Poly-Hexidine is a revolutionary, patented technology that imparts the powerful biocidal effectiveness of chlorhexidine into polyolefin resins.
TM
Poly-Hexidine
biocidal polymers
Chlorhexidine has a long history of use in healthcare settings.
Polyethylene and Polypropylene, the most common plastics
in use today.
The 2 compounds are combined into a homogenous blend to create Poly-Hexidine.
The loss of the crystalline structure of the chlorhexidine within the polymer material is due to its chemical and physical compatibility with
polyolefin resins.
The result is a material with biocidal properties that is water insoluble.
This is NOT a chemical coating on a polymer. It does not leach or wash out.
This compatibility allows for dispersion of the chlorhexidine molecule with the polymer molecules, thereby preventing the chlorhexidine molecules from reforming their natural lattice.
99.99% REDUCTION IN CORONAVIRUS
Poly-Hexidine has been tested extensively and recent lab results confirm effectiveness in killing Covid-19.
Method: AATCC-100
Material: PolyHexidine Nonwoven Fabric
Tested: Human Coronavirus 229E, ATCC VR-740
MRC-5 Cells, ATCC CCL-171
Poly-Hexidine is virucidal, bactericidal and fungicidal and has been proven to kill the
following at +6 Log Reduction:
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Clostridium Difficile (C-Diff)
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Escherichia Coli (E-Coli)
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Staphylococcus (Staph & MRSA)
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Streptococcus Pyogenes (Strep)
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Enterobacter Aerogenes
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Pseudomonas Aeruginosa
PolyHexidine creates a mechanical kill through the destruction of the cell wall.
E-Coli cell destruction at multiple contact sites.
Poly-Hexidine uses standard manufacturing processes for melt blown, spunbond, fiber extrusion, injection molding, cast and blown film, etc. No modifications to existing production equipment are required.
We have spun Poly-Hexidine into fiber, converted it into woven and nonwoven material, extruded it into films and tubing.
Class I and Class II Surgical Masks with Covid-19 killing properties.
Poly-Hexidine Virucidal Technology
Spunbond Outer Layer
Kills to prevent Contact Transfer
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Poly-Hexidine Virucidal Technology
Melt blown or carded web Middle Layer(s)
Kills to eliminate microbial inhalation
Inner Layer
Std. Spunbond Material
Soft / Non-Irritating
K95P
N95P
By changing base materials to Poly-Hexidine,
medical nonwoven products become biocidal.
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Surgical Drapes
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Incise Drapes
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Isolation Gowns
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Aprons and Pants
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Surgical Caps
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Shoe Covers
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Cubicle Curtains
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Underpads, etc.
Offering the most innovative and effective barrier products available.
PPE products that can reduce HAI's by simply wearing them throughout hospitals as healthcare professionals perform their daily tasks.
Poly-Hexidine is patented technology.
Poly-Hexidine technology has applications in many product categories using polyolefins.
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Air Filtration
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Water Purification
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Sanitary Wipes
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Aseptic Packaging
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Woven Textiles
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Odor Control Apparel
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Food Packaging
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Medical Films