Production line and production method of a composite thermal insulation decorative board

Abstract

The invention discloses a production line and production method for a composite heat-insulation decorative board. The production line structurally comprises a mould feeding machine, a demoulding machine, a thin stone feeding machine, a stirring feeding machine, a leveling machine, a roller press, a press machine and a mould discharging machine, wherein the mould feeding machine, the demoulding machine, the thin stone feeding machine, the stirring feeding machine, the leveling machine, the roller press, the press machine and the mould discharging machine are sequentially arranged from front to back with a conveying part of the production line as a carrier. The mould feeding machine is used for transferring a mould to the initial end of the conveying part. The demoulding machine is used for separating a board from the mould. The demoulding machine comprises a left clamping mechanism, a right clamping mechanism, an ejecting mechanism and a grabbing and transferring mechanism. The grabbing and transferring mechanism has the three-dimensional movement capacity and moves between a demoulding station and an auxiliary conveying belt station to integrally transfer a board body onto an auxiliary conveying belt. The production line is suitable for producing the heat-insulation decorative board with a base plate made of thin stone or a ceramic plate, a heat-insulation material and the base plate are effectively bonded by means of the adhesive property of slurry, an engaged structure is formed on the bonding surface of the heat-insulation material and the base plate, in this way, the bonding strength is improved by several times, and the bonding strength of the heat-insulation material and the base plate is further improved.

Description

technical field [0001] The invention relates to the technical field of a thermal insulation decorative board containing modified polystyrene particle non-combustible thermal insulation material, specifically a composite thermal insulation decorative board production line and production method. Background technique [0002] Composite thermal insulation decorative panels are divided into cement-based integrated panels, thin stone integrated panels and ceramic integrated panels according to different materials. [0003] In the production process of thin stone thermal insulation decorative panels and ceramic thermal insulation decorative panels, since thin stone and ceramics are used as substrates, the thickness is 8-12mm, and their size and style are fixed. For example, thin stone panels are generally cut into 60×90 specifications Yes, ceramic boards are generally 60×90 specifications. Since the size and shape are fixed, it is necessary to cut insulation boards, extruded plasti...

AI Technical Summary

Problems solved by technology

[0007] Aiming at the standardization of existing thin stone materials and ceramic plates, as well as the problems of cumbersome manufacturing process, easy falling off, waste of raw materials, and low yield of thermal insulation decorative panels, the present invention provides a composite thermal insulation decorative panel production line and production method. The one-piece board has the characteristics of no glue and high bonding strength. It is necessary to complete the compounding on one production line at one time, relying on the adhesive force of the slurry itself for bonding, so as to solve the problem that the original chemical adhesive is easy to age and prolong the service life. Life, while solving the problems of time-consuming, labor-consuming and complex processes in the manufacturing process

Images