As summer comes and sweat secretion increases, odor management in sports experience has become an important part of consumers' attention in daily training scenarios. When the sweat generated by a lot of exercise is left on the clothes for a long time, the humid environment formed is easy to lead to the proliferation of bacteria and fungi. In the process of these microorganisms decomposing keratin, lipids and other sweat components and other micronutrients, it will cause the common odor of sports clothing.
The designer found out in the market research that many female consumers are unable to wear slim sportswear for a long time to train and stretch freely due to concerns about odor retention. In order to ensure that they can fully enjoy the fun of sports and completely get rid of the trouble of peculiar smell, the fabric research and development team reached a cooperation with Microban, and added Microban ZPTech zinc-based textile antibacterial technology to the new fabric to ensure that the fabric is a mixture of high strength and high sweating volume. It can keep fresh and odor-free for a long time during physical exercise. "As a professional sports creator who is constantly pursuing excellence, we have been trying to achieve a harmonious unity in functionality, aesthetics, comfort and cost performance, to meet the needs of consumers and even exceed consumer expectations. This time we are in the new fabric The addition of Microban antibacterial technology is an important product upgrade, and it has also made a positive attempt for the development of similar products in the domestic and even international markets. This cooperation with Microban not only solves the problem of odor during exercise that everyone is concerned about , It can also attract more consumers to participate in sports without fear of sweating, and it also plays a positive role in the development of national fitness." The director of fitness products explained.
ZPTech Zinc-based antibacterial technology to build antibacterial and odor removal barrier
The ZPTech Zinc-based antibacterial technology added to the new fabric is a star product of anti-bacterial additives for Miao anti-protection textile. It is easily incorporated into yarns or fibers in liquid form and becomes part of the fabric's molecular structure in the manufacture of clothing, forming a lasting bond with the fabric. ZPTech is a multifunctional zinc pyridine thione product, especially suitable for sports clothing, home bedding, fabric interlinings in humid environment for a long time. ZPTech Zinc-based antibacterial technology directly integrates strong and lasting antibacterial ability into the shaping material of fabric, making sportswear a lasting and effective antibacterial and clean flavor clothing.
In the process of movement, when microorganisms come into contact with the textile surface using ZPTech Zinc-based antibacterial technology, an inhospitable environment for microorganisms will be formed on the fabric surface, inhibiting their growth and reproduction. After a large number of experiments, even after 50 times of household washing,ZPTech Zinc-based antibacterial technology on polyester and Lycra elastic fabric bacteria and fungi inhibition effect still reached 99.99%. In addition, it has a thermal stability of up to 235°C, and can be used in a variety of textile dyeing and dipping processes that require high temperature. In addition,ZPTech Zinc-based antibacterial technology will not affect the beauty or function of the product, to ensure that the fabric water absorption, perspiration, color rendering, color fastness, feel and other product attributes are not affected.
In addition to long-term anti-mold, anti-bacterial and anti-odor functions,ZPTech Zinc-based anti-bacterial technology is certified by Oeko-Tex® and bluesign® blue label, ensuring that all additives comply with sustainable textile production processes and international environmental standards. Antibacterically-added pants can stay clean longer, helping consumers wash their products less often, which in turn reduces water and electricity consumption, and reduces emissions of detergents and microfibers that are harmful to Marine life.