Forming device for veneer wallboard production and production method thereof

Abstract

The invention discloses a forming device for veneer wallboard production and a production method thereof. The forming device comprises a conveying piece, wherein two groups of supporting pieces which operate alternately are arranged on the conveying piece; each supporting piece comprises a forming supporting plate; a first supporting frame is arranged on the conveying piece; the first supporting frame comprises a forming frame body; a driving piece is arranged on the conveying piece; a locking piece is arranged on the first supporting frame; a material distributing piece, a vibrating piece and a spraying piece are movably arranged on the first supporting frame; and the material distributing piece is used for uniformly distributing materials in the forming frame body. The forming device disclosed by the invention replaces a conventional receiving operation mode, so that production efficiency is improved, market needs are met, and labor efficiency of a worker is reduced; and mechanical integrated production is adopted, so that the production process is guaranteed to be consistent, mechanical property difference is relatively small, and spot check detection is convenient.

Description

technical field [0001] The invention relates to the field of production of decorative wallboards, in particular to a forming device for the production of decorative wallboards and a production method thereof. Background technique [0002] Concrete is the largest material in modern architecture and is widely used in cast-in-place concrete structures and prefabricated components. With the development of housing industrialization technology, prefabricated concrete wall panels have become one of the main components for prefabricated housing. In the production process of traditional decorative wall panels, manual cloth is required, vibration compaction, low efficiency, and cannot meet market demand. Long-term operation increases the labor intensity of the staff. When receiving the operation, its operation standards are limited , resulting in a large difference in the mechanical properties of each wallboard. Since most wallboards are tested by sampling, the test results are not r...

AI Technical Summary

Problems solved by technology

In the production process of traditional decorative wall panels, manual cloth is required, vibration compaction, low efficiency, and cannot meet market demand. Long-term operation increases the labor intensity of the staff. When receiving the operation, its operation standards are limited , resulting in a large difference in the mechanical properties of each wallboard. Since most wallboards are tested by sampling, the test results are not representative.

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