The Antimicrobial Textile Additive Market Size is affected by a range of factors which collectively define its growth dynamics. A crucial driver is the rapidly increasing awareness about hygiene and health particularly in light of global health challenges. This is because antimicrobial textile additives are utilized as materials that can stop bacteria, viruses, and fungi thereby making the environment safe from them. In healthcare sector there are rising cases of demand for antimicrobial textile additives used in beddings, uniforms and medical textiles.
Healthcare also need antibacterial textile chemicals. Hospitals need antimicrobial fabrics to prevent infections and preserve sterility. Medical scrubs, drapes, bed sheets, and other health care textiles are antimicrobial. To improve infection control and patient safety, medical textiles should include antimicrobials.
Further advancement in textile technology and development of new innovative antimicrobial formulations stimulate the market growth. For instance they invest heavily in research and development where they introduce advanced formulation having specific features within their products range through this method companies within this market segment compete effectively with each other while differentiating themselves on technology front. These changes could include more efficient anti-microbials or even ones that can withstand multiple washes without affecting other characteristics found only on certain materials. This kind of continuous innovation addresses end-users’ changing needs hence fosters wider adoption of these textiles than ever before.
Geographical factors also play a role in shaping the antimicrobial textile additive market. The demand for antimicrobial textiles for use in medical applications is significantly higher in North America and Europe given their strong health care infrastructures compared to other regions thus it has been observed that most medical facilities like using them. On the other hand Asia-Pacific is an emerging market for such textiles due to its large population base coupled with increased consciousness about cleanliness especially in this era of infectious diseases. Hence, the use of antimicrobial textiles is governed by culture and preferences resulting in different market dynamics within a given region.
Report Attribute/Metric | Details |
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Growth Rate | Â Â 5.7%(2020-2027) |
According to MRFR analysis, the Antimicrobial Textile Additive Market is projected to register a CAGR of 5.7% to reach USD 13.1 Billion by the end of 2027.
Antimicrobial textile additives are active agents that can be applied to the fabrics at any stage of the production process to change their surface characteristics. These additives inhibit the growth and proliferation of microorganisms and alter the physio-chemical characteristics of the fabric. Thus, the fabrics showcase high degrees of performances in terms of longevity and durability when compared to conventional natural or synthetic fabrics. Owing to the aforementioned properties the antimicrobial textile additives are widely used in the manufacturing of sportswear, intimates, technical textiles and other range of textile products. Due to the potential resistance to pathogens, the antimicrobial textile additives are majorly used in foray of healthcare and hospital applications such as wound textile, medical masks, hospital gloves, and beddings. In the market, some of the popular antimicrobial textile additive trade names: AlphaSan, Silvadur, Cosmocil CQ, Saraguard-5700, Irgaguard, Silpure, and SmartSilver.
The major factor driving the growth of the market is rising demand for antimicrobial textile for multifarious industrial and household textile applications owing to their effective performance and durability. The most prominent among all the industrial applications is the surging demand for healthcare and medical textiles in the developing economies across the globe. The expanding healthcare industry in developing countries such as China and India offer a huge scope for the utilization of antimicrobial textiles. The latter thus create lucrative opportunities for the players operating in antimicrobial textile additives. For instance, according to India Brand Equity Foundation (IBEF), the Indian hospital industry is projected to register a healthy CAGR of 16-17% and is expected to reach USD 132.84 billion by 2022 from 61.79 billion in 2017.
Furthermore, the up-surging interest to produce high-performance automobile textiles, and sports clothing coupled with rising awareness of general sanitation and prevention against Hospital Acquired Infections (HAIs) is further expected to drive the market growth for antimicrobial textile additives during the review period.
However, the fluctuating raw material prices and stringent regulations pertaining to the use of certain antimicrobial additives such as PHMB and Triclosan in certain regions are likely to hamper the global antimicrobial textile additive market in the foreseen period.
In 2018, the antimicrobial textile additives market was priced around USD 1800 to USD 2400 per ton across the globe. The product has witnessed a gradual rise of USD 0.15 to USD 0.40 in its price from 2016 till 2018 and this trend is likely to continue during the forecast period owing to fluctuating raw material prices.
The stringent standards for evaluating antimicrobial finishes on textiles are likely to boost the demand for antimicrobial textile additives during the forecast period. Some of the standards are the American Association of Textile Chemists and Colorists Standards- AATCC 147-2004 for “Quantitative Assessment by Parallel Streak Method”, AATCC 100-2004 for “Quantitative Assessment by Percentage Reduction Test”, AATCC 174 for “Antimicrobial activity assessment of carpets”; Swiss Norm - SN 195920-1992 for “Quantitative Assessment by Agar Diffusion Method”; International Standard -ISO 20743 for “Determination of Antibacterial Activity of Antibacterial Finished Products”; Japanese Industrial Standards- JIS L 1902-2002 for “Testing for antibacterial activity and efficacy on textile products”
By Active Agents
By Fabric
By Application
By Region
Regional Analysis
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