Smart Paints. Quality for protection and beauty

Smart Paint is one of the most important nano paints used in buildings, a thin layer of which is sufficient to provide protection and beauty to a surface, and the paint becomes smart, functional and dynamic when it possesses sensing, sensing and detection capabilities.

Smart paints share a combination of materials, including electrically conductive particles and non-conductive binder paste, that combine to create electrical properties that are sensitive to chemical and physical variables.

Smart paints are a combination of materials, including electrically conductive particles and non-conductive binders. In paints used to explore a specific chemical that has a harmful effect on the building and the environment, the polymer tissue expands when exposed to chemical vapors, thus spacing the interstitial distance between the electrically conductive particles and changing the electrical resistance of the paint, which can be measured and correlated to the type of chemical.

Paint materials are blended with polymer tissue.

The most important properties of smart paints

Optical properties: Such as anti-reflective properties, which are used in solar cells

Mechanical properties: Such as the scratch resistance of surfaces. Thermal properties: such as thermal insulation, heat resistance, UV protection, corrosion and rust resistance.

Thermal properties: such as thermal insulation, heat resistance, UV protection, corrosion and rust resistance.

Biological properties: Such as resistance to bacteria and contaminants, protection of surfaces from wetness and adhesion (self-cleaning and protection from dust and grease).

Biological properties.

The difference between fire resistant and fire retardant paints

Fire retardant paints and fire retardant paints are similar in their effectiveness in preventing the spread of fire, but they are fundamentally different. Fire retardant paints are not naturally resistant, but are chemically treated to extinguish small-scale fires on their own, slowing the spread of the flame.

Fire retardant paints are not naturally resistant, but are chemically treated to extinguish small-scale fires on their own, slowing the spread of the flame. Fire retardant paints are inherently and chemically resistant to fire and extreme heat. They work by putting a barrier between the fire and any material underneath to keep it protected from the flame for longer. During a fire, the paint responds to the flame by forming bubbles, bulges, and a non-combustible foam layer, because fire-resistant paints do not melt or drip.
Experts typically recommend applying fire-resistant and flame-retardant paints in homes, emergency exits and apartments.