Our family of ion-exchange products uses fixed charged groups to selectively filter ions from a feed stream. This technology is used in a wide range of applications, including electrodialysis systems, carbon capture systems, hydrogen fuel cells, and acid-base generation systems. Benefits - Better Energy Efficiency - Higher Temperature Capabilities - Lower Weight & Volume - No Adverse Environmental Impacts - Reproducible Ion-Exchange Capacity & Ionic Conductivity Features - Chemically Robust - Hydrocarbon-Based Ionomer - Low Gas Crossover - PFAS-Free - Phosphate-Free - Reduces Plant Production Cost of MEA Applications - Acid-Base Generation - Ion Exchange Selectivity - MEA Fuel Cell - Water Electrolysis - Hydrogen applications - Critical Mineral Separation - Electrodialysis Systems
eSwipe® is a nanofiber novel dry wipe engineered for decontamination that cleans without cleaning agents/solution while also bio-compostable. Its functionalized nanofiber coating provides a high surface area that enhances the capture of loose radiological particles, beryllium, biological and organic contaminants, oils, ash, etc. from a wide range of surfaces. With a up to 9x better capture rate than conventional cleaning materials comprised of fibers significantly larger in diameter. Features - PFAS-Free - No Cleaning Solutions Needed - Phosphate-Free - High Surface Area - No Residue or Odor - Bio-Compostable - Eco-Friendly
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SimwYpes® are a novel nuclear decontamination dry wipe made using synthetic or cotton fibrous textile fabric that has been infused with functional chemistry. SimwYpes® is effective in removal of loose dust, debris, oil, and biological contaminants from work surfaces, tools, equipment, components, among other surfaces. The chemicals used in production are food grade materials. Features - Food Grade Materials and Chemicals - Nontoxic - Eco-Friendly
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Our nanofiber filtration media sets itself apart from other filter media by using sub micron fibers. These nanofibers create an ultra dense, high-efficiency web that has a higher capture range, higher dust-holding capacity, and better particle adhesion. This enables the capture of particles as small as 0.3 microns in diameter. This includes dust mites, oil mist, paint overspray, mold, bacteria, and harmful virus carriers. This high capture rate equals better quality air, longer lasting media, and improving operational uptime. What Filtration Level for Your Needs: MERV 8-9 MERV 10 MERV 11-12 MERV 13+ HEPA Lint Dust Dust Mites Pollen Mold Dander Smoke Smog Bacteria Viruses
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Our Wireback-Pleat Media is engineered for long term, high performance in commercial and industrial HVAC systems. The design allows for up to a 3-4x higher filtration than conventional pleat media, while retaining a lower initial resistance. Resulting in extended filter life, lower labor cost, and reduced energy consumption causing significant cost savings over time. Features - Available in MERV 8-13 - High dust-holding capacity - Durable Construction - Up to 3-4x Longer Service life than Standard Wireback-Pleat Media - High-capacity Synthetic Nanofiber Media - Meets ASHRAE 52.2 (MERV) and ISO 16890 performance requirements
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