ANTIMICROBIAL PROPERTIES

Add further protection to your GESSNER air filter media with antimicrobial properties

 

While the ongoing aftermath of the COVID-19 pandemic has brought the importance of clean air into sharp focus, it's worth nothing that this is not a new concern. Clean air has always been a critical factor for maintaining good health and wellbeing. Indoor air quality, in particular, plays a pivotal role as we spend the majority of our time indoors - be it at home, work, or in educational establishments. The presence of viruses, bacteria, and fungi in indoor air can lead to a range of health issues, from respiratory conditions to allergic reactions and infectious diseases.

Therefore, we developed an impregnation for our air filter meida that effectively stops harmful pathogens from growing and multiplying within hours. It helps reduce the risk of disease transmission, improves overall indoor air quality, and contributes to healthier living and working environments.

Innovative Air Filter Media Equipped with Antimicrobial Properties

Blocking Growth of Viruses, Bacteria & Funghi Within Hours

 

Harnessing the power of innovative technology and advanced filter materials, GESSNER's filter media are reshaping the standards of air filtration. With a special technology we equippe our filter media with antimicrobial properties to not only enhance the quality of air in any kind of vehicles but also to significantly improve indoor air quality with HVAC and air purifier systems.

GESSNER's fine fiber filtration solution, a unique blend of Meltblown and Spunbond materials, is at the forefront of this revolution. This cutting-edge filter media exhibits antimicrobial properties according to ISO 18184, eliminating 99.92% of viruses within just 2 hours and an impressive 99.99% after 6 hours. Such potent anitmicrobial properties, combined with a high filtration efficiency of 99.5% (1µ SAE fine) and an air permeability of 850 l/m²/s, makes our filter media a powerful tool in the fight against airborne diseases.

Moreover, in the wake of the COVID-19 pandemic, the ability of GESSNER's filter media to stops the growth of viruses and bacteria within hours can provide an additional layer of protection against virus transmission. This is why our antimicrobial coating is particularly valuable in shared spaces like offices, schools, cars, and public transportation, where maintaining clean air is crucial for public health.
 

Why to use GESSNER filter media for air filtration?

The answer lies in our outstanding performance, advanced technology portfolion and decades of expeience with continous innovation and the ability of customization.
By reliably and effectively capturing and eliminating even the smallest particles and harmful microorganisms, GESSNER's filter media helps create healthier indoor environments.

We are able to design an air filter media according to every customers indivdual requirements depending on their needs for filtration efficiencies, air permeabilities, DHC and other criteria. With our state-of-the-art production facilities we customize our filter media, pleat support and netting solutions to unique customer requirements.

 

BENEFITS & FEATURES

OF OUR AIR FILTER MEDIA WITH ANTIMICROBIAL PROPERTIES

ANTIMICRIBIAL
PROPERTIES

 

According to ISO 18184, GESSNER's filter media eliminates 99.92% of viruses within just 2 hours and an impressive 99.99% after 6 hours.

HIGH FILTRATION
EFFICIENCY

 

With a high filtration efficiency of 99.5%
(1µ SAE fine) and an air permeability of 850 l/m²/s, GESSNER's filter media effectively captures and removes harmful particles.

ADVANCED
HEALTH PROTECTION

 

By capturing and eliminating harmful microorganisms, GESSNER's filter media contributes to healthier indoor environments, reducing risks of respiratory diseases, allergies, and infections.

INTERRUPTING
VIRUS SPREAD

 

In the context of the COVID-19 pandemic, GESSNER's filter media neutralizes viruses within hours, providing an additional layer of protection in shared spaces like offices, schools, and public transportation.