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NANO-TECHNOLOGY S.P.A.D.A.®

One of our core technologies:

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• Self aligning 

• Polymeric 

• Antimicrobial 

• Durable 

• Array

 

The S.P.A.D.A.® bionanotechnology allows long-term antimicrobial protection on a variety of surfaces. When the S.P.A.D.A.® molecules are applied to any surface, they attach to it with strong bonds and form a durable and protective layer against microbes. This layer withstands long periods of time and is typically only removed through abrasion.

Because S.P.A.D.A.® physically destroys microbes and does not contain toxic elements or chemicals to which the microorganisms could adapt, it offers durable and ecologic antimicrobial protection.

HOW S.P.A.D.A.® BIONANOTECHNOLOGY WORKS

The S.P.A.D.A.® layer, which covers the surfaces at a microscopic level, is formed by individual molecules polymerizing or joining together. We call these molecules nano-swords because of the way they work in order to destroy microbes.

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 1. THE BASE ADHERES

The base of the molecule adheres strongly to other S.P.A.D.A.® molecules and to the molecules of any surface (plastics, metals, textiles, wood, glass, wool, etc.).

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2. THE CENTER IS ELECTRICALLY CHARGED

This way it always keeps the “sword” in a vertical position.

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3. THE POINT PIERCES MICROBES

It acts like the point of a sword: it pierces the cellular membrane/wall and it destroys microorganisms.

 

The S.P.A.D.A.® bionanotechnology is the base for effective, safe and long-term ecological antimicrobials. 

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NANO-TECHNOLOGY S.P.A.D.A.®

Uses - Applications

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 S.P.A.D.A.® protects every type of surface against microbes for long periods of time. Therefore its applications are practically innumerable. Some of the more common uses are presented on this site. We are always open to additional suggestions or specific questions about forms of application, quantity, concentration, frequency, and more.

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