Driving Clean Cabin Air

As theÌýautomotive industry continues to evolve, the focus on cabin air quality hasÌýnever been more critical. Consumers are increasingly aware of the healthÌýimpacts of air pollution, and this awareness drives the rapid evolution of theÌýcabin air filtration market. To meet these growing expectations, manufacturersÌýseek advanced filtration materials that offer both efficiency and durability at a low pressure drop.

The awareness of air quality effects on health has increased among users
The awareness of air quality effects on health has increased among users

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Market Trends and Needs in Cabin Air Filtration

The cabinÌýair filtration market is witnessing significant growth, fueled by a growingÌýdemand for vehicles, stringent regulatory standards, and an increased focus onÌýhealth and comfort. Consumers now expect not just comfort but a safe and cleanÌýenvironment inside their vehicles. As such, cabin air filters must performÌýunder increasingly challenging conditions, combating pollutants such as dust,Ìýpollen, soot, and other harmful particles.

Moreover,Ìýtrends like the increasing adoption of electric vehicles (EVs) bring newÌýchallenges, such as ensuring minimal energy consumption without compromisingÌýair quality. This drives the need for advanced filtration materials that canÌýdeliver top-notch performance while supporting energy efficiency.

Rising requirements emphasize the need for high-performance cabin air filters
Rising requirements emphasize the need for high-performance cabin air filters

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A Comprehensive Portfolio for Varied FiltrationÌýNeeds

At JohnsÌýManville (JM), we understand the critical importance of air quality and leverageÌýour extensive experience in the filtration market to deliver a broad portfolioÌýof advanced filter media. Our product solutions for cabin air applications are designedÌýto address the diverse needs of today’s market environment and are engineeredÌýto meet a range of requirements, ensuring that our customers can find theÌýperfect solution for their specific applications. This includes stand-aloneÌýfilter media and carrier materials for cabin air filters.

1. Stand-AloneÌýFilter Media:

AÌýstand-alone filter media is a filtration material that can function without theÌýneed for additional layers or components. It is designed to be pleated and fitted into frames directly, making it a turnkey solution for manufacturers who require aÌýready-to-use product that simplifies production while delivering effective airÌýfiltration.ÌýOne of our solutions is Evalith® 978/100, a robust and reliable stand-alone filter media eliminating the need for additionalÌýmaterials or complex processing. This thermally bonded bico spunbond nonwovenÌýfeatures a weave-embossed surface that enhances both its structural integrityÌýand filtration performance. It efficiently captures a wide range of airborneÌýparticles, ensuring clean and safe cabin air.

Stand-alone filter media gets pleated and fitted into a frame to function as a complete filter
Stand-alone filter media gets pleated and fitted into a frame to function as a complete filter

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For filterÌýproducers, Evalith® 978/100 offers significant advantages in manufacturing. ItsÌýexcellent pleatability simplifies the production process, allowing forÌýconsistent, uniform filters that maximize surface area and maintain optimalÌýairflow. Moreover, Evalith® 978/100 is engineered for long-term durability,Ìýmaintaining its form and function throughout the filter's lifespan. ItsÌýlow-pressure drop contributes to energy efficiency, making it a sustainableÌýchoice for manufacturers committed to reducing their environmental impact whileÌýdelivering solid cabin air filtration.

JM’s filter media enable high dust holding capacity and low pressure drop
JM’s filter media enable high dust holding capacity and low pressure drop

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2.ÌýCarrier Materials for Enhanced Filtration:

BeyondÌýstand-alone solutions, JM also offers filter media that serve as carrierÌýmaterials, such as Evalith® 478/25 and Evalith® 568/40. Those thermally bondedÌýpolyester spunbond products with a weave- and point-embossed surface areÌýdesigned to work in combination with other filtration technologies, such asÌýactivated carbon or meltblown layers, to create advanced filters that meetÌýspecialized needs.

CarrierÌýmaterials from JM offer high stiffness, excellent pleatability, and superiorÌýcovering properties. These attributes ensure that the final filter productÌýmaintains its form and function over time, even in demanding applications.

JM’s carrier material provides a sturdy foundation for combining with other filtration technologies
JM’s carrier material provides a sturdy foundation for combining with other filtration technologies

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ActivatedÌýCarbon Integration: ForÌýfilters designed to remove odors and harmful gases, our carrier materials canÌýbe combined with activated carbon. This combination is particularly effectiveÌýfor cabin air filters that need to address volatile organic compounds (VOCs)Ìýand other gaseous pollutants, providing clean and odor-free air.

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Meltblown / Nanofibers Integration: OurÌýcarrier materials are also used in conjunction with meltblown layers or nanofibers to enhanceÌýparticulate filtration. This is essential for capturing the smallest airborneÌýparticles, including those that can exacerbate allergies and other respiratoryÌýissues. These technologies offers significantÌýbenefits for allergy sufferers, ensuring that cabin air is not only clean butÌýalso safe for sensitive passengers.

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Leveraging Our Long Market Experience forÌýCustomer Success

JM is oneÌýof the world's largest manufacturers of synthetic and glass filtration media, aÌýtestament to our long-standing expertise in the field. With decades ofÌýexperience, we understand the unique challenges faced by filter producers andÌýare committed to helping our customers succeed.

We offer a wide range of synthetic nonwoven, multi-layer composites and micro fiberglass filtration media
We offer a wide range of synthetic nonwoven, multi-layer composites and micro fiberglass filtration media

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OurÌýproducts are backed by world-class research and development, conducted at fiveÌýstate-of-the-art testing and research centers, including our JM TechnicalÌýCenter in Littleton, CO, USA. This extensive R&D capability enables us toÌýcontinuously innovate and respond to evolving market needs, providing ourÌýcustomers with cutting-edge solutions that are tailored to their specificÌýrequirements.

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Our Commitment to Customer Service, TechnicalÌýSupport, and R&D

At JM, weÌýpride ourselves on building strong, collaborative relationships with ourÌýcustomers. We offer excellent customer service and technical support, ensuringÌýthat our partners can rely on us at every stage of the process - from initialÌýconsultation to after-sales service. Our team of experts works closely withÌýcustomers to develop materials that not only meet but exceed expectations,Ìýhelping them stay ahead in a competitive market.

The JM Technical Center is located in the foothills of the Rocky Mountains
The JM Technical Center is located in the foothills of the Rocky Mountains

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Ready to Elevate Your Cabin Air FiltrationÌýSolutions?

If you’re aÌýfilter producer looking to enhance your cabin air filters with high-performanceÌýmaterials, Âé¶¹Ö±²¥app’s broad portfolio of filter media offers solutionsÌýfor various requirements. Whether you need a stand-alone product or a carrierÌýmaterial to combine with other filtration technologies, we have the expertiseÌýand products to help you achieve your goals.

Contact usÌýtoday to learn more about our comprehensive range of filtration solutions andÌýhow we can partner with you to create clean, safe, and comfortable environmentsÌýfor your customers.

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