A carbon fiber moisture-proof and mildew-proof clothing storage bacteriostatic fiber sheet

Abstract

This invention discloses a carbon fiber moisture-proof, mildew-proof, and antibacterial fiber sheet for clothing storage, belonging to the field of home clothing storage, protection, and maintenance technology. Addressing the pain points of traditional chemical anti-mildew desiccants—such as dampness and moisture accumulation in enclosed storage spaces like wardrobes, easy mold growth and bacterial proliferation on clothing, and the accumulation of odors and formaldehyde—this invention utilizes porous modified carbon fiber and plant-based moisture-proof fibers as the core substrate, prepared through hot-pressing composite processing, limiting the carbon fiber porosity to 70%-75%. This invention eliminates the need for chemical anti-mildew agents and desiccants, relying on the physical adsorption properties of carbon fiber to quickly adsorb moisture, formaldehyde, and odors, while simultaneously physically inhibiting the growth of mold and bacteria. It is safe, non-volatile, and causes no secondary pollution, with a long service life of 3-6 months. Its independently customizable design adapts to various storage scenarios for clothing, bags, and home textiles, demonstrating high commercial application value.

Description

Technical Field

[0001] This invention belongs to the field of home clothing storage, protection and maintenance technology, specifically involving a porous modified carbon fiber and moisture-proof fiber composite substrate, which integrates moisture-proof and moisture-absorbing, mildew-proof and antibacterial, and odor and formaldehyde adsorption into a special protective fiber sheet for clothing storage and its product application field. Background Technology

[0002] The poor air circulation inside enclosed spaces such as wardrobes and storage boxes makes it easy for clothes to become damp, moldy, and prone to bacterial and fungal growth, as well as unpleasant odors. Traditional moisture-proof and mildew-proof storage products often rely on chemical desiccants and chemical mildew inhibitors to achieve their protective effect. These products not only pose a risk of chemical volatilization and irritation but also easily cause secondary pollution. They are only effective in the short term and have a short protective duration. They cannot absorb harmful odors such as formaldehyde, cooking fumes, and mildew inside the storage space. Long-term use fails to meet safety and protective standards, making it difficult to achieve long-term safe protection for clothing, home textiles, bags, and other stored items. Summary of the Invention

[0003] This invention addresses the pain points of wardrobe storage spaces, such as dampness and mold growth, bacterial proliferation, odor accumulation, and the unsafety and short-lasting effects of traditional chemical anti-mold products. It innovatively uses porous modified carbon fiber and plant-based moisture-proof fibers as the core substrate, and integrates them into an antibacterial fiber sheet through a hot-pressing composite process, strictly controlling the carbon fiber porosity to 70%-75%. The product requires no added chemical anti-mold agents or desiccants, relying entirely on the physical adsorption properties of carbon fiber to quickly absorb moisture, formaldehyde, and various odor impurities from the storage space. Simultaneously, it leverages the physical antibacterial properties of carbon fiber to effectively inhibit the growth and reproduction of mold and bacteria for a long time. It is safe, non-volatile, and produces no secondary pollution, with a long service life of 3-6 months. It is widely applicable to the storage of various items such as clothing, bags, and home textiles for moisture-proof, mold-proof, and antibacterial protection. The novel and unique technical solution has extremely high commercial application value. Optimal proportion parameters The fiber sheet of this invention is prepared by hot pressing and composite of porous modified carbon fiber and plant moisture-proof fiber in an appropriate ratio. The porosity of the carbon fiber is precisely controlled at 70%-75%, without the need for additional chemical functional additives. The core protective function is achieved through pure physical action. Core performance indicators The product of this invention has an environmental moisture adsorption rate of ≥65% and a mold inhibition rate of ≥94% in storage space. It can efficiently adsorb various odors such as formaldehyde, oil fumes, and musty smells inside wardrobes, purifying the storage microenvironment. The independent sheet design can be freely cut to fit various storage spaces. It is safe, non-volatile, non-irritating, and provides long-lasting protection without the need for frequent replacement. Specific Implementation In this embodiment, porous modified carbon fiber with a porosity of 72% and plant moisture-proof fiber were hot-pressed together to prepare fiber sheets. Actual test data shows that the product has excellent moisture absorption, mildew prevention, antibacterial, and deodorizing properties; it does not release harmful substances during long-term use; it is suitable for various home storage scenarios; and its protective effect remains stable and meets standards.

Claims

1. A carbon fiber moisture-proof, mildew-proof, and antibacterial fiber sheet for storing clothing, characterized in that, It is prepared by integral molding of porous modified carbon fiber and plant moisture-proof fiber through hot pressing composite process. The porosity of the porous modified carbon fiber is controlled at 70%-75%. It does not require the addition of chemical anti-mildew agents or chemical desiccants. It achieves multiple storage and protection functions such as moisture absorption, antibacterial and anti-mildew, and removal of odor and formaldehyde purely by physical adsorption.

2. The carbon fiber moisture-proof, mildew-proof, and antibacterial fiber sheet for clothing storage according to claim 1, characterized in that, The product has an environmental moisture adsorption rate of ≥65% and a mold inhibition rate of ≥94% in the storage space. It can effectively adsorb formaldehyde, cooking fumes, musty smells and other household odors inside the wardrobe, effectively purifying the storage microenvironment.

3. The carbon fiber moisture-proof, mildew-proof, and antibacterial fiber sheet for storing clothing according to claim 1, characterized in that, The product features an independent, freely cut sheet structure, adaptable to various storage spaces of different sizes. It is safe, non-volatile, and free of chemical irritants, providing long-lasting protection for 3-6 months without the need for frequent replacement or maintenance.