Automotive Filters Market to Reach $14.6 Billion by 2030
The automotive filters market is projected to reach USD 14.6 billion by 2030 from USD 12.9 billion in 2024, at a CAGR of 2.1%. The increase in demand for light commercial and heavy commercial vehicles, rising stringency in emission norms related to CO2 and NOx emissions, and increased investment in infrastructure will boost the demand for heavy commercial vehicles and construction equipment, and these factors will drive the growth of the automotive filters market.
In the automotive industry, regular replacement of filters is
essential to optimize performance and extend the lifespan of vehicles. Among
the most commonly replaced filters are those for oil, air, and fuel, as they
directly impact engine functionality. As mileage accumulates, filter media
becomes highly contaminated with foreign particles, making it incapable of
effectively filtering air, fuel, and oil. This gradual clogging reduces
filtration capabilities, necessitating timely replacement to maintain efficiency
and prolong the vehicle's longevity.
The
cabin filter market in the off-highway filter type is projected to be the
fastest growing from 2024 to 2030. Cabin air filters play a vital role in
off-highway equipment, protecting operators from dust, aerosols, and other
airborne contaminants in construction sites, agricultural fields, and other
working environments. Various standards and regulations mandate using cabin air
filters in off-highway equipment, such as ISO 16889 and EN 15695. Unlike
on-road vehicle cabin filters, off-highway equipment filters have various
efficiency levels. Off-highway equipment includes excavators, loaders, and
dumpers. Agricultural machinery such as tractors also requires cabin filters. The
construction and agricultural equipment markets are experiencing significant
growth due to various factors. Infrastructure development, technological
advancements, and a growing need for efficient food production are key drivers.
As these trends continue, the demand for both types of equipment will remain
strong in the foreseeable future. Approximately 4.8 million units of
off-highway equipment were sold globally in 2022. Projections indicate that the
market volume will experience a compound annual growth rate (CAGR) of 2.3
percent from 2022 to 2028, with the volume expected to surpass 5.5 million
units by 2028. The growing demand for off-highway equipment will also take the
market for filters towards growth as filters become necessary due to stringency
in emission norms. These standards provide guidelines for filter performance,
efficiency, and testing procedures. This has created the demand for cabin air filters
for off-highway equipment worldwide.
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Synthetic
media in the engine filter media type segment is estimated to grow at the
highest CAGR of 4.2% during the forecast period. Synthetic media is
increasingly playing a significant role in automotive filters. It offers
several advantages over traditional cellulose-based media as they are
constructed from polyester fibers and can capture smaller and more contaminant
particles than cellulose media. This translates to cleaner engine oil and
better protection for engine components. Synthetic media can hold more
contaminants before becoming clogged, allowing for extended oil filter change
intervals in some cases. It is generally more resistant to heat, pressure, and
chemical breakdown than cellulose media. This ensures consistent performance
throughout the oil filter's lifespan. The market for synthetic media is fast
growing in the Asia Pacific region as this region has a booming automotive
industry, with countries like China and India leading the way. This high
production volume creates a significant demand for automotive filters, and
synthetic media offers an excellent option for manufacturers seeking to meet
the rising needs of the market.
Activated
Carbon Cabin Filters in the cabin filter by material type segment are estimated
to grow at the highest CAGR of 5.2%. While regulations might primarily target
tailpipe emissions, there's a growing focus on improving overall vehicle air
quality. Activated carbon filters can play a role in achieving these goals.
Activated carbon cabin filters are a specific type of cabin air filter that
offers significant advantages for improving air quality within a vehicle's
passenger compartment. In addition to capturing dust, pollen, and other
allergens like traditional cabin air filters, activated carbon filters also
trap harmful gases and odors. By removing these gases and odors, activated
carbon filters create a cleaner and more pleasant breathing environment for
vehicle occupants. This can be particularly beneficial for people with
allergies or respiratory sensitivities. Activated carbon can absorb various
harmful pollutants that might enter the cabin from traffic fumes, industrial
emissions, or even agricultural chemicals. Stricter emission regulations such
as ISO 16889 and EN 15695 for vehicles might lead to cleaner air. However, traffic congestion or industrial processes can
still impact in-cabin air quality. Activated carbon filters offer an additional
layer of protection in such scenarios. Growing concerns about air pollution,
increasing health consciousness, and an expanding automotive market are all
creating a strong demand for cleaner in-vehicle air, making activated carbon
filters a popular choice for consumers and manufacturers.
By 2030, Asia Pacific is estimated to hold a large share of the automotive filter market. China, Japan, and India are estimated to be among the top automotive filter markets, with a solid global presence due to renowned automotive OEMs and leading filter manufacturers. Government incentives promoting electric and hybrid vehicles and low-emission off-highway equipment are expected to drive the automotive filter market. Manufacturers in this region, such as Denso Corporation and Toyota Boshoku, prioritize advanced filtration solutions for vehicles. Consequently, OEMs increasingly integrate these advanced filter technologies to meet government emission standards.
The key players in the automotive filters
market are MANN+HUMMEL
(Germany), Donaldson Corporation (US), Robert Bosch GmbH (Germany), Denso
Corporation (Japan), Parker Hannifin (US), Sogefi S.p.A (Italy), Cummins Inc.
(US), MAHLE GmbH(Germany), Toyota Boshoku (Japan), and AHLSTROM-MUNKSJO
(Sweden). They have facilities, research
centers, and manufacturing units in all the regions, such as Asia Pacific,
North America, Europe, and the Rest of the World.
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