Manufacturing method of industrial logistics supporting plate by using wood plastic die-casting

Abstract

The invention discloses a manufacturing method of an industrial logistics supporting plate by using wood plastic die-casting, which relates to industrial logistics supporting plates. The manufacturing method comprises the following process steps of: pulverizing waste bamboo woods into needle-like chips, pulverizing waste rubber into powder, pulverizing waste plastics into sheets or particles, mixing the needle-like chips, the powder-shaped waste rubber, the sheet-shaped or particle-shaped waste plastics, and uniformly stirring the mixture to prepare core materials; paving the core materials, keel materials and surface materials into a mould; then feeding the core materials, the keel materials and the surface materials into a hot press; and applying high-temperature high-pressure to the hot press to perform high-pressure formation, pressure maintaining and nature determination, and demoulding to prepare a finished product. The manufacturing method has the advantages that: the high-temperature high-pressure die-casting process is adopted and materials are scientifically mixed; compared with the prior art, the method has the characteristics of hot melt cementation and condensation solidification by adding raw materials of the waste rubber, and combining the raw materials of the waste rubber with other waste wood materials and keel materials to form a whole body; the materials are paved reasonably in layers to effectively improve intensity and rigidity of a layered supporting plate; and the waste materials are fully utilized to prepare the industrial logistics supporting plate with high quality and long service life.

Description

Technical field: [0001] The invention relates to a manufacturing method of an industrial logistics pallet. Background technique: [0002] In the logistics process of moving goods, especially in the production and handling process of new building materials such as various new composite material blocks, unburned bricks, etc., a large number of pallets are required to be used. The existing pallets can be roughly divided into three types. The first is the steel pallet, its main defect is that it needs to consume a large amount of steel, the cost is high, and it is easy to rust; the second is the pallet made of bamboo wood, its main defect is that it is easy to bend and deform after loading, easy to absorb water, Expansion, deformation; the third is the existing composite material pallet, the existing problems are mainly in the selection of materials, ingredients and the use of aggregate and the manufacturing process are unreasonable, resulting in low load strength of the pallet,...

AI Technical Summary

Problems solved by technology

[0002] In the logistics process of moving goods, especially in the production and handling process of new building materials such as various new composite material blocks, unburned bricks, etc., a large number of pallets are required to be used. The existing pallets can be roughly divided into three types. The first is the steel pallet, its main defect is that it needs to consume a large amount of steel, the cost is high, and it is easy to rust; the second is the pallet made of bamboo wood, its main defect is that it is easy to bend and deform after loading, easy to absorb water, Expansion, deformation; the third is the existing composite material pallet, the existing problems are mainly in the selection of materials, ingredients and the use of aggregate and the manufacturing process are unreasonable, resulting in low load strength of the pallet, not resistant to aging and service life Short and other defects

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