WE AND COMPETITION

COMPARISON OF TECHNOLOGY

NANO-KOLOID

 

COMPETITIVE PRODUCTS

Non-ionic nano-crystalline particles

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Non-crystalline forms, often of chemical origin, often 100 % ionic

Manufactured in a physical process

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Manufactured mostly in chemical processes

Chemically pure

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Often chemically impure

More chemically resistant

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Less resistant chemically (ionic very active)

The highest efficiency at the lowest mass

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Higher mass with less efficiency

The optimal shape of nano-platelets

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Spherical or crystal particles or clusters-non-optimal shape

Long-lasting effect

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Short duration of activity, quickly reduced to inefficient salts or other chemical substances

Higher resistance to light

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The lower light resistance

Available in a variety of media (water, oil,

alcohol, monomers etc.).

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Available only in water or powders

The unique patented technology

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There are no unique features of competitive products

Fast, economical and environmentally

friendly production process

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Non-organic production process often requiring high energy consumption

Available in a wide range of concentrations

(10-15,000 PPM)

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Available at lower concentrations

The high homogeneity of the particles

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Low homogeneity of the particles and often less repeatability

The unique adhesion to the surface -thanks

to the platelike design - extends the surface

action

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Low adhesion to the surface

 

Prolonged antibacterial action        

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Time-limited antibacterial action

COMPARISON OF TECHNOLOGY ON THE BASIS OF PHOTOS

NANO-KOLOID

KONKURENCJA

         5nm particles, visible atomic lattice and

          individual atoms, large working surface.

Larger, spherical particles, high mass, and the small working surface