About Molded Fiber Product Production Line

Modeling pulp (also known as mold fiber) has been used to make containers, trays and other packaging since the 1930s. Purch can be produced by recycled materials or directly produced by trees and other plant fibers. Modeling is widely used in electronic products, home supplies, automotive parts and medical products.

The mold is made by processing metal tools into the shape of the finished parts (if you want). Drilling the holes through the tool, and then attach the screen to its surface. Vacuum via the holes, while the screens prevent the pores from blocking the pulp. In order to manufacture fibrous parts, immerse the mold into the fiber slurry and apply the pressure gradient, and pump water through the holes in the mold. The fiber from the slurry is collected on the screen, and after the fiber layer is formed to the expected thickness, the mold with a fiber part is removed from the slurry. The fiber parts are then separated from the mold and can be processed (e.g., formed, heating, drying, top coating, etc.).

Modern fiber packaging products can be biodegradable and compostable. However, currently known fiber technology is not suitable for food packaging that foods can contact with packaging, especially meat and poultry containers, prefabricated foods, agricultural products, microwave food containers, and lids and cups for beverage containers.

Molded Fiber Product Production Line Includes:
1. For molding station, it includes: slurry tank, which is configured as a fiber slurry including liquid and multiple fibers; molding molds include a mold board that limits multiple vacuum channels; The position of the mold board relative to the slurry can;
2. parts transfer system, including: parts transfer characteristics, limited to multiple parts vacuum channels; and transmission institutions, which are used to move parts transfer characteristics from the first position of the formation of molding molds to the second position;
3. Suppressing the station, including: core mold; cavity mold, compatible with core molds; and suppressing the implementation system, which is used to adjust the position of the core mold relative to the cavity mold, of which at least one in the core mold and cavity mold Limited multiple vacuum channels and at least one heating component, and in the second position, the parts transfer characteristics are at least one junction in the core mold and cavity mold;
4. As well as removing the system, it includes: removing the characteristics, and its limited number of multiple parts vacuum channels and multiple trimming materials (TRIM) vacuum channels; and the transmission institution, which is used to at least at least from the core mold and cavity mold from the core mold and cavity mold. The third position of a joint moves to the fourth position.
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