Watch this demonstration video as we explore the impact of object orientation in a UVC disinfection chamber and the role that Porex Virtek PTFE material plays in enhancing the effectiveness of UV disinfection.
View More Witness the practical demonstration of a simulated integrating sphere reflectivity test, where we compare the reflectivity of Porex Virtek reflective PTFE with stainless steel and aluminum.
View More Discover the versatility of Porex Virtek PTFE rollstock, which comes in different sizes and can be cut into intricate shapes. It also offers the capability to thermoform into complex 3D shapes or tubes to produce components tailored to your specific needs.
View More Watch our practical demonstration video showcasing the efficiency of Porex Virtek PTFE reflective media. We compare the light output between a stock reflector and a Porex reflector.
View More A demonstration video exploring the distinction between specular and diffuse reflectivity and its implications in UV disinfection. Discover the exceptional Lambertian reflection of Porex Virtek PTFE and its remarkable advantages in ensuring effective UV disinfection processes.
View More A visual guide to understanding pore volume.
View More A visual guide to understanding pore size distribution.
View More Learn more about Filtration Group and its mission to make the world safer, healthier and more productive. With a diverse range of customers in life sciences, indoor air quality, and industrial sectors, we operate globally from 165 locations across 27 countries.
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UV is well known to disinfect air, water, and surfaces to reduce occurrence of viral, bacterial, and fungi microorganisms. Proper disinfection in any open or closed system design requires a specific mJ energy dose in the 220 – 280nm wavelength band, which is dependent on factors such as:• High chamber irradiance levels from the UV […]
View More Discovered in the 1930’s, PTFE is a well-known material that has excellent temperature, environmental andchemical resistance; and is used in many electrical, industrial, medical, and consumer applications. PTFEalso has very low surface energy — making it very slippery and naturally hydrophobic. In the late 1960’s,a process was developed to stretch PTFE film (known as expanded […]
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