The simplest approach to understanding graphene is to think of it as thin graphite, a carbon; a sheet-like substance used in pencil lead. Graphene is one of the allotropes of the chemical element “H” known as carbon. It has the same atoms, but they are arranged differently, giving the material different properties. For instance, both carbon and graphite are forms of carbon, but they have very different properties and characters. carbon is very strong, while graphite is brittle. The atoms of graphene are bonded together and repeated in hexagonal patterns.
A single layer of carbon atoms makes up the strong and long-lasting substance known as graphene. Because of the tight chemical links between these atoms, graphene is 200 times stronger than steel.
It is now the newest substance in recent years and involves textile technology with great properties for its mechanical and functional capabilities. It is getting a lot of attention in the textile industry as the result has shown positive performance even for simple daily wearing.
How Does Graphene Fabric Work?
Graphene nanoparticles are processed and embedded into the fiber, the graphene fibers spin into the fabric. Athletic companies and clothing brands could customize the graphene fabrics for wearing products, mainly to enhance the greatest level of sports performance.
Graphene fabrics make it a perfect material for various types of fabrics and garments. SPORTINGTEX® has been working on developing fibers that are composed of graphene. Now that we are aware of the applications of graphene in clothing, it is time to see how this marvelous substance can improve a common fabric.
Graphene is a great material to improve a piece of clothing due to its high thermal and electrical conductivity. Sports, outdoor, maternity, and smart clothing items can benefit from good heat retention properties and electrical conductivity. The material functions as a filter between the skin and the environment, releasing heat in warm weather and retaining and distributing body heat evenly in colder climates. While remaining breathable and comfortable, textiles with graphene enhancements have the potential to support the way our bodies naturally regulate their internal temperatures.
There are three major characteristics that we benefit from graphene fabric:
High resistance to electrical and conductivity: A naturally conductive substance is graphene. Electric charges are dispersed when the layers of graphene are applied, preventing the electric charges from building up on the surface.
Thermoregulation: When encountering variations in the temperature or physical exercise, graphene can maintain a steady body temperature with no significant thermal change.
Anti-odor: Graphene nanoparticles offer outstanding anti-odor properties and are free of toxicity.
Graphene fabric reduces tension with better conductivity; aids in removing negative energy and static electricity from the body.
Use of Graphene Fabrics
Graphene fabric is considered a future textile due to its strongest and most flexible characteristics. The use of graphene fabrics is not only for sportswear and outdoor wear there are also a wide number of industries including home accessories, health care, electronics, energy, and military, that started influenced by graphene substance.
In textile industries, the inner of graphene coats, gloves, pants, basic items like t-shirts and leggings, and several other winter apparel can all be made from graphene materials. Numerous suppliers of graphene have developed fibers that can combine with different fibers according to customers’ needs. Graphene fabrics have flexible characteristics that we can customize the fabric with the antibacterial and same time with quick dry properties.
A fabric made from such a sophisticated fiber with thermal qualities offers the perfect fabric for creating a variety of garments since it serves as a great replacement for metal sensors.
How Much Is Fabric Graphene per Yard?
Pricing today for graphene fabrics ranges depending on the quality of fabric structure, percentage of graphene fiber, and volume of purchase. The wide variance in the price range of the market is mainly because not all graphene fabrics require the highest quality contents of graphene. For instance, some customers need a lower percentage of graphene yarn for their selling purpose while other customers require a higher percentage of graphene yarn for professional athletes. SPORTINGTEX® will help to find the most suitable graphene fabric and assist with the price according to the needs.
Graphene Fabric for Sale
SUN DREAM ENTERPRISE CO. LTD. (SPORTINGTEX®) is a fabric manufacturer that locates in Southern Taiwan, graphene fabrics are one of the functional fabrics for supplying. As a graphene fabric manufacturer, we offer graphene fabrics with different fabric structures, fabric patterns, and fabric weights.
Our graphene fabrics are using nano-technology to process the graphene into powder, and the graphene powder adds directly into the fiber. Graphene-embedded textiles are the potential for wearable technologies, particularly, the function will never be washed away from the fiber.
SPORTINGTEX® is committed to protecting the environment and continuously creating eco-friendly products according to global environmental regulations. In keeping with the idea of responsibility for life, we concentrate on the creation of health protection products to prevent potential risks to the human body.
Have you heard of recycled fabric? Do you know the use of recycled fabrics is increasing in different areas across the world, including fashion industry, interior design industry, car industry, medical fields, etc.? Sportingtex® has profound experience manufacturing recycled textiles and we keep improving fabric quality to offer the clients diverse designs of recycled fabrics. We’d like to share the experience that we explored during the development of recycled fabrics and will help you understand how we process the wastes into green textiles.
What is the meaning of recycled fabric?
Recycling has become common sense to be considered to be an environment-friendly routine. The meaning of recycled fabric is the fabric that it is made from recycled materials to refine a new valuable item.
What are the recycled materials that we can use to make fabric? Surprisingly, the garbage or wastage we dumped into the trash every day can be recycled, reused, and re-created. Therefore, trashes like clothing waste, food waste (such as fish scales) and plastic bottles are major types of materials that can be reused by using simple technological processes to produce recycled fabrics.
Nowadays, plastic bottles are the most critical issue that has environmental consequences to pollute our land and oceans. 481.6 BILLION plastic bottles were used worldwide in a year. That is 40 billion per month and 1.3 billion per year (data from H.o.W ). What can we do from these bottles? There are many advantages that can help us and our environment if we can reuse these tremendous numbers of plastic bottles smartly. One of the biggest innovations is to turn plastic bottles into fiber to make a new fabric.
How do you turn recycled plastic into fabric?
The process of making eco-friendly fabrics is simply cleaning all the collected plastic bottles. After cleaning, drying, and crushing into small chips, these chips will be melted, and then spun into fibers.
The reason why recycled fabric is sustainable
There are many garment factories, fashion brands, and yarn suppliers trying to develop more products via eco-friendly processes to make recycled fabrics. Another advantage to using recycled plastic bottles is that factories can use less water and chemical ingredients so that it can decrease the generation of greenhouse gases, such as carbon dioxide and methane.
What is “recycled polyester fabric”?
Recycled polyester is a fabric that is commonly used in the textile and apparel industry to make fabrics for sportswear and fashion apparel.
Virgin polyester fabric vs. recycled polyester fabric
Polyester is a synthetic material made from crude oil, lots of water, and chemicals. There is an energy-consuming process that involved high levels of pollution and chemicals during production.
Recycled polyester, also called rPET, it is made from raw materials, such as recycled plastic water bottles. With the processes of cleaning and melting the existing plastic bottles/boxes, then spinning them back into new polyester fibers. These fibers are used to produce recycled polyester fabric.
Use recycled polyester fabric instead of virgin polyester fabric
A major benefit of using recycled polyester instead of using virgin polyester is that recycled polyester fabric provides second life and even 3rd life to non-biodegradable materials, the reduction of bottles that would eventually be in landfills or the ocean. Another benefit is the garments produced from recycled polyester fabric are sustainable and can be recycled again, and it can decrease the wastage of the quick fashion as for the current trend. Plastic bottles are reused in the fiber production process, which has a great advantage in reducing pollution to the earth, drinking water, and air. This also means that less oil is needed to produce regular polyester.
Is recycled polyester fabric the same as recycled PET fabric?
Recycled polyester is the same as recycled PET fabric. Both fabric materials are made from likewise referred to as PET (polyethylene terephthalate). PET is the most popular material to use as it is durable and very light to carry. It is widely used for packaging foods, water bottles, salad dressing cases, shampoo, and even liquid soap.
Most importantly, the cost of PET materials is very less, most companies are happy to use it to pack various products. PET materials can be turned into different forms of polyethylene terephthalate (ext. clothing fabric fiber). Recycled polyester fabric is used widely in textile industry and garment industry.
Recycled polyester fabric is mostly made from recycled plastic bottles and plastic wastes; therefore, it is also very often to be called recycled plastic fabric. When we use plastic products, we are used to knowing it is recyclable. How do we process the recycled plastic bottles into green-friendly fabric?
The collected PET bottles are cleaned, dried, and chopped into small chips.
Chips are melted and go across to a spin machine back into new fiber.
The new fiber is knitted or woven into fabric.
Fabric is moved forward to dye and sew with eco-friendly processes.
The feature of recycled nylon fabric is to use nylon waste that was discarded during manufacturing processes. Those nylon wastes are mostly from garment factories or weaving mills; moreover, recycled materials also can be sourced from old industrial fishing nylon nets. That is to say, it is the material made from recycled nylon that has been commercialized, consumed, and discarded.
Recycled nylon fabric has the same advantages as recycled polyester fabric. It is light, strong, and quick-drying, and is used for various items such as bags and casual wear. Nylon waste and old fishing net can be processed and transformed into a regenerated fiber, then spun the renewed fiber to become recycled nylon fabric.
Another advantage of recycled nylon fabric is that it reduces waste that causes environmental destruction. Compared to ordinary nylon, carbon dioxide emissions can be reduced by 18% by using recycled nylon as raw materials. Water also can be saved during the manufacturing of regular nylon. Large amounts of water are used for the fibers, which become a major issue of environmental contamination and pollution.
What is organic cotton fabric?
Organic cotton uses traditional methods and natural pesticides to grow cotton. Many farmers now prefer to use organic cultivation to grow cotton or crops, and most companies attempt to use organic materials to make products. Sustainable and ecological are maintained, nature cycle system is also respected as it is our responsibility.
In the past, farmers use pesticides, fertilizers, growth stimulants, or chemicals that help to grow cotton or crops to get better production to improve the quality of the cotton. As a consequence of using pesticides, soils are contaminated; not to mention the pesticides leach groundwater into the river and ocean. It is not only impactful to human life; it is also dangerous to wildlife and marine organism.
Instead of using synthetic fertilizers, the evidence shows that organic cotton is actually more valuable than conventional cotton. Organic cultivation helps to support the ECO balance between pests and beneficial insects; bio-diversity is also increased after the soil is improved.
There are various sustainable kinds of cotton available and can be defined in different ways. However, how can we tell what we are buying is grown in a sustainable method? Certified organic cotton is the best option. Organic cotton products can be tested to see if it’s actually met a fundamental definition of organic by indicators
What is the difference between cotton and organic cotton?
Two major types of techniques can be impactful to our environment to understand the difference between cotton and organic cotton.
First is water usage. Do you know how much water is used on a cotton farm? To get a better understanding, 2,700 liters of water produce the cotton needed for one t-shirt. In comparison, organic cotton only uses 243 liters of water to make one t-shirt (data from Oxwash).
Second is the growth of fertilizers and pesticides. Organic supporters grow cotton without using any synthetic fertilizers or pesticides; organic farmers do not use genetically modified seeds as well. Everything is using the traditional method to grow plants. As the plants become resistant to the toxin chemical, it is required more pesticides to kill the pests. It is actually that stopping using toxic chemical fertilizer help to improve the soil, it will also need less water to grow cotton after the soil becomes healthy. During the traditional growing processes, cotton will not be damaged by harsh chemicals. Therefore, organic cotton is softer than regular cotton.
Textile is considered the most polluting industry in the world. From the beginning the waste of raw material to the production like dyeing section, the processes produce toxic into our ecosystem and environment.
The 3Rs of reduced, reused, and recycled are considered to help the textile industry to reduce less impact on the environment. With 3Rs Eco practices, we can help to reduce textile waste and greenhouse gas emissions after reusing the collected plastic bottles. Recycled is potential as recycled technology turns the waste into valuable material, such as recycled fabric. The collection and conversion process of waste materials become usable and new materials. For a sustainable society, it’s an environmentally friendly approach to use waste management in a smart way rather than throwing them into landfills.
Now, most people are happy to pay more money to buy a recycled product. Through sustainable recycling, it is eco-friendly that we can preserve natural resources and reduce the damage we do to the world.
Are sustainable fabric and recycled fabric same?
Sustainable fabric and recycled fabrics both are referred to as fabric that comes from eco-friendly materials and have the same purpose to respect our earth. Sustainable fabric involves the natural concept of the environment while the recycled fabric is more relevant than reused raw materials.
Sustainable fabric is to avoid a decrease in natural resources to maintain environmental balance. Sustainable fabric comes from environmentally friendly sources, such as sustainably grown plant fiber or recycled materials. The sustainability of fabric depends on how the fabric is made.
Recycled fabric is made of recycled materials. The process of collecting and changing recycled papers, plastic bottles, fish nets, and fish scales. The textile waste from fabric production such as cotton, nylon, and other discarded fibers can be reused to create a new fabric. Recycling is mostly used from plastic products that would otherwise spend hundreds of years in landfills rather than into new products that can be used again.
Both sustainable fabric and recycled fabric are smart fabric choices for eco-conscious consumers. Our planet will pay less price if we can make more effort to decrease pollution by reducing more plastic bottles.
Where to buy recycled fabric?
Producing and disposing of plastic products cause subsequent environmental implications, the major contributor is climate change. Therefore, it is not only everyone’s responsibility, it is also the responsibility of global cooperation to deal with the problem of climate change.
SPORTINGTEX ® has reviewed the improvement with recycled materials suppliers and dyeing factories to minimize the impact on the environment. We develop and customized recycled fabric solutions for outdoor wear, high-end fashion, interior accessories, hospital gowns, etc. Raw materials of recycled fabric are made from recycled PET/ plastic bottles. Recycled yarn material is stable to produce fabric with excellent quality.
There are several sustainable fabric choices available in SPORTINGTEX ®.
Bamboo fiber fabric
Collagen fiber fabric
Bamboo charcoal fiber fabric
At Sportingtex, curiosity and expertise are two important things to create fabric items and find solutions for future sustainability. All raw materials and fabric are produced in Taiwan.
What materials can keep warm? Various kinds of materials are made from merino wool, synthetic fiber, or animal fur. What would you choose to protect yourself from the cold? Furthermore, do you prefer to wear a lot or just a coat while working out? When people are skiing or climbing, they must be able to move flexibly. So choosing a coat with thermal fabric that can keep you so warm is definitely better than wearing a lot. Far Infrared Thermal Fabric might be your good choice.
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What is Far Infrared Ray?
Far infrared (FIR) is a region in the infrared spectrum of electromagnetic radiation. Far infrared is often defined as any radiation with a wavelength of 15 micrometers (μm) to 1 mm (corresponding to a range of about 20 THz to 300 GHz), which places far infrared radiation within the CIE IR-B and IR-C bands. The long-wave side of the FIR spectrum overlaps with so named terahertz radiation. Different sources use different boundaries for the far infrared; for example, astronomers sometimes define far infrared as wavelengths between 25 μm and 350 μm.
Visible light includes radiation with wavelengths between 400 nm and 700 nm, meaning that far infrared photons have tens to hundreds of times less energy than visible light photons. (Far infrared definition from Wikipedia)
What is Far Infrared (FIR) Thermal Fabric?
FIR material can be applied to textiles by techniques such as coating, laminating, and spinning. The FIR thermal fabric technology from SPORTINGTEX® is to add Nanoceramic particles to polymers with a unique formula that the particles embed in the textile.
When applied to the garment products like blankets or bedding sheets (especially with the human body), the ceramic materials can emit Far Infrared Radiation.
The more nano ceramic powders amounts are added into the fabric yarn, the emissivity of Far Infrared Radiation increases. However, most people believe that a high percentage of ceramic concentration can be added into fiber to get greater emissivity. Technically, the concentration of FIR powders should not exceed 5%. Powder concentration above 5% will lead to a decrease in the endurance of fibers. With the 5% concentration of nano ceramic powder, the emissivity of Far infrared (wavelength of 2-22µm, 25°C) can reach 0.88~0.90 from reliable testing institutions. It is very important to make sure the textile suppliers provide relevant testing reports for protection.
Technology: How do Far Infrared Thermal Fabric work?
As the fiber is content with ceramic powder, the FIR thermal fabric absorbs the energy from the sun that helps the heat/radiation release from the human body to reflect it to the body. In addition to that, when the ceramic powder absorbs the energy, the molecular motion gets active and excited to lead with friction, increasing the temperature of the fiber.
Ceramic fiber transforms and releases far-infrared rays with a wavelength of 6~14μm, which is similar to the wavelength from the human body’s release. It is easy to be absorbed by the human body. Once absorbed, the phenomenon of resonance absorption exists to stimulate water molecules on the cell surface of deep skin, to change the water molecules into smaller clusters of molecules. These smaller clusters get started with the friction activities during vibration, increasing the heat reaction. These warming effects can be absorbed by the fabric, allowing a heat circulation between the skin and clothes to achieve a thermal effect.
Far infrared thermal fabric is about the technical process that delivers Far Infrared Radiation to the human body. With the textile industry’s technology and innovative technological process, it is one of the safest technology products in the market today. Nanoparticles of FIR-emitting ceramic material have been spined to fibers that are then woven into fabrics. The far infrared fabric is manufactured into various garments that humans and animals can wear. Unlike Ultraviolet rays, far infrared rays do not damage our skin. It can help us obtain the benefits of sunlight to make our life better.
When it comes to the fabric’s properties, the fabrics absorb and emit far-infrared rays directly to our body, where it reaches depths about 1.5 inches beneath the surface of our skin. Our body cells absorb far infrared rays that are within the same wavelength frequency of 6~14μm; the rest go through without harmfulness.
After the body absorbs the far-infrared rays, our body’s cells begin with resonance absorption, wherein body cells become initiated to get stimulated with motions. Blood circulation, metabolism, etc., will be improved, and there are no dangerous or harmful effects from coming in contact with FIR energy itself. Far infrared radiation fabrics are stable with safety production, price is affordable, and can be widely used to provide an optimized wearing experience.
The benefits of Far Infrared Thermal Fabric
Improving thermal regulation that keeps you warm
Expanding capillaries and increasing the circulation of oxygenated blood
Pain relief (muscle pain is related to poor blood circulation)
Relaxation of muscles
Producing negative ions (make us feel better by providing us with more energy and a positive mood)
Revitalizing skin cells
Improving sleep disorder
Improve physical performance
The applications of Far Infrared (FIR) Thermal Fabric
Far Infrared Radiation products have been known for quite some time. FIR lamps, saunas, etc. which are used to deliver radiation to relieve and relax our busy life. The textile industry is using the technology to apply FIR nanoceramic into the fabrics for functional garment collections, and some people use the term “Thermal Fabric” to indicate the fabrics are warm materials.
Surprisingly, ceramic fiber is not the only material to have such magical properties. The SPORTINGTEX team found bamboo Charcoal that can absorb Far Infrared Radiation and, at the same time to achieve Eco concepts.
Bamboo charcoal contains several metal elements after 800-degree heating. With the proper concentration of bamboo charcoal powder, fibers have the same benefits as ceramic fiber to emit Far Infrared Radiation.
Query about the price of Far Infrared Thermal Fabric
Antimicrobial fabric masks, clothes, and gloves have become necessities, since the COVID-19 pandemic started in 2020, people have been seeking protection against microorganisms such as bacteria and viruses.
There are many different methods of antimicrobial treatments that can be infused into the fabrics. So how do you source the best antimicrobial fabrics to manufacture your products?
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What is Antimicrobial Fabric (Antibacterial Fabric)?
Most people have the idea that antimicrobial fabrics /antibacterial fabrics are materials that kill or slow the spread of microorganisms.
Antimicrobial fabrics are the fabric that can be treated, infused, or coated with different types of antimicrobial compounds to inhibit the growth of bacteria or fungus. Bacteria and fungus tend to grow in humid environments; practically, they love to stay on the surfaces of textiles that hold moisture and heat, especially when close to the human skin. That is the reason why the body smells. Those bacteria are actually living in sweaty areas of the body.
Good antimicrobial fabric does not only need to be durable with high-performance protection of the treated textile; it has to be safe for the human body without any harm to the skin. Most importantly, the best antimicrobial fabric must be environmentally-friendly
What is Silver Ion Antimicrobial Fabric?
Using pure silver to control infections or for medical purposes were very common in ancient time. Healers and surgeons recognized the healing benefits of silver. However, nowadays, the innovative technology of Silver Ion Antimicrobial is a silver-based active compound that can be built into polymers, coatings, textiles to offer protection against bacterial growth. We are actually living with microorganisms that surrounded our environments, which can cause sickness once it makes contact with the human body.
When we touch the bacteria or any microorganism, the antimicrobial products will release the positively charged silver ion (Ag+) and make contact with the negatively charged cells by incorporating the cell membranes. After making contact with bacteria (negatively charged cells are called bacteria), the Ag(+) starts to destroy essential bad cell functions, such as the respiratory system, energy production, and ultimately results in cell death. The Ag+ will be leaving the particles to fight with the next bacteria to continue antimicrobial performance without causing any harm to the human body.
SPORTINGTEX® Silver Ion Antimicrobial Fabric uses innovative technology, which simply delivers a small percentage of silver ions concentrated in a liquid formula to the fabric’s surface. Furthermore, it can be applied and processed with multiple textiles categories (polyester, nylon, cotton, etc.) that will provide a safe and smart fabric to control the bacteria. Another benefit is the fabric is durable, and will maintain antimicrobial protection for the life of the product. With the antimicrobial fabric of SPORTINGTEX® smart technology, brand owners and designers will experience the antimicrobial effects on their products.
Are Silver Ion Antimicrobial Textiles Safe?
Silver ion antimicrobial treatment is now commonly used in our daily life. Nanosilver particles, silver ions, and various products are available on the market as antimicrobial treatments. People might be wondering if they are used extensively? Is it safe for our health or environments? What antimicrobial product is the most effective?
Traditionally, nanosilver particles had been wildly used on textiles as particles-based technology. However, there was a controversial finding that nanosilver particles might damage human cells, not to mention the technology was costly by processing the fabric production.
SPORTINGTEX® had the concern and kept looking for new technology to process the fabrics. Our team found the revolutionary antimicrobial technology of reliable protection against bacteria that ensures the fabrics are ideally treated with a controlled release technology. The silver ion antimicrobial treatment we use is safe as the liquid dosage is small, with proper formulation can be effective ideally on different types of textiles. Moreover, the treatment is harmless to the human body; the production process results in minimal impact on our environment.
How Long Does Coronavirus Last On Clothing?
It has become mandatory in many countries that people wear a mask or protective glasses to avoid contracting viruses when going out, visiting a public area, or shopping in the supermarket. What about the clothes we wear? People might be afraid that coronavirus may stay on clothes and wonder how long the virus will stay.
The contagiousness of the model virus lasted for varying time spans on each fabric, the study conducted at De Montfort University, with infectious droplets on polyester having the longest survival rate at 72 hours. The virus on 100% cotton can be found for up to 24 hours and on polycotton for 6 hours.
❝ Our findings show that three of the most commonly used textiles in healthcare pose a risk for transmission of the virus. If nurses and healthcare workers take their uniforms home, they could be leaving traces of the virus on other surfaces. ❞
Silver Ion Antimicrobial Fabric Claims to Kill Coronavirus. Do They Actually Can?
People keep seeking all possibilities and developing new technology products constantly to offer protection against coronavirus. Antimicrobial masks, sportswear, clearance, shampoo, etc., everything antimicrobial has become the main selling products in the market.
Many of them claim their antimicrobial products kill or eliminate the coronavirus; others say their products help resist it. According to SPORTINGTEX®’s experience, bacteria can’t be 100% killed but inhibited from growth by smartly using fabric technology.
💡 How do silver ions inhibit bacterial growth?
Silver ions punch holes in bacterial membranes and wreak havoc once inside. They bind to essential cell components like DNA, blocking the bacteria from performing even their most basic functions.
Bacteria/fungus like to stay in a warm and wet environment, helping them grow and produce a thousand generations so fast. If we provide them a dry and clean area with lots of silver ions fighters, bacteria won’t have the chance to survive on the fabrics’ surface.
SPORTINGTEX® provides smart fabrics that can be designed for brand owners’ needs in antimicrobial fabric products, to any textile made of natural or synthetic materials, such as polyester, nylon, and cotton. The combination of wicking and antimicrobial technology from SPORTINGTEX® keeps the fabric product resist the bacteria’s growth and keeps the fabric in freshness most of the time. Most importantly, socially distance, wash hands regularly, and pay attention to what you heard about the Coronavirus help reduce the risk of contracting bacteria directly.
Common Applications Of Silver Ion Antimicrobial Fabric
The new technology of silver ion antimicrobial fabric from SPORTINGTEX® can be used widely in our daily life. It can be applied and processed with multiple textiles, like natural materials (i.e., Cotton) or synthetic materials (i.e., Polyester/Nylon). In the past, it was commonly used for medical supplies (i.e., Scrubs/ wound dressing) to prevent bacteria growth. Nowadays, it is used to raise the quality of human life and particularly for the COVID-19 pandemic situation.
The most common applications of silver ion antimicrobial fabrics are sportswear, fashion garments, bedding, accessories (towels) and mask, etc. It is used in military and post officers’ uniforms as well in many countries.
Many of them claim their antimicrobial products kill or eliminate the coronavirus; others say their products help resist it. According to SPORTINGTEX®’s experience, bacteria can’t be 100% killed but inhibited from growth by smartly using fabric technology.
Where can I Buy Antimicrobial Fabric? Antimicrobial Fabric Suppliers in Asia.
SPORTINGTEX® is a well-known functional knit fabric brand, and is the best choice for antibacterial fabrics. With experience in manufacturing knitted fabric since 1990, Sun Dream Enterprise Co., Ltd (SPORTINGTEX®) was established in 1995 and engaged with international businesses. Mainly we supply our excellent quality fabric worldwide, particularly in the USA, Europe, Japan, China, Vietnam, and Bangladesh. We have created value in product differentiation to meet a variety of needs through quality fabrics and services globally.
SPORTINGTEX® has researched and developed functional fabric technology for almost 30 years. For silver ion antimicrobial technology, the SPORTINGTEX® team has focused on several kinds of bacteria to develop bacterial resistant technology. As a result, SPORTINGTEX® can provide solutions to meet customer requirements, regarding the Silver Ion Antibacterial fabrics.
The benefit of choosing silver ion antimicrobial fabric from SPORTINGTEX® is that every customer is ensured to receive quality fabrics without defects. Firstly, the coloring and staining will remain stable after processing and treating the fabric. Secondly, the silver ion antimicrobial fabric remains at least 95% active after 20 times of washing. Lastly, the process of manufacturing silver ion antimicrobial fabric is eco-friendly!
The Benefits of SPORTINGTEX® Silver Ion Antimicrobial Fabric
▶ We have focused on fabric technology that is flexible even with the high percentage concentration of silver ions.
▶ The effective odor control, textile technology, and wicking function, make an excellent combination in preventing unpleasant odors, bacterial growth, and results in extended product life span.
Wholesale Fabric Supplier – #1 Source For Wholesale Fabric
According to NOAA’s 2020 climate report, the Earth’s average temperature is about 15C and has been much higher in the past, temperatures are now rising faster than before. We, all living beings are suffering the consequence of the civilization and convenient life we have created.
Now we are all facing the crisis with dramatic climate change and it’s our biggest challenge we must respond this century.
Using technology properly, we can help our earth to decrease CO2. For instance, fabric makes users feel 1~2℃ lower than regular fabric in the same condition, therefore, the air conditioner can be adjusted 1~2 ℃ higher to save energy.
Cooling textile is a major product that benefits not only our life, but also helps all living creatures to deal with the high-temperature environment.
Dairy cattle encounter extremely hot weather and gradually affect the milk quality. Customer of Sportingtex uses our cooling fabrics to make a cooling blanket for dairy cattle. Below photos present the temperature difference while wearing. Not to mention the fabric includes wicking-moisture management to keep dairy cattle feel dry and comfortable.
Taiwan textile is the symbol of high technology and quality. The industrial clusters have contributed successful establishment with interaction relationship between different manufacturers and institutions.