The use of nanotechnology in the textile

The term “nanotechnology” has been heard frequently in everyday contexts such as the chemical industry, automobiles, construction, electronics, medicine, agriculture, energy, the environment, and the production of a COVID vaccine using mRNA. But what exactly is nano? So, what does this have to do with technology? Let’s find out together.

 

Nano is a prefix for units that means “one billionth.” This prefix denotes a factor of 10-9 or 0.000000001 and is most frequently used in conjunction with the metric system. In addition, it is commonly used in science and electronics to denote time and length units. The prefix is derived from the Greek word for “dwarf.”

 

Nanotechnology or nanotech is defined as applying scientific knowledge to synthesize and control matter at the nanoscale to exploit microscopic particles’ properties and structural properties. It differs from the atomic or molecular properties of matter and the properties of large materials.

 Nanotechnology is a branch of science concerned with the design, manipulation, and synthesis of materials and devices on the nanometer scale. As a result, those materials or devices have more distinct physical, chemical, and biological properties, increasing their usability and economic value. Nanotechnology is a branch of science that encompasses many disciplines, including synthetic chemistry, materials science, electrical engineering, electronics, bioscience, and numerous industries such as paints, plastics, rubber, paper, glass, and construction.

 

Textiles are one product that we use daily that is increasingly incorporating nanotechnology.       Nanoparticles or nanofibers can be seen on the surface of these textiles or are incorporated into the fabric’s texture. Alternatively, a nanometer-thin film layer is coated on the fabric’s surface to impart desired properties, such as

 

Nanotech was previously used to coat fabrics with non-absorbent substances such as wax or natural rubber. At the moment, the fiber’s surface has been modified to provide waterproofing properties. Alternatively, coat the fibers with a non-absorbent substance using chemical methods, using nanotechnology principles to create textile surfaces that resemble water rolling on lotus leaves. This keeps the fabric from getting wet and acts as a self-cleaning agent.

 

Nanotech will be used in textiles to impart properties that inhibit microorganism growth. Sweat and dirt-related odors should be eliminated and reduce fabric damage caused by mold or bacteria, which causes fibers to deteriorate quickly.

 

Nanotech will be used on the surface of a fabric to increase its electrical conductivity. This allows the electric charge to pass more easily through the ground or surrounding area, reducing the generation of electrical charges when the fabric rubs against the wearer’s skin.

 

Nanotech will be used on fibers to keep the fibers’ surface from becoming wrinkled. As a result, the yarn is luxuriously soft and silky smooth. Transportable certain substances, such as resins, can stiffen the fabric. In addition, inadequate water absorption and ventilation contribute to wearer discomfort, which nanotechnology can help to alleviate.

 

Nanotech will help improve the fabric’s softness, touchability, and durability. Besides cloth, nanotechnology will be found in fabric softeners, which soften fabrics.

 

UV light is the primary cause of premature skin aging and wrinkles, including the occurrence of skin cancer. Furthermore, if the textile is frequently exposed to sunlight, the color will fade. Incorporating nanotechnology-based finishing agents into fabrics will improve light and ultraviolet ray reflection.

If you are looking for nanotechnology clothing, we recommend starting with D’Finest Fabric from Thailand. The shop’s easy-care fabric collection has over 400 pieces available and is never out of stock, making it a great choice. D’Finest has a complete set of patterns and weaves with easy-ironing, quick-drying, anti-piling, produced with the highest quality of filament yarn from cotton, made from accredited mills, and fast-color low formalin resulting in good weight, high durability, bright colors, wearability, and also combined with nanotech. This collection is suitable for all types of purposes and people of all ages. 

 

With a single focus on quality for over 80 years, this Thailand fabric supplier company has supplied shirting, uniform, retail, and wholesale fabrics. As new shirting fabric production technologies and advancements have appeared, D’Finest Fabric, as the woven fabric manufacturer, shirting fabric supplier, and retail and wholesale fabric store, has adapted and evolved to improve hand feels and wear while avoiding pilling, shrinkage, and fading. OEKO-TEX standard 100, BCI, Bureau Veritas standard SA8000, and others are among the standards that accredited mills worldwide use. Fabrics include Oxford fabric, TC fabric, and tailors.  

 

D’Finest Fabric also stocks raw fabric in various weights, compositions, and weaves. To achieve OEKO-Tex and BCI certifications, this store uses a quality-control yarn dyeing process. Produce precisely using a Toyota air-jet loom. Preserves dye absorption, tear strength, and shrinkage resistance in cotton. Next, safronize the cotton before cutting and weaving to stretch and fix the woven cloth. Finish with an OEKO-Tex standard liquid ammonia elastomer to minimize shrinkage after washing. Every step ensures you get the best fabrics from D’Finest Fabric.