sleeve 3, the titanium ring 6 and the end plate 8 all adopt the prior art; the titanium ring 6 is processed into a circular flange plate after using a titanium plate, and is welded on the inner wall of the titanium cylinder. Fixedly connect the conductive strip joint with the titanium ring. When connecting, because the braided belt is used to realize the soft connection method, the conductive belt is connected with the conductive sleeve and the roller surface, so that the current is evenly transmitted from the cathode roller sleeve t...

Embodiment 2

[0040] This embodiment is used to produce 12um-35um electrolytic copper foil inner soft conductive structure of the single-layer titanium cathode roller, the diameter of the cathode roller is 2m, including multiple sets of conductive strips 4, conductive shaft sleeves 3, conductive copper rings 2, joint sleeves 10, main shaft 1, titanium cylinder 5 and end plates 8. Wherein the main shaft 1, the conductive copper ring 2, the conductive shaft sleeve 3, the titanium ring 6 and the end plate 8 all adopt the prior art; the titanium ring 6 is processed into a circular flange plate after using a titanium plate, and is welded on the inner wall of the titanium cylinder. Fixedly connect the conductive strip joint with the titanium ring. When connecting, because the braided belt is used to realize the soft connection method, the conductive belt is connected with the conductive sleeve and the roller surface, so that the current is evenly transmitted from the cathode roller sleeve to the...

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Abstract

The invention relates to a soft conductive structure inside a cathode roll of a crude foil engine. The structure comprises a conductive belt (4), a conductive sleeve (3), a titanium ring (6), a conductive copper ring (2), a sleeve flange (7) and connector sleeves (10). The conductive belt (4) is intertwined with pure copper threads and has connector sleeves at both ends. Through the connector sleeves, both ends of the conductive belt are respectively and fixedly connected with the titanium ring (6) and the sleeve flange (7). The surfaces of both the conductive belt (4) and the connector sleeves (10) are plated with silver or stannum. In this invention, the conductive belt is intertwined with pure copper threads, thereby the soft connection between the conductive sleeve and the surface of the cathode roll is realized, the conductivity of the conductive belt is strengthened and the conductivity uniformity of the surface of the cathode roll is improved. The soft conductive structure also overcomes the deficiency of distortions caused by vibration and thermal inflation of the conductive belt and the movability of the connecting parts, and improves the conductive efficiency and current carrying capacity. The soft conductive structure is characterized by the stable connection, convenient maintenance and processing, simple operation and high production efficiency.

Description

1. Technical field [0001] The invention relates to the copper foil manufacturing industry, in particular to a method for calculating the soft conductive structure in the cathode roll of a foil machine and the cross-sectional area of ​​the conductive belt. 2. Technical Background [0002] With the rapid development of the electronics industry, the demand for high-quality copper foil is also increasing. At present, the method of producing copper foil at home and abroad generally adopts the electrolysis method, and the cathode roller is the core equipment for the production of copper foil by the electrolysis method. The cathode roller is a titanium cathode roller body, which has very stable acid resistance and is easy to peel off the electrolytic copper foil after electrolysis. The structure of the cathode roller is mainly composed of a main shaft, a conductive copper ring, a conductive bushing, a conductive belt, an end plate and a titanium cylinder. During use, the cathode r...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C25D1/04
Inventor 黄立刚吕尚宁蔡瑞卢稳存王通朝
Owner XIAN AEROSPACEMOTOR MACHINE FACTORY
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