Polyurethane in Automotive Filter Market Volume Analysis, Segments, Value Share and Key Trends 2017 2026
January 23, 2020 by Steve Blade
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Urbanization and industrialization have significant contributions in increasing the air pollution levels. Novel air filters are developed by manufacturers after rigorous research and development. This filter contains polyurethane fiber layer to efficiently manage pressure drop and enhance the efficiency of filtration in automotive segment. To improve these properties, researchers have come up with filters that are double layered and are based on nanofibers.
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These filters are produced in masses using techniques like electrospinning which utilizes thermoplastic polyurethane in varied concentrations. Studies indicate that these filters provide improved filtration. Adjustments in these filters can be made by changing different aspects like conditions of electrospinning and application of polymer. Studies based on polyurethane usage suggest that polyurethane application in automotive filters will gain traction in the coming years owing to the demand for efficient filtration techniques in heavy and light vehicles.
Polyurethane preferred for low curing temperature
Latest Fact.MR report predicts the Global Polyurethane in Automotive Filter Market to grow with 4.3% CAGR in the period 2017-2026. Manufacturers of developing economies are focused to develop components that aid in reducing suspended air particle’s concentration in automotive sector. This fuels the adoption of efficient and improved filters. Polyurethane is eyed as viable alternative because of its cellular structure which is open which allows minimal alterations in shape and offers improved compression sets. Automotive filters with polyurethane is preferred over conventional types for its minimal curing temperature. Manufacturers are working in the direction of extending the longevity and minimizing the overall cost which can be achieved by using polyurethane.
Electrical vehicles have significantly changed the automotive landscape. Different automotive components like power and internal combustion engine have evolved over time. Electric motors have replaced internal combustion engines in vehicles which is anticipated to influence significant components like Bill of materials and material shift. Polyurethane usage is steeply reduced in filters in the automotive domain.
Air filters protect health of general public and pedestrians
Factors like growing environmental awareness along with stringent environmental regulations compel the manufacturers to design automotive engines with improved combustion functionality. Efficient air filters solve this purpose and aid in protecting the health of general public. Component manufacturers abide by the protection regulations made by government for safety of pedestrians. Air filters are being manufactured to fit in the compact spaces provided for engines.
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Safety regulations for pedestrians that has been implemented in European Union as directed the manufacturers to develop vehicles with softer front and create space for different components in the bonnet. Different design aspects of such vehicle include provision of space between bonnet and the housing provided for air filter. Placement of engine management systems is guided by regulations that directs the manufacturers to place it over air filter housing. These design parameters are eyed as challenge by the manufacturers and they are constantly striving to design the vehicles accordingly.
Major players in the global market are Donaldson Company, Denso Corporation, Robert Bosch GmbH and Freudenberg Filtration Technologies SE & Co. KG.