Amidst the escalating threat of flood disasters triggered by extreme rainfall due to global climate change, traditional flood control materials—such as wooden piles, steel sheet piles, and concrete—struggle to meet

Seawalls serve as the primary barrier against storm surges and wave erosion, safeguarding coastal territories, residents’ livelihoods, and industrial development. Traditional seawall construction materials—such as stone, cast-in-place concrete, and hot-rolled

Flood control and disaster mitigation are the primary missions of water conservancy projects, with bank stability and impermeability against erosion being crucial for withstanding floods. As water conservancy technologies advance,

In underwater and near-water projects such as bridges, waterways, and hydraulic engineering, cofferdams serve as core temporary facilities ensuring construction safety. Their primary function is to isolate water bodies and

In underground construction projects, foundation pit support serves as a critical component for ensuring construction safety, preventing settlement of surrounding buildings and structures, and avoiding damage to underground pipelines. Its

In river management projects, material selection directly determines the effectiveness and longevity of the solution. Among these, specialized plastic steel sheet piles for river management have emerged as the preferred

The stability of navigation channel banks is crucial for both navigational safety and ecological conservation. Traditional slope protection materials suffer from ecological fragmentation, susceptibility to erosion, and high maintenance costs,