Global electrical and electronics manufacturers trust Porex to develop and manufacture a wide variety of porous plastic venting, filtration, and reflectivity solutions.
Acoustics engineers across the world trust POREX® acoustics vents and sound dampening components to ensure consistent sound quality. Wind screens for microphones, vents for electronics and general sound dampening are a few of our many acoustic applications.
From smartphones to electric toothbrushes, consumers use multiple devices each day. To protect electronic enclosures of cell phones, digital cameras, headphones, wearables and more, our team of experts designed POREX® Virtek™ IP rated protection vents.
Porex has a portfolio of highly reflective materials, ideal for UV and lighting systems. Available in sheet or three-dimensional shapes, POREX Virtek™ PTFE materials are highly reflective are over 97% reflective.
As a global leader in inkjet reservoir media, Porex creates a wide range of products for printing systems, including the highest ink release media on the market, plus options for ink wicks, free ink vents, and 3D printer filters and diffusers.
Improve purity and performance of semiconductors by using POREX® porous solutions to assure your products and processes meet the highest quality and performance standards. Our high-purity POREX Virtek™ PTFE, PE, and PP products have precise porosity allowing for consistent electrical and flow properties.
The usage of POREX materials maximizes the performance of many sensor applications, including gas absorption, effective venting, precise diffusion, electrolyte holding and wicking, catalyst support, and reflective media. Our customizable solutions for sensor applications can be tailored to specific applications or devices and seamlessly integrated with many manufacturing processes.
Specifically designed to ensure flexibility and product functionality, our POREX® electronics substrates exhibit excellent dielectric properties with a dielectric constant as low as 1.4. Our POREX Virtek™ PTFE materials are robust, have low dielectric properties and high temperature resistance with a surface structure that allows for printing or plating of metals.