Manufacturing method of metal alloy composite screen plate

Abstract

The invention discloses a manufacturing method of a metal alloy composite screen plate. The manufacturing method comprises the following specific steps of 1) carrying out net pulling compounding; 2) manufacturing an alloy sheet pattern outer contour; 3) preparing a film layer; 4) coating an adhesive layer; 5) coating a film; 6) drying; 7) laser; 8) cleaning; and 9) detecting and packaging. In thisway, according to the manufacturing method of the metal alloy composite screen plate, a metal alloy sheet is adopted to replace traditional mesh cloth, and the manufacturing method has low elongationrate, better dimensional stability, printing resistance, puncture resistance, double supports of the metal alloy sheet and the film layer are adopted, the service life of the bonding strength far beyond a silk-screen and the film layer can be improved by 30% or above, and under the action of a high-molecular adhesive, the adhesion force of the high-molecular composite layer is extremely high, theplate making yield is greatly improved, the production cost is saved, the printing is good, the line type is good, and the efficiency of a battery piece is obviously improved.

Description

technical field [0001] The invention relates to the technical field of printing components such as solar cells and high-precision electronic components, and in particular to a method for manufacturing a metal alloy composite screen. Background technique [0002] With the increasing demand for energy, energy issues have increasingly become a major issue restricting the development of the international society and economy, which prompts people to continue to explore new energy sources, among which solar energy research occupies an important position. As one of the core technologies of solar energy research, solar cells have also developed rapidly in recent years. Improving the conversion efficiency of solar cells is the main research object of solar cells at present. In addition to the selection and optimization of battery substrate materials and the improvement of cell manufacturing processes, etc. In addition to the requirements, the conversion efficiency of solar cells can ...

AI Technical Summary

Problems solved by technology

The screen produced by this method has certain limitations: 1. The resolution of the photosensitive emulsion under the action of light is not easy to grasp, and the flatness of the edge of the line after exposure and development is not good, and it is easy to affect the printing quality of the line when used; 2. The adhesion between the emulsion and the steel mesh yarn is not good, and it is easy to cause the plate emulsion to fall off after exposure and development, which greatly affects the plate-making yield; 3. The abrasion resistance of the emulsion is not good, and the friction with the substrate during printing is easy to wear and leak, which affects Surface printing quality and service life; 4. The lines are greatly affected by the stability of light energy during exposure, which can easily lead to uneven line thickness, which affects the production yield during mass production and affects printing stability during use; 5. Emulsion penetration Due to the influence of ink properties, the printing line cannot be narrowed to a narrower range, which cannot meet the requirements of high-precision fine line printing

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