Molding die of straight-tenon light wallboard and molding method thereof

Abstract

The invention discloses a molding die of a straight-tenon light wallboard. The molding die comprises a lower base plate, a front side plate, a rear side plate, a left side plate and a right side plate, wherein the front side plate is formed by splicing a plurality of front strip-shaped aluminum alloy molding modules which are tightly erected and arranged together side by side; the rear side plate is formed by splicing a plurality of rear strip-shaped aluminum alloy molding modules which are tightly erected and arranged together side by side; the left side plate, each front strip-shaped aluminum alloy molding module and the right side plate are integrally locked and connected by a first locking component; and the left side plate, each rear strip-shaped aluminum alloy molding module and the right side plate are integrally locked and connected by a second locking component. The invention further discloses a molding method for manufacturing the straight-tenon light wallboard by utilizing the molding die. According to the invention, a median septum is omitted, so that the process for dismounting and mounting the median septum is omitted. Therefore, the labor intensity of a worker is reduced, the production process step is simplified, the production efficiency is improved, and the problem of influence on the molding quality of a finished product caused by dismounting and mounting of the median septum is eliminated.

Description

technical field [0001] The invention relates to a molding die for a lightweight wallboard and a molding method thereof, in particular to a molding die and a molding method for a lightweight wallboard whose connectors are straight mortise structures. Background technique [0002] With the increasing efforts of the country to promote new energy-saving and environmentally friendly building materials and the increasing demand for lightweight building materials in modern buildings, EPS lightweight wall panels have been widely used. The lightweight wallboard is composed of a core board and calcium silicate boards arranged on both surfaces of the core board. One side of the core board is provided with a first connector, and the first connector is a straight tenon structure. The other side opposite to this side is provided with a second coupling piece matched with the first coupling piece. The second coupling piece is a straight tongue and groove structure, and the connection of two...

AI Technical Summary

Problems solved by technology

The molding die of this kind of structure, due to the tight joining between the front strip-shaped aluminum alloy forming modules and the close joining between the rear strip-shaped aluminum alloy forming modules, is realized through the clamping of the left and right side plates, so that the two The connection between the front strip-shaped aluminum alloy forming modules and the connection between the two rear strip-shaped aluminum alloy forming modules is relatively loose, which is prone to material leakage; in order to avoid the leakage of the finished product due to the phenomenon of material leakage in the wall panel forming area during the pouring process. In order to solve the problem of expansion and deformation of products, manufacturers generally install a middle partition at the position where the molding mold is located between two calcium carbonate boards, that is, the existing molding molds are equipped with core boards to prevent light wallboards from Partition plate that expands and deforms during pouring

[0004] However, due to the setting of the middle partition, the manufacturing cost of the forming mold is relatively high, and the forming method of the straight tenon light weight wallboard needs to increase the steps of workers disassembling and assembling the middle partition, thus resulting in the straight tenon light weight wall The forming process steps of the board are relatively complicated and the labor intensity of the workers increases. When disassembling the middle partition, the workers need to remove the products to realize the disassembly of the middle partition one by one, which further increases the labor intensity of the workers. The disassembly of the partition will inevitably bump the product, resulting in unstable product quality

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