Blow-drying device used for wood-plastic floors

Abstract

The invention belongs to the technical field of manufacturing and processing equipment of wood-plastic floors, and particularly relates to a blow-drying device used for the wood-plastic floors. The blow-drying device used for the wood-plastic floors comprises a blow-drying device base board, supporting units, blow-drying fan units and fan power-on units. The supporting units are arranged on the blow-drying device base board and used for supporting the wood-plastic floors and the blow-drying device base board, the blow-drying fan units are arranged on the blow-drying device base board, and the fan power-on units are used for triggering the blow-drying fan units to conduct blow-drying action. The blow-drying fan units are arranged on the two sides of the supporting units. According to the blow-drying device used for the wood-plastic floors, blow-drying is triggered after the wood-plastic floors are placed into the device, the blow-drying fan units are located on the two sides of the wood-plastic floors, and thus the blow-drying way capable of achieving a high electric energy utilization ratio and a good blow-drying effect is achieved. The blow-drying device used for the wood-plastic floors has the advantages of being simple and effective in structure, good in blow-drying effect, efficient and capable of saving energy.

Description

technical field [0001] The invention belongs to the technical field of manufacturing and processing equipment for wood-plastic flooring, and in particular relates to a drying device for wood-plastic flooring. Background technique [0002] Wood-plastic flooring is a green and environmentally friendly floor made of wood (wood cellulose, plant cellulose), thermoplastic polymer materials (plastics) and processing aids, etc., which are mixed evenly and then heated and extruded by mold equipment. Type floor, both the performance and characteristics of wood and plastic. In the manufacturing process of wood-plastic flooring, blow-drying operation is essential, and only the wood-plastic floor after drying can be stored in the next step. [0003] Most of the blow-drying devices in the prior art are in the way that the fan rotates continuously after power-on and blows up and down. There are two defects in this way: first, the fan is in the normal open state, and the interval between t...

AI Technical Summary

Problems solved by technology

[0003] Most of the blow-drying devices in the prior art are in the way that the fan rotates continuously after power-on and blows up and down. There are two defects in this way: first, the fan is in the normal open state, and the interval between the actions of the wood-plastic floor is placed in sequence. In the gap, there is a waste of electric energy due to ineffective blow-drying. Second, the way of blowing up and down is not suitable for wood-plastic flooring with openings in the middle. There are problems of incomplete drying and residual moisture in the middle opening. Therefore, the existing The wood-plastic floor manufacturing industry is in urgent need of an efficient and applicable drying device

[0005] The utility model has the problem of low drying operation efficiency

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