Fluid - Import export

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Optimize performance with advanced powertrain vents Porex has a wide variety of venting solutions for powertrain applications. Our sintered POREX® Virtek™ PTFE can be an effective venting material for hydraulic and other systems that require low-level breathability. Directly weldable to numerous plastic enclosures, POREX® Virtek™ PTFE can ensure the proper functionality of your system. Our POREX Virtek™ PTFE is a robust sintered PTFE venting material that resists oils and water while allowing ventilation.

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Optimize performance with advanced powertrain vents Porex has a wide variety of venting solutions for powertrain applications. Our sintered POREX® Virtek™ PTFE can be an effective venting material for hydraulic and other systems that require low-level breathability. Directly weldable to numerous plastic enclosures, POREX® Virtek™ PTFE can ensure the proper functionality of your system. Our POREX Virtek™ PTFE is a robust sintered PTFE venting material that resists oils and water while allowing ventilation.

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Optimize performance with advanced powertrain vents Porex has a wide variety of venting solutions for powertrain applications. Our sintered POREX® Virtek™ PTFE can be an effective venting material for hydraulic and other systems that require low-level breathability. Directly weldable to numerous plastic enclosures, POREX® Virtek™ PTFE can ensure the proper functionality of your system. Our POREX Virtek™ PTFE is a robust sintered PTFE venting material that resists oils and water while allowing ventilation.

Control and retain fluids within energy storage devices Our POREX ® porous fiber media functions as an electrolyte reservoir that retains and can control and dispense fluids used in energy storage devices. These reservoirs and wicks: Have very consistent densities and fluid transport capabilities Are customizable to your specific application Offer self-supporting properties that can be made into sheets or custom shapes and sizes to meet your device’s specific needs Features Retain and deliver electrolyte fluids in energy storage devices Engineered for optimal density and fluid retention and transport Materials Offered Porous polymeric fiber Sintered particle Formats Available Sheet/roll format or 2D fiber shapes – can be self-supporting Customizable shapes and sizes based on application requirements request sample ask an engineer