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Long-lasting protection application for wear and corrosion of heavy equipment in mining areas, ensuring stable operation of equipment under extreme working conditions.

This coating is specifically developed for de-icing salt corrosion in high-latitude regions. Its two-component technology forms a high-strength protective layer that resists corrosion and withstands low temperatures, providing 3–5 years of long-lasting protection for military vehicles and construction machinery.

Major breakthrough in shark-skin antifouling coatings! Using a unique denticle structure, it delivers 60+ months of non-toxic, durable protection, reduces drag, saves fuel, and boosts speed — proven in real-vessel applications, empowering green shipping.

The shark skin-inspired antifouling coating applied on the "Dingheng 28" ocean-going chemical tanker has achieved a new breakthrough in physical antifouling through its nano-scale micro-riblet structure. After eight months of real-sea tests in multiple sea areas, the hull remains clean and smooth, with an antifouling effective life of over five years. At the same time, it effectively reduces fuel consumption and achieves zero toxin emissions, offering an innovative solution that combines both environmental and economic benefits for vessel operations.

The reactive cross-linking nano-repair materials and multi-layer protective coating systems developed by Kebao Materials for viaducts and rail transport infrastructure are capable of extending the service life of structures at source.

The reaction-curing water-based nano-concrete repair agent developed by Keeper Materials, combined with specialised high-strength fibre reinforcement technology, is widely used in the protection of military and strategic facilities.

For the energy and power sectors, KP repair agents are not merely protective materials, but also vital technical tools for reducing maintenance costs throughout the entire lifecycle. With their minimal disruption during application and high durability, they ensure that energy infrastructure continues to operate reliably under heavy loads and in extreme environments, thereby providing a reliable safeguard for the security and continuity of the power supply.

In the field of port and marine engineering, the KP series of repair compounds is more than just a material; it strikes a balance between the service life of a structure and its maintenance costs. It gives builders the confidence to withstand the relentless trials of the sea, ensuring that infrastructure remains steadfast over the long term, withstanding the ceaseless ebb and flow of the tides.

The reaction-curing water-based nano-concrete repair agent, independently developed by Keeper Materials, offers a revolutionary solution for the oil and gas infrastructure sector.