The paint that was just applied to the façade flowed immediately, and the inner corners were heavily piled up. What should I do?

The viscosity of the coating is too high and the construction is difficult, what should I do?

In the process of polyurethane construction, it is inevitable to encounter the above annoying problems. How to solve?

To solve the above problems, let’s first understand the thixotropic technology:

Thixotropy, also known as thixotropy, refers to the property that viscosity changes when the shear rate of objects (such as paints and coatings) changes. In simple terms, most thixotropic fluids experience a “touch” reduction in viscosity, and a higher viscosity when the “touch” is stopped.

If this technology is applied to polyurethane coatings. During construction, after the construction tool touches the paint, the viscosity of the paint is reduced for good construction. After the film is left to stand, the viscosity of the paint increases, and the adsorption force is enhanced and does not flow. Can the problem be solved by accelerating the time of mutual conversion? sure! But the process is not easy.

Combined with rich construction practice and exploration experience, the R&D team of Oriental Yuhong has successfully developed a polyurethane coating suitable for façade construction after hundreds of experiments and analysis – SPU-THIX anti-flow hanging single-component polyurethane waterproofing coating.

Oriental Yuhong SPU-THIX anti-sag single-component polyurethane waterproof coating (hereinafter referred to as “Oriental Yuhong SPU-THIX”) is a one-component product that integrates thixotropic technology and is polymerized in advanced process equipment. Polyurethane waterproof coating.

At present, Oriental Yuhong SPU-THIX has been successfully applied to major underground projects, toilets, kitchens, balconies, pools, parking lots, non-exposed roofs and other non-exposed waterproof projects.

The product is based on the rheological properties of polymers, preferably a polyurethane formulation, and achieves thixotropy by building a reversible three-dimensional network structure. Under the action of external force during construction, the network structure is destroyed, the viscosity of the product is reduced, and the construction is convenient; after construction, the external force is removed, the network structure is quickly restored, the viscosity of the product increases, and the facade does not flow.