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How does striped sun velvet fabric achieve anti-bacterial and anti-mite functions?
The realization of striped sun velvet fabric's antibacterial and antimite functions is a process that integrates material science, textile technology and biotechnology. Here's a more detailed explanation:
Fiber treatment: Fiber is the basis of fabrics, so antibacterial and anti-mite treatment at the fiber stage is very effective. The fibers used in striped sundown fabrics, such as polyester, acrylic, etc., may have antibacterial and anti-mite agents added during the production process. These antibacterial and anti-mite agents can be natural substances (such as plant extracts) or synthetic substances (such as organic halides). They can be closely combined with the fiber, making the fiber itself possess anti-bacterial and anti-mite properties.
The mechanism of action of antibacterial agents usually includes destroying the cell wall of bacteria, interfering with their metabolic processes, or inhibiting their growth and reproduction. Anti-mite agents may achieve anti-mite effects by affecting physiological processes such as mites' breathing, reproduction or movement.
Fabric structure: The special structure of striped sun velvet fabric also contributes to the antibacterial and anti-mite functions. Its concave and convex stripe design is not only beautiful, but can also increase the physical barrier effect of the fabric surface to a certain extent, making it difficult for bacteria and mites to adhere. In addition, the fiber structure inside the fabric may form a "maze effect", making it difficult for bacteria and mites to survive and reproduce.
Post-processing: After the fabric is produced, a series of post-processing may be performed in order to further enhance its antibacterial and anti-mite properties. These treatments may include spraying with special antibacterial and anti-mite agents, dipping or heat treatment. These treatments ensure that the antibacterial and anti-mite agents are evenly distributed on the surface and interior of the fabric, providing long-lasting anti-bacterial and anti-mite effects.
In addition, some high-end striped sun velvet fabrics may also use nanotechnology or other high-tech means to evenly distribute antibacterial and anti-mite agents in the fabric in the form of nanoscale, thereby improving its effect and reducing irritation to the skin.
Different brands and types of striped sun velvet fabrics may have different antibacterial and anti-mite treatments. Therefore, when purchasing, consumers are advised to read product descriptions carefully and choose products certified by authoritative organizations to ensure their quality and effectiveness. At the same time, correct use and maintenance are also important factors in maintaining the antibacterial and anti-mite properties of fabrics.
Fiber treatment: Fiber is the basis of fabrics, so antibacterial and anti-mite treatment at the fiber stage is very effective. The fibers used in striped sundown fabrics, such as polyester, acrylic, etc., may have antibacterial and anti-mite agents added during the production process. These antibacterial and anti-mite agents can be natural substances (such as plant extracts) or synthetic substances (such as organic halides). They can be closely combined with the fiber, making the fiber itself possess anti-bacterial and anti-mite properties.
The mechanism of action of antibacterial agents usually includes destroying the cell wall of bacteria, interfering with their metabolic processes, or inhibiting their growth and reproduction. Anti-mite agents may achieve anti-mite effects by affecting physiological processes such as mites' breathing, reproduction or movement.
Fabric structure: The special structure of striped sun velvet fabric also contributes to the antibacterial and anti-mite functions. Its concave and convex stripe design is not only beautiful, but can also increase the physical barrier effect of the fabric surface to a certain extent, making it difficult for bacteria and mites to adhere. In addition, the fiber structure inside the fabric may form a "maze effect", making it difficult for bacteria and mites to survive and reproduce.
Post-processing: After the fabric is produced, a series of post-processing may be performed in order to further enhance its antibacterial and anti-mite properties. These treatments may include spraying with special antibacterial and anti-mite agents, dipping or heat treatment. These treatments ensure that the antibacterial and anti-mite agents are evenly distributed on the surface and interior of the fabric, providing long-lasting anti-bacterial and anti-mite effects.
In addition, some high-end striped sun velvet fabrics may also use nanotechnology or other high-tech means to evenly distribute antibacterial and anti-mite agents in the fabric in the form of nanoscale, thereby improving its effect and reducing irritation to the skin.
Different brands and types of striped sun velvet fabrics may have different antibacterial and anti-mite treatments. Therefore, when purchasing, consumers are advised to read product descriptions carefully and choose products certified by authoritative organizations to ensure their quality and effectiveness. At the same time, correct use and maintenance are also important factors in maintaining the antibacterial and anti-mite properties of fabrics.
Huzhou Colorful Textile Co., Ltd.
Huzhou Colorful Textile Co., Ltd. is located in Zhili Town High-tech Industrial Park, China's children's wear city. The main production and sales of plush warp-knitted products: for children's clothing spandex super soft and ollie velvet products, compared with the market has obvious cost performance. Due to the reduction of layers of intermediate links, completely control the price advantage. The company has superior geographical location, strict internal management, stable quality (with export orders of professional technical team), hot pillow service, the preferred supplier for garment enterprises cooperation.
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