2results about How to "Easy to post" patented technology

The utility model relates to corrugated paper display stand technical field, concretely is a corrugated paper display stand for pet food, a corrugated paper display stand for pet food, including main support board, a plurality of bearing plate, the advertising board of carding in the top of main support board, a plurality of bearing plate from top to bottom are in turn equal interval and set up on main support board, still include the bottom cover plate of main support board bottom, a plurality of baffle, main support board is by backplate area, left wing board area, right wing board area is composed, left wing board area, right wing board area symmetrical setting is at both sides of backplate area, left wing board area, right wing board area with backplate area junction all are equipped with the vertical folding line of being convenient for folding, main support board integrated moulding, and the left and right sides of backplate area are equipped with the wing board area that can fold, and the bearing plate of placing article is mobile and is adhered on backplate area, and this design is convenient for assembling and disassembling each part, and the both ends of bearing plate still are inserted and are connected in left, right wing board area, and the structure is stable.

This invention relates to the field of pulp molding technology, specifically to a wet pressing method for preparing plant fiber containers using high-pressure gas extrusion molding. This method employs high-pressure gas extrusion technology, combining precisely processed plant fiber boards with pulp to form containers with high strength and stability. The preparation process includes key steps such as precise processing of the plant fiber boards, pulp injection, compression, drying, and molding. During the pulp injection stage, a slow wire cutting machine ensures the molding die has an accuracy within 1 mil, and water holes are provided on the die to facilitate pulp entry and exit. During the compression stage, high-pressure compressed air rapidly expands the inner bladder, reducing the moisture content of the wet preform to approximately 70%, giving the container excellent strength and stability. The final product exhibits excellent tensile, flexural, and compressive strength. This container preparation method is widely applicable to applications requiring high strength and stability, providing reliable technical support for the preparation of environmentally friendly and high-performance containers.