Paper cup machine is the raw material in the production process.

The production and use of paper cup machines in paper cups is in line with the national environmental protection policy. Replacing single-use plastic cups with paper cups reduces white pollution. The convenience, hygiene and cheapness of paper cups are the keys to replacing other utensils to widely occupy the market. Paper cups are divided into cold drink cups and hot drink cups according to their uses. In addition to meeting the needs of its packaging processing performance, the material of the paper cup must also meet its printing adaptability. Among the many factors of printing technology, the conditions for heat sealing of paper cups should also be met.

paper cup machine

The paper cup material produced by the paper cup machine is composed of direct printing of paper cup base paper, die-cutting, forming processing, and spraying on the surface of food wax. The production process of the hot cup is to drench the paper cup base paper into paper cup paper, printing, die-cutting, and forming. The paper cup base paper is composed of plant fibers. The production process generally uses plant fibers such as coniferous wood and hardwood to pass through pulp board dredging, refining, adding chemical auxiliary materials, screening, and paper machine copying. The paper cup of the paper cup machine is composed of paper cup base paper and plastic resin particles extruded. The plastic resin is generally polyethylene resin (PE). .

PE itself is non-toxic, odorless and tasteless; reliable hygienic performance; stable chemical performance; balanced physical and mechanical properties, good cold resistance; water resistance, moisture resistance, certain oxygen resistance, oil resistance; excellent molding performance, good heat sealing performance. PE production is large, the source is convenient, and the price is low, but it is not suitable for high-temperature cooking. If the paper cup has special performance requirements, choose a plastic resin with corresponding properties when coating the film.