BDT-24AM Dura-Bond Antimicrobial Nano-Ceramic Clear Coat
nano-Clear 24AM is an Antimicrobial formulation that helps to lower the bio burden and continuously protect treated surfaces from the colonization of microorganisms ie, virus, bacteria, mold, mildew and fungus for as long as the coating remains intact.
nano-Clear 24AM is a high performance, specially synthesized polysilazane polymer coating that ambient cures and develops a covalent bond with the substrate it is applied to, bonding the antimicrobial coating and the substrate on a molecular level.
nano-Clear 24AM is an extremely hydrophobic coating with super slick properties that greatly reduce the ability of dirt and debris to bond to applied surfaces due to the radical reduction in the coefficient of friction.
nano-Clear 24AM is used as a single or multicoated application, depending on the volume of contact a treated surface will be subjected to and may be applied as often as desired. Our coatings contain a uv/black light tracer that provides an effective means of physical inspection. Applicators and consumers can easily verify that all intended surfaces were initially coated or, upon periodic inspection, have remained intact and still offering the intended antimicrobial protection.
nano-Clear 24AM is an incredibly durable, scratch resistant, extremely water repellent, clear finish formulated for surfaces such as plastics, polished metal alloys, painted surfaces, powder coated or Gel-coated® surfaces and it protects those treated surfaces from UV damage, fading and other environmental corrosion from standard protocol disinfectants.
nano-Clear 24AM is a permanent antimicrobial solution on touch surfaces for electronics, touch screen monitors & keyboards, phones & tablets, keypads & touch screens in retail or high traffic areas in public settings.
- EPA Reg. No. 83019-1
- EPA Est. No. 96461-GA-1
- May be applied by wiping directly on the intended surface with a tightly napped applicator sponge, a microfiber cloth or and extra-fine mist pressurized hand sprayer.
- Warmer than the ambient temp as well as an increase in air flow will reduce the amount of time needed to achieve ‘Dry to Touch’, generally 1-5 min.
- Exposure to sunlight will also assist in reducing the amount of time needed for a fully cross-linked cure.
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