Production equipment of pvc foam fireproof board

Abstract

The invention discloses a production device for fireproof polyvinyl chloride (PVC) foam boards. The production device comprises a conveying mechanism, a sanding mechanism, a stacking mechanism, a gluing mechanism and a cold pressing mechanism. The sanding mechanism comprises a sanding rack, a cabinet arranged on the sanding rack, a sanding component installed in the cabinet, and a dust extraction component communicating with the interior of the cabinet. The sanding component comprises a sanding motor, a plurality of rotating rollers driven by the sanding motor to rotate, and sand paper wound on the rotating rollers, and gaps exist between the rotating rollers and a conveying component of the conveying mechanism. The stacking mechanism comprises a lifting folding rack, a stand, conveying rollers and sensors, wherein the stand is arranged on the folding rack, and the conveying rollers and the sensors are installed on the stand; and the stand is connected with the conveying mechanism. The production device is simple in structure and low in cost; and the produced fireproof boards are excellent in fireproof performance, stable in structure and not prone to stripping.

Description

technical field [0001] The invention relates to the technical field of PVC foam fireproof boards, in particular to a production device for PVC foam fireproof boards. Background technique [0002] In a broad sense, fireproof materials include partition materials, ceiling materials, furniture materials, floor materials, etc. Among them, the ceiling material and compartment material are quite important, but they are often overlooked by people. Most of today's residential buildings are high-rise collective housing. In order to reduce the load-bearing weight of high-rise buildings, the compartments are often designed with lightweight design. Most of them in foreign countries use polystyrene boards without flame-retardant treatment. The barbed wire layer is covered outside, and then the cement layer is sprayed on the outermost surface. [0003] Although this kind of compartment achieves the principle of light weight, the outer cement layer is prone to peeling off when exposed to...

AI Technical Summary

Problems solved by technology

[0003] Although this kind of compartment achieves the principle of light weight, the outer cement layer is prone to peeling off when exposed to high temperature, and then melts the inner polystyrene board that has not been treated for fire protection, making the fire resistance precarious

Although the current composite board has achieved light weight and fireproof performance, it is easy to peel off after being exposed to wind and sun, resulting in a greatly reduced performance.

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