Global nonwoven air conditioning filter market is expected to gain considerable traction over 2022-2028. This is on account of the rising usage benefits of nonwoven filter clothes, such as unmatched uniformity, high tensile strength, lightweight, and suitability for high-temperature applications. Likewise, the implementation of strict norms and guidelines to reduce the presence of harmful particulate matters in both indoor and outdoor environments will also bolster the demand for nonwoven air filter fabrics over the forecast spell.
Nonwoven fabric refers to a sheet or web structure that is bonded together by entangling filaments or fiber thermally, mechanically, or chemically, which is gaining widespread adoption in a wide range of markets like filtration. Multi-layered nonwoven filters, for example, can be used to capture nanoparticles in HVAC systems, thus improving filtration performance.
Increasing burden of airborne diseases is one of the key factors augmenting the global nonwoven air conditioning filter market dynamics through 2022-2028. According to the Centers for Disease Control and Prevention (CDC), airborne transmission is among the several ways viruses can be spread, and even distances over 6 feet between individuals in indoor spaces may lead to coronavirus infection. Factors such as these could amplify the need for efficient AC filters to minimize the risk of air contamination. Furthermore, the escalating expenditure of building owners on heating and air conditioning, coupled with the increased sales of HVAC systems including unitary air conditioners, will further assert a positive influence on the industry outlook in the years ahead.
Electrostatic will emerge as a prominent application segment for the nonwoven air conditioning filter industry by 2028. This can be credited to the high awareness about superior filtration properties of melt-blown fabrics due to their small submicron filaments. Since the electret treatment of melt-blown nonwoven fabric can increase electrostatic performance as well as improve the filtration rate, the popularity of melt-blown nonwovens will boost the overall nonwoven air conditioning filter business landscape.
Based on end-use industry, the pharmaceutical segment will amass considerable gains by 2028. This is due to the growing emphasis on local manufacture of medicines in developing countries and the potential surge in installation of HVAC systems in the pharma sector to adhere to quality standards.
On the regional front, the North America nonwoven air conditioning filter market is poised to depict a strong growth rate through 2028, driven by the growing residential housing projects in the U.S. According to the U.S. Census Bureau, housing starts in the country increased 1.4% MoM to a seasonally adjusted annualized rate of over 1.702 million in December 2021. Moreover, the significant growth trajectory of the pharma industry will further proliferate the requirement of nonwoven fabric air filters across the region.
The competitive landscape of the nonwoven air conditioning filter industry consists of companies such as Delta Filtration, General Motors Company, MANN+HUMMEL, Parker Hannifin Corporation, Ahlstrom-Munksjö, Camfil AB, American Air Filter Company (Daikin Applied Americas Inc.), Freudenberg Group, Filtration Group Corporation, Koch Filter, 3M Company, and Donaldson Company, among others. These companies are focusing on new product launches, acquisitions, and mergers to increase their presence in the global market.
COVID-19 to Impact Nonwoven Air Conditioning Filter Market Trends:
In light of the coronavirus pandemic, homeowners are becoming more inclined to improve their indoor air quality to reduce the risk of viral transmission through droplets and airborne particles. Government agencies like EPA have also recommended increasing ventilation with the outdoor air and air filtration as important components of a larger strategy to curb the spread of the infection. This burgeoning awareness about the increased risk of virus spread in poorly ventilated spaces may therefore add impetus to nonwoven air conditioning filter industry expansion over the foreseeable future.