nCOAT™ | NANO-SCALE COATING MATERIAL

Measuring between four and one hundred nanometers in thickness, these multi-functional layer forming surface modifiers (nLFSM) are designed to grant a treated substrate pre-selected properties, without altering their aesthetic or tact.

With market-ready formulations for both porous and non-porous substrates, the nCOAT™ product category is composed of a collection of technology platforms, which can be diluted and optimized for nearly any industrial application.

nCOAT™ (Rx-101): Highly active and concentrated material for achieving hydrophobic and oleophobic properties on non-porous (non-absorbent) substrates such as glass, ceramic, stainless steel, aluminum and other oxide containing surfaces.

nCOAT™ (Rx-125): Highly active and concentrated material for achieving hydrophilic properties on non-porous (non-absorbent) substrates such as glass, ceramic, stainless steel, aluminum and other oxide containing surfaces.

nCOAT™ (Rx-103): Highly active and concentrated material for achieving hydrophobic and oleophobic properties on porous (absorbent) substrates such as concrete.

nCOAT™ (Rx-109): Highly active and concentrated material for achieving hydrophobic and oleophobic properties on porous (absorbent) substrates such natural fibers and other oxide containing surfaces.

nCOAT™ (Rx-111): Highly active and concentrated material for achieving hydrophobic and properties on porous (absorbent) substrates such natural fibers and other oxide containing surfaces.

nCOAT™ (Rx-113): Highly active and concentrated material for achieving hydrophobic and oleophobic properties on porous (absorbent) substrates such natural fibers and other oxide containing surfaces.

Covalent (sigma) bonding with oxide containing substrates, assists in establishing highly durable and resistant coatings allowing for semi-permanent or permanent surface functionality. The nSTRATA™ collaborative nDUSTRIALIZE™ process ensures that the correct formula is selected and optimized for the application and project specifications, from layer structure and morphology to functionalities - which include but are not limited to:

For more information about the specific market-ready nCOAT™ product line and the adaptable technology platforms, contact us.