Manufacturing method of novel haze-prevention mask

Abstract

The invention discloses a manufacturing method of a novel mask. The mask comprises a face mask body, ear belts and a respiration valve. The method comprises the following steps of placing a textile fiber layer of nano-silver ions onto a mold A to serve as a bottom layer, placing moulding colloid and micrometer nanometer carbon-filtering layers at the upper portion and the lower portion of the bottom layer respectively, placing carbon-filtering layers on moulding colloid and the micrometer nanometer carbon-filtering layers to be subjected to heat-seal treatment to form a first composite part; placing a bamboo carbon fiber textile fabric layer on a mold B to serve as a bottom layer, and placing anion-continuously-forming layers on the bottom layer to be subjected to heat-seal treatment to form a second composite part of a hood body; placing the first composite part on the mold A to serve as a bottom layer, and placing cotton blended yarn fabric on the first composite part to be subjected to heat-seal treatment to form a third composite part of the hood body; placing the second composite part on a mold C to serve as a bottom layer, placing the third composite part on the second composite part, and covering the cavities of the molds with the composite parts to conduct heat-seal treatment to form a complete composite part of the hood body; conducting flanging treatment on the periphery of the complete composite part; installing the respiration valve.

Description

technical field [0001] The invention relates to the technical field of mask making, in particular to a method for making a novel anti-smog mask. Background technique [0002] The anti-smog masks in the prior art all adopt a planar structure. For example, some anti-smog masks with activated carbon media have poor overall adsorption. There is no difference in gender and age, poor sealing effect, poor filtering and protective effect, greater sense of suffocation, poor wearing comfort of masks, with the severe haze weather and the enhancement of people's awareness of health protection, there is an increasing need for anti-aging Pollution anti-smog respirator utensils, the mouth mask of prior art does not adapt to the requirement of people to air environment and smog protection. And the anti-smog mask of prior art is easy to produce structural deformation due to the difference and defect of material and manufacturing method, and the wearing comfort of mouth mask is poor, more li...

AI Technical Summary

Problems solved by technology

In the production process of the mask, the present invention comprehensively uses methods such as temperature control, pressure, and high-pressure shaping to make the anti-fog mask with activated carbon adsorption material as the medium reactivated in the application environment such as vibration, friction, and washing to activate the activated carbon. The adsorption function of the existing technology solves the problem of anti-smog masks that use activated carbon as a protective medium. During production, transportation, and sales, the activated carbon medium is exposed to the air, and the adsorption function of the activated carbon itself cannot be identified and controlled. The problem of poor overall adsorption of activated carbon media anti-fog masks caused by the adsorption and saturation of the surface layer before application

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