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Patent Pending:  WORLD'S 1st Commercial NANOPOROUS SYNTHETIC IRON OXIDE Sole Sorbent ACTIVE BED FILTER
Watch Nanoporous Sorbent Filter capture Welding Gas >

4 Technical Breakthroughs make this filter revolutionary:
  • Nano-particles pose a health threat, as particles with small nm-diameter can permeate human tissue + organs. Our sorbent particles, having micron-range diameters that are +/-1,000x larger than nano-particles, virtually eliminate this health threat.
  • Today's nanotechnology filters rely on membrane nano-fibers, embedded into conventional membrane fibers, to deliver their enhanced performance. Our filter uses 100% nanostructured particles, not nano-fibers diluted with conventional membrane fibers, to deliver superior filtration performance.
  • Today's nanotechnology filters use fixed sorbent bed or static fiber placement designs that reduce filter life by restricting sorbent movement. Our filter incorporates active filter bed + self-cleaning membrane functions to offset particulate agglomeration, know in micro and nanotological applications to degrade sorbent capacity + filter life.
  • The traditional method of making nano-fibers is electrospinning, which often requires dangerous solvents. New extrusion methods like meltblowing + nanotubing produce nano-fibers that lack the uniformity electrospun fibers possess. Our sorbent particles are manufactured using a proprietary process that is safe, simple and inexpensive.