Fully automatic pulp tableware equipment is a more ideal alternative

1. Overview of fully automatic pulp tableware equipment Fully automatic pulp tableware equipment, also known as plant fiber molding, is a process in which the fibers in the slurry are made into wet blanks through a suction filter molding mold, and then the wet blanks are dried and formed. The plant fiber is first formed by suction filtration in the suction filtration molding device to make the wet base of the product. The wet billet is fed into a hot-pressing mold heated to a certain temperature, the hot-pressing mold is closed, and the wet billet is hot-pressed and dried. Shaping and making plant fiber molded products of various shapes. Mainly used for food packaging, also known as meal packages and industrial packaging, also known as work packages. The process of fully automatic pulp tableware equipment is essentially a three-dimensional papermaking, and its application areas are not limited to meal bags and work bags. At present, the products of fully automatic pulp tableware equipment are mainly environmentally friendly food packaging containers-meal bags and work bags. Environmentally friendly food packaging containers mainly include pulp molded tableware, lunch boxes, instant noodle bowls, plates, cups, plates, fresh-keeping dishes, etc.; fully automatic pulp tableware equipment industrial packaging products mainly include shockproof inner packaging for electronic products, medical equipment, gifts and other industrial products. In recent years, these pulp molded industrial packaging products have become increasingly sophisticated and sophisticated. Biodegradable fully automatic pulp tableware equipment products are dry three-dimensional paper made from annual herb fiber pulp (sugarcane bagasse Sugarcane Bagasse, reed, wheat straw, bamboo, etc.), added with additives, specially treated, and heated and pressed on a mold. product. 2. With the advancement of the global plastic ban, fully automatic pulp tableware equipment products are an ideal substitute. 2.1 The unique performance advantages of fully automatic pulp tableware equipment products: (1) The products are environmentally friendly and can be naturally degraded. The fully automatic pulp tableware equipment products buried in the soil can be completely degraded naturally in 3 months under the action of microorganisms, without the need for centralized composting. Plant fiber (paper pulp) molded products are naturally degradable and recyclable, and are environmentally friendly products. (2) Products stored indoors can be stored for a long time (generally 10 years) before use and will not age, become brittle, or deteriorate. (3) The product has a certain strength, good texture, and smooth appearance; high-quality industrial packaging products molded from pulp have a more refined appearance.

(4) The EAMC fully automatic pulp tableware equipment production line is highly versatile, and the product type can be easily changed by changing the mold. (5) The product has good waterproof and oil-proof properties. In the manufacturing process of fully automatic pulp tableware equipment products, adding an appropriate amount of additives can produce waterproof and oil-proof effects. (6) Raw materials are widely sourced and cost is low. It mainly uses annual herb fiber pulp or waste paper as raw materials. It is adapted to local conditions and used locally. It is inexhaustible. Pulp mills can use wet raw pulp (bleached pulp or uncolored pulp) as raw material for direct production; other fully automatic pulp tableware equipment product factories can use commercial pulp for production. (7) The production process consumes little water, has no waste water discharge, and meets the requirements of clean production. (8) The products of the fully automatic pulp tableware equipment have good air permeability and have unique benefits for the packaging of fresh products. (9) Used for high-quality industrial packaging, it has good shock resistance and buffering effects, and can effectively protect products from damage during transportation. (10) According to the different requirements of users, the surface quality, color, graphics and other appearance elements of the product can be post-processed. (11) Low recycling cost and reusable. (12) Modern production technology can achieve high-speed, automated mass production.