The coating is a flexible material with continuity, which can ensure that the main body of the substrate and the anti-corrosion layer at the joint are the same system material. Anti-corrosion coatings are indispensable materials for steel structures and reinforced concrete structures in the chemical and petroleum industries, railways, sewage engineering, energy, highways and bridges, energy industries, automobiles, containers, and marine engineering.
Anti-corrosion coatings are indispensable materials for steel structures and reinforced concrete structures in the chemical and petroleum industries, railways, sewage engineering, energy, highways and bridges, energy industries, automobiles, containers, and marine engineering. Involving many important fields related to the national development strategy and economic lifeline, anti-corrosion coatings play a very important role in escorting economic development.
Salt spray resistance ≥4000H
10-15 times ≥ GB/T 1771
Acid/alkali resistance≥2000H
GB/T 9265/9274
Tensile strength≥40MPa
GB/T 2567
Coating durability can be as long as concrete
Intelligent bionic self-healing neural network system, elastic self-repair
Mechanical behavior
The coating and the concrete surface are connected by intermolecular forces and chemical bonds formed after chemical reactions, and the coating completely covers the surface of the substrate.
Penetration resistance
The mechanical properties of the coating are hardness, flexibility, impact resistance, abrasion resistance, etc.
Corrosion resistance
The coating can effectively prevent the corrosive medium from penetrating into the structure and play an anti-corrosion effect.
Adhesion
The coating is stable to the corrosive medium, is not decomposed by the medium, does not react with the medium, and is not physically dissolved or swelled by the medium.
