Shunan Interface treating agent for concrete

Concrete interface treating agent

The concrete interface treatment agent is a specialized chemical material designed for treating concrete surfaces to enhance adhesion and compatibility with subsequent coatings or repair materials. Formulated with highly efficient surfactants and thickeners, this treatment agent penetrates the concrete surface, improving its properties, and forms a thin adhesive protective film, providing a solid foundation to ensure the strong bonding and long-lasting performance of subsequent coatings or repair materials.

1.Improved Adhesion: Effectively enhances the adhesion between the concrete surface and coatings or repair materials, reducing the risk of delamination and cracking.

2.Enhanced Compatibility: Improves the properties of the concrete surface, increasing its compatibility with subsequent materials, ensuring good bonding of coatings or repair materials.

3.Dust Protection: Forms a thin protective film to prevent dust accumulation on the concrete surface, maintaining cleanliness and durability.

4.Simplified Application: Easy application by brushing or spraying onto the concrete surface, without the need for complex operational steps.

5.Environmentally Friendly: Low volatility, non-toxic, and compliant with environmental standards, ensuring safety and reliability.

Wall Mainly used for concrete grass-roots plastering interface treatment, the product treated grass-roots surface, cement mortar and grass-roots bonding strength can be increased by about 50%, and has a high resistance to water, heat and humidity, resistance to freezing and thawing performance, to avoid the plaster layer of empty drums, shelling, shedding and other phenomena

Treatment of old and new concrete joints: It is used for the treatment of old and new concrete joints to improve the adhesion and compatibility of coating or repair materials.

Concrete restoration project: as a pretreatment agent for concrete restoration project, to ensure the solid adhesion and lasting performance of the restoration materials.