Water conservancy and flood control projects serve as a vital line of defense for safeguarding people’s lives and property and warding off flood disasters; the choice of materials directly determines

In water conservation and protection projects, slope stabilization for fish ponds and riverbank reinforcement are critical measures for ensuring water safety and preventing soil erosion. As a new type of

With its extensive coastline, China’s coastal regions face long-term challenges such as wave scouring, tidal erosion, and high-salt corrosion. Traditional concrete and steel protective materials are prone to aging, cracking,

In deep excavation projects, the deformation resistance of the retaining structure directly determines construction safety, project quality, and the safety of the surrounding environment. This is particularly true under complex

Water conservancy projects are the core infrastructure for ensuring the rational use of water resources and for flood control and prevention. As key components for retaining earth, preventing water ingress,

As a new type of eco-friendly engineering material, plastic-steel sheet piles combine three core advantages—structural stability, high load-bearing capacity, and a long service life—thanks to their scientific structural design and

Riverbank protection is a critical component of water conservancy projects and ecological management, and the choice of materials directly determines the stability, durability, and environmental sustainability of the protection system.

As core infrastructure for flood control, drainage, and water resource management, the safety of embankments is crucial to people’s livelihoods and regional development. Over time, embankments are susceptible to erosion

In the construction of water conservancy and flood control projects, impermeability and structural durability are critical factors in ensuring the safety and stable operation of these projects. Faced with multiple