Global nonwoven cleanroom apparel market share is likely to surge commendably over 2022-2028. This is a result of the rising application scope of nonwoven textiles in clothing technology for cleanroom garment interlining and other uses, due to high breathability, comfortability, and durability. The increasing availability of nonwoven and lightweight fabrics that provide a barrier against microorganisms and non-hazardous material splashes in cleanrooms will also drive market growth over the years ahead.
Cleanrooms refer to environments where the level of dust, microbes, aerosol particles, and other contaminants are controlled. Cleanroom coveralls and garments are therefore designed to protect users against contamination and hazardous particles or liquids.
Escalating electronics production and the subsequent rise in the need for semiconductors are some of the prominent factors bolstering the nonwoven cleanroom apparel market trends over 2022-2028. As per the World Semiconductor Trade Statistics, the growth in electronics production is correlated with high semiconductor shipments, with the semiconductor sector witnessing a 6.9% increase in March 2020 from the 16% decline in June 2019 . Such factors could boost the adoption of nonwoven and sterile cleanroom apparel, since a robust cleanroom design can help reach strict air quality standards and prevent contamination in semiconductor cleanrooms. Moreover, attractive investment opportunities for the healthcare industry in developing economies will also strengthen the industry dynamics over the forthcoming years.
The nonwoven cleanroom apparel industry from the face mask product segment will amass considerable profits by 2028. The segmental expansion can be credited to the rising introduction of protocols by health agencies to boost double masking in cleanrooms, as it can help reduce aerosol exposure. With regards to application, the medical equipment segment is set to depict a strong growth rate through 2028. This is driven by the emergence of the cleanroom environment as a key to producing varied medical devices that meet regulations for safety and quality, including computed tomography scanners.
Regionally, the Europe nonwoven cleanroom apparel market is expected to record considerable revenue by 2028, on account of the rise of pharmaceutical production and export from countries like Germany. As cleanrooms offer a controlled environment that safeguards pharma products from pollutants like airborne microbes and aerosol particles, mounting pharma export activities in the region could consequently fuel the demand for disposable cleanroom gowns and other apparel. Furthermore, the rising prevalence of heart and circulatory diseases and the potential increase in the deployment of medical devices will also augment the regional market size in the upcoming years.
Prominent players in the nonwoven cleanroom apparel industry include Labconco Corporation, Azbil Corporation, Dynarex Corporation, Connect 2 Cleanrooms Ltd., DuPont., Clean Air Products, Kimberly-Clark Corporation, and others. Innovative product launches, acquisitions, and mergers are among the major activities being implemented by these entities to spur their business footprint and gain a competitive edge in the global market.
Impact of COVID-19 on Nonwoven Cleanroom Apparel Market Trends:
During the first three quarters of 2020, the novel coronavirus pandemic led to a decline in electronic and electrical equipment sales by 30% in middle- and low-income countries, according to a new UNITAR report. These factors may have caused a hindrance to the steady expansion of the nonwoven cleanroom apparel industry, given the significance of cleanrooms in the manufacture of electronic components like semiconductors. However, a sizable increase in the consumption of electronics is expected over the coming years, due to the growing trend of homeschooling and offices amid lockdowns. This factor, alongside the escalating authorization of drugs to treat the COVID-19 disease, and the subsequent rise in demand for cleanroom facilities for drug development may aid industry recovery in the near future.