Features and scope of application of thixotropic paints

The properties that distinguish thixotropic paints from other materials make them undeniable and irreplaceable in almost all areas of application. The main feature of thixotropic paints is their ability to change viscosity under mechanical stress. At rest, such paints have a high viscosity, which prevents them from running down and forming streaks on vertical surfaces. When stirring or brushing, the viscosity decreases, making the application process easier.

Features of thixotropic paints

As already mentioned, thixotropic paints become more fluid when stirred and thicken again when at rest. This property is due to structural changes in the composition of the paint, where the mobility of molecules increases when exposed to forces, but returns to their original state when they stop.

Due to their thixotropic nature, these paints are ideal for covering vertical and inclined surfaces. High viscosity at rest prevents the composition from running off, which allows you to achieve an even and neat coating.

During the process of mixing and other mechanical influences, thixotropic paint becomes liquid, which simplifies its application using different methods: using brushes, a roller or a spray. After application is complete, the viscosity is restored, which facilitates quick and uniform drying of the paint layer.

Thixotropic paint has good adhesive quality on various surfaces, which allows them to be used universally. They are great for metal, wood, concrete and many other materials.

Scope of application of thixotropic paints

Thixotropic paints are widely used in the construction and renovation industry due to their exceptional properties.

In construction, thixotropic paints are often used to paint building facades and interior walls. Their sag resistance makes them an excellent choice for use on vertical or inclined surfaces. They are also used to prevent corrosion on metal structures.

In the automotive industry, thixotropic paints are used to paint car bodies. They provide an even and durable coating that not only improves the appearance of the car, but also protects it from external influences.

In shipbuilding, thixotropic paints are used to coat ships, as they provide high resistance to water and salts. This helps protect ship hulls from corrosion and other damage.

Thixotropic paints are also used for painting household appliances. They provide uniform coverage and an attractive appearance of products, and also protect them from mechanical damage and exposure to chemicals.

In the aerospace industry, thixotropic paints are used to protect and paint various aircraft components. They provide reliable protection against extreme operating conditions, including temperature extremes and exposure to aggressive environments.

There are two important points when using this type of paint: firstly, when diluted, the paint loses its ability to change viscosity, and secondly, if you need a glossy surface, thixotropic paints are not suitable; they do not spread well enough to create shine .

Thixotropic paint is an innovative material with a unique property that is in demand in various fields of application. It has viscosity change, damage resistance and excellent adhesive properties that are an excellent solution for many applications ranging from construction, automotive, shipbuilding and aerospace.