The Power of Silver: How Inhibiting Microorganisms Can Reduce the Spread of Germs

In recent years, silver has been receiving a great deal of attention for its ability to inhibit the growth of microorganisms. Silver ions have been incorporated into a variety of products, including NCP Hard 9H Evo+, a coating that can be applied to any hard surface. This product is effective in reducing the risk of cross-contamination and the spread of germs, microbes, and bacteria for a period of 12 months. The revolutionary new Nano Ceramic Protect Hard 9H Evo+ biocidal coating provides an invisible barrier against harmful microorganisms, helping to keep surfaces clean and safe. The powerful formula bonds to surfaces at a nano level, creating a long-lasting protective layer that is both durable and effective. Nano Ceramic Protect Hard 9H Evo+ is ideal for use in high-traffic areas such as automobile interiors, kitchens, and bathrooms, as well as on frequently touched surfaces such as door handles and light switches. With Nano Ceramic Protect Hard 9H Evo+, you can rest assured that your surfaces are protected against bacteria, viruses, and other harmful microbes.
NCP 9H Evo+ incorporates Silver ions in its coating which inhibit the ability of microorganisms to multiply. Failure to reproduce reduces the risk of the formation of cross-contamination and the spread of germs, microbes, and bacteria.
NCP Hard 9H Evo+ can be applied to any hard surface and is effective for a period of 12 months. A long-term protective layer forms an invisible, physical defense against microorganisms. Protective surfaces can be cleaned without the use of harsh chemicals. The self-disinfecting coating prevents the accumulation of viruses, germs, and bacteria while providing a protective, hydrophobic layer to the surface.

Press Release Type:
Product
Company:
Nano Ceramic Protect
Booth #:
12578
Show Categories:
Restyling & Car Care Accessories
Media Contact Name:
Jennifer Robertson
Media Contact Email:
bud@robertsonracingllc.com
Media Contact Phone:
610-216-2182
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