Continuous automatic production equipment of structural thermal-insulating composite wall boards for buildings

Abstract

The invention relates to continuous automatic production equipment of structural thermal-insulating composite wall boards for buildings. The continuous automatic production equipment comprises a lateral edge steel belt unreeling machine, a lateral edge tongue-and-groove side stopping forming machine, a crown-block-type vacuum sucker transferring machine, an automatic sticking machine, an automatic variable-frequency speed adjustment transmission line, an infrared preheating device, a foaming and pouring platform, a PLC (Programmable Logic Controller) control operation table, a thermosetting high-pressure foaming machine, a raw material premixing device, a hydraulic double-track lamination assembly line, a hot-air-circulation temperature control device, an automatic tracking cutter and an automatic packaging device. The continuous automatic production equipment provided by the invention has the beneficial effects that inorganic panels and core materials can be continuously produced and once formed; automatic connection and non-dislocation juncture can be realized by a double-faced panel, so that not only can metal-faced composite boards be produced, but also non-metal-faced double-faced composite wall boards further can be produced; and the continuous automatic production equipment has the advantages of high automatic degree, high production efficiency and low production cost.

Description

technical field [0001] The invention relates to continuous automatic production equipment, in particular to a continuous automatic production equipment for structural thermal insulation composite wall panels for buildings. Background technique [0002] At present, the existing automatic production equipment of inorganic surface material thermal insulation composite wallboard has the following defects: [0003] 1. Inorganic panels and core materials cannot be continuously produced and molded at one time. For core material layers such as thermosetting resins, (polyurethane (PU), (PIR), phenolic), etc., they need to be made into plates separately, and then passed through adhesives. bonded to the panel; [0004] 2. Only metal-faced composite panels can be produced, and non-metallic double-sided composite wallboards cannot be produced; [0005] 3. The double-sided inorganic board cannot realize automatic seam connection, and cannot solve the automatic sealing of the board and t...

AI Technical Summary

Problems solved by technology

[0003] 1. Inorganic panels and core materials cannot be continuously produced and molded at one time. For core material layers such as thermosetting resins, (polyurethane (PU), (PIR), phenolic), etc., they need to be made into plates separately, and then passed through adhesives. bonded to the panel;

[0004] 2. Only metal-faced composite panels can be produced, and non-metallic double-sided composite wallboards cannot be produced;

[0005] 3. The double-sided inorganic board cannot realize automatic seam connection, and cannot solve the automatic sealing of the board and the continuous casting of the core material;

[0007] 5. The equipment has a low degree of automation and requires workers to assist in production, resulting in low production efficiency and high production costs

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