Method and apparatus for producing exterior wall self-heat preservation composite ecological light wall board

Abstract

The invention provides a method and equipment for producing an external wall selfinsulation composite ecological light wall plate. The method comprises the following steps of: (1) sending a multicellular plate material to a production line; (2) mixing materials and sieving; (3) adding plant fibers into the materials, putting the mixed materials in a tank after the mixed materials are stirred; (4) stirring the mixed materials into slurry; (5) pouring the slurry to produce a first layer of plasterboard; (6) spreading a grid cloth and a foam plate on the first layer of the plasterboard for secondary pouring to produce a foam plaster layer; and (7) spreading the grid cloth on the foam plaster layer for third pouring, and spreading and pressing an adhesive tape on the poured foam plaster layer to produce a finished product which is cut into pieces and is loaded and transported into a warehouse. The equipment comprises a backplane feeding support (1), conveyors (2, 9), a grading screen (3), hoisting machines (4, 7), mixers (5, 11), a storage tank (8), a pressure distributor (12), a leveling device (19), a forming machine frame (20), a cutting machine (21) and a plate grasping and feeding machine (23). The method and the equipment have the advantages of reasonable structure, perfect process, continuous operation, great increased yield, heat insulated product, energy conservation, sound isolation and ecological environmental protection.

Description

technical field [0001] The invention belongs to the technical field of construction machinery, and in particular relates to a production method of an exterior wall self-insulating, energy-saving composite ecological light-weight wallboard with multiple layers and production line equipment for realizing the method. Background technique [0002] At present, the traditional gypsum wallboard production lines distributed in the construction and building materials industry generally have problems such as low degree of mechanization, low production efficiency, many equipment failures, waste of raw materials, etc., and cannot be used for exterior walls. The resulting consequences are: The products produced are single, and often cannot meet the requirements of new building materials currently promoted by the country, which require more thermal insulation, more energy saving, and more diversified self-insulating exterior walls. Especially in areas with hot summer and cold winter and h...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional gypsum wallboard production lines distributed in the construction and building materials industry generally have problems such as low degree of mechanization, low production efficiency, many equipment failures, waste of raw materials, etc., and cannot be used for exterior walls. The resulting consequences are: The products produced are single, which often cannot meet the requirements of the new building materials currently promoted by the country, which require more thermal insulation, more energy saving, and more diversified self-insulating exterior walls.

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