Reemay - A Fiberweb Brand - a technology leader in the filtration industry

CPS (Celbond® Particulate Structures)
for Gas-phase Filtration

CPS (Celbond¨ Particulate Structures) for Gas-phase Filtration

CPS is a platform technology for the immobilization of functional particles in a three dimensional fibrous structure. The core technology uses bi-component fibers to build a stable, robust fibrous structure. No adhesive is used. Functional particles, such as activated carbon, zeolites, ion exchange agents and many others are arranged in a three-dimensionally spaced configuration within the fibrous structure with controlled, tortuous void space. Functional particles are secured, yet fully accessible. Maximum accessibility is optimized with fluid flow through the material. The core technology can be combined with other materials to provide multi-functionality.

Can be made with activated carbon, zeolites, ion exchange agents and
other functional particles
Minimal dust shedding
Pleatable
Excels where space is limited and pressure drop must be minimized
Design flexibility for different applications
Product weights: depend on application

To request more information and a sample of CPS (Celbond® Particulate Structures) for Gas-phase Filtration, please Click Here.



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	Click on a product listing below to see the description in the right window. CPS (Celbond® Particulate Structures) for Gas-phase Filtration MasterFlo® Microfiber Depth Filtration Media Microcell® II for D&I Filtration QualiFlo® Gradient Polyester Filtration Media Reemay® Spunbond Polyester Filtration Media Reemay® Pool & Spa Filtration Media Reemay® with Microban® Antimicrobial Protection Pool and Spa Filtration Media Reemay® Sonic Bonded Layered Polypropylene (SBLP) Self-Support MERV Media Snofil™ SnoWeb EFP StarWeb® Polyester Scrim Synergex® Composite Polyester Filtration Media Typar®/Tekton® Spunbond Polypropylene* Filtration Media	CPS (Celbond® Particulate Structures) for Gas-phase Filtration CPS is a platform technology for the immobilization of functional particles in a three dimensional fibrous structure. The core technology uses bi-component fibers to build a stable, robust fibrous structure. No adhesive is used. Functional particles, such as activated carbon, zeolites, ion exchange agents and many others are arranged in a three-dimensionally spaced configuration within the fibrous structure with controlled, tortuous void space. Functional particles are secured, yet fully accessible. Maximum accessibility is optimized with fluid flow through the material. The core technology can be combined with other materials to provide multi-functionality. Can be made with activated carbon, zeolites, ion exchange agents and other functional particles Minimal dust shedding Pleatable Excels where space is limited and pressure drop must be minimized Design flexibility for different applications Product weights: depend on application To request more information and a sample of CPS (Celbond® Particulate Structures) for Gas-phase Filtration, please Click Here.