High-intensity offset print color plate manufacturing method

Abstract

The invention relates to a high-intensity offset print color plate manufacturing method. The high-intensity offset print color plate manufacturing method comprises the following steps of installing roller inner paper and corrugating base paper on a base paper support and aligning through a photoelectric sensing device; respectively heating through preheat wheels; feeding the corrugating base paper into a single side machine to enable adhesive to coat on the single side machine and enabling the corrugating base paper and the inner paper to be adhered to be single-side corrugated paper; humidifying steam atomized water and heating through the preheat wheels; feeding the corrugated paper into an overbridge conveyor and conveying forward along a straight line in a bridge conveying mode; cropping according to a specified size to form into single-sided corrugated board; transmitting the single-sided corrugated board to a gumming position; adhering the single-sided board after coating of the adhesive and the well printed color surface paper; storing the color corrugated boards through a turnover device in a positive and negative mode. The high-intensity offset print color plate manufacturing method effectively controls the paper moisture, improves the board intensity and improves the physical index by 20% compared with a traditional process paper box; die cutting can be directly performed on a well press fit paper board and the production efficiency is high.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This patented technology uses an aligner that helps improve the orientation precision of lined papers without losing their quality or damaging them during printing processes. It also includes methods like steaming to make it easier to dry out any remaining liquid on top before applying pressure to bind colors onto each side. Additionally, there are specific ways to control how well the color surfaces have been bonded together while maintaining good appearance properties such as smoothly curved edges with no cracks at certain points along its length. Overall, this innovation enhances the efficiency and performance of making high end products from labeled materials.

Problems solved by technology

This technical problem addressed by this patented method relates to improving the quality of colorized corrugating board (CWS) during its manufacturing processes without damaging or losing any important properties such as fiber content, flexibility, waterproofness, durability, etc., while also maintaining efficient packaged products with improved functionality and protection against damage from external factors like impacts caused by droplets on surfaces.

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