Hydraulic erosion, the kinetic energy of the water flow on the concrete caused by the impact damage and water flow wrapped solid particles (gravel, silt), etc. through the rolling friction will cause the surface of the concrete abrasion.

Weathering, wind alternating day and night temperature changes so that the surface layer and the internal heat uneven surface layer of constant expansion and contraction. Exacerbate the concrete aging, surface abrasion and spalling phenomena.

Dry and wet cycle damage, salt water in the dry and wet cycle environment (such as salty soil areas, seawater splash zone), salt crystallisation - dissolution alternately, the crystallisation pressure repeated, continuous action, causing concrete cracking

Chemical corrosion types such as sulphate etch, chloride erosion, concrete carbonation and hydrogen ion corrosion lead to structural damage to the concrete, affecting its mechanical properties and durability leading to ageing and cracking.

Systematic and specialized coating integration, for the high-speed water flow area, underwater parts, atmospheric environment and other different structural corrosion characteristics and requirements, the program is diverse and customized.

In accordance with industry standards, we prioritize the compatibility between coatings and materials. Our products exhibit excellent resistance to wear and corrosion, making them particularly suitable for high-flow environments. For components that are submerged in water for extended periods, ultra-high water-resistant materials are utilized. Dense paint films form effective waterproof barriers on concrete surfaces, safeguarding against water infiltration and subsequent internal steel bar corrosion.