Method for making novel health-care activated carbon fiber honeycomb quilt

Abstract

The invention discloses a method for making a novel health-care activated carbon fiber honeycomb quilt. The method comprises the following steps that a first one-way moisture permeable cloth layer, a second one-way moisture permeable cloth layer and a third one-way moisture permeable cloth layer are stacked in sequence, and quilting is carried out on three of the surfaces of each one-way moisture permeable cloth layer; a first filling layer is filled with heat preservation cotton; a second filling layer is filled with activated carbon fiber cotton; a quilt cover filled with the heat preservation cotton and the activated carbon fiber cotton is sealed, and then edge coverage forming is carried out. According to the method for making the novel health-care activated carbon fiber honeycomb quilt, a lining is formed by nanometer activated carbon fiber fabric and felt, the quilt is formed through quilting, and the novel health-care activated carbon fiber honeycomb quilt which has the function of cleaning and purifying indoor air and has a physiotherapy effect on a human body is made; due to the fact that honeycomb fiber fabric has the absorption function and the quick drying function, the single-side moisture permeability effect can be achieved through the change of the weave; due to combination between the nanometer activated carbon fiber fabric and the honeycomb fiber fabric, the multifunctional health-care quilt which is high in moisture conduction, can absorb harmful substances in the air, and have an infrared health care effect on the human body can be obtained.

Description

technical field [0001] The invention specifically relates to a method for making a novel health-care active carbon fiber honeycomb quilt. Background technique [0002] ACF nano-activated carbon fiber is a surface nano-particle with an irregular structure and a mixed system of nano-space. The fiber diameter is thin, the contact area with the adsorbate is large, and it can be evenly contacted and adsorbed, so that the adsorbent material can be fully utilized. High efficiency, and has various fine surfaces such as fiber, felt, cloth and paper, the pores are directly opened on the surface of the fiber, the diffusion path of the adsorbate to the adsorption site is short, and the outer surface area of ​​itself is two orders of magnitude higher than the inner surface area . It has a microporous structure, the radius of the micropores is below 2nm, the pore size distribution is narrow, the special pores are monodisperse, and the structure is composed of micropores of different siz...

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Problems solved by technology

Granular or powdery structure, its adsorption speed is slow, and the separation efficiency is not high, especially its physical form has many inconveniences in application, which limits the scope of application

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