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In river channel management and ecological bank protection projects, construction companies commonly select plastic-steel sheet piles as the core support and impermeable material. Thanks to their high-strength composite material, corrosion resistance, and eco-friendly properties, plastic-steel sheet piles completely resolve the numerous issues associated with traditional concrete slope protection (such as cracking), steel sheet piles (such […]
In the aquaculture industry, the stability of embankments around fish ponds and marine aquaculture ponds, along with preventing water seepage, are critical to ensuring aquaculture profitability. Traditional slope protection methods for aquaculture ponds commonly suffer from issues such as water seepage, mud leakage, corrosion, aging, collapse, and deformation, which severely impact water quality stability, water […]
The ecological water conservancy and municipal slope protection sectors have fully adopted green construction practices, and the industry has completely phased out traditional steel sheet piles and concrete slope protection—which are highly polluting, prone to causing soil and water erosion, and offer poor soil retention. Thanks to their superior environmental performance, stable protective capabilities, and […]
Water conservancy, river channel, and coastal slope protection projects face year-round construction challenges such as water erosion, water seepage, and acid-base corrosion. Traditional steel sheet piles are highly susceptible to rust and deterioration, while concrete sheet piles prolong construction timelines and increase project costs, making them unable to meet the construction standards of modern ecological […]
Modern river management focuses on moving beyond traditional hard-shoreline protection models and comprehensively implementing ecological, green, and sustainable remediation solutions. Construction projects no longer pursue high-strength, hardened protection as an end in itself, but instead proactively balance flood control safety, soil and water stability, and ecological restoration. Traditional steel sheet piles are prone to rust […]
Traditional building materials used for riverbank protection, levee reinforcement, and excavation shoring are generally prone to corrosion, slow installation, high costs, and ecological damage. We are proud to introduce our plastic-steel sheet piles—a brand-new, eco-friendly support material. Leveraging core advantages such as product stability and durability, efficient installation, high cost-effectiveness, and environmental friendliness, our product […]
In the engineering field, when carrying out geotechnical support operations such as riverbank protection, excavation shoring, and water conservancy improvements, construction companies have long relied on traditional steel sheet piles as the primary support material. As a new type of polymer composite support component, PVC plastic steel sheet piles—thanks to their excellent overall performance—are […]
Modern excavation shoring projects are continuously upgrading their material selection standards, moving away from outdated methods such as traditional steel sheet piles and concrete shoring, and fully promoting the use of new plastic-steel sheet piles to comprehensively enhance the safety, cost-effectiveness, and environmental sustainability of excavation construction. Our plastic-steel sheet piles, crafted from a new […]
The 860-meter-long section of the Xiaopengmen River undergoing restoration in Shanghai’s Jiabei Country Park featured banks composed of silty clay that had long been subjected to water erosion and rainwater runoff. This led to problems such as slope collapses, soil erosion, and riverbed siltation, which not only reduced the river’s flood discharge capacity but also […]
Against the backdrop of the full implementation of the “Dual Carbon” goals, the geotechnical and hydraulic engineering sector has completely abandoned the extensive development model that “prioritized construction over ecology,” and green, low-carbon, and eco-friendly practices have become the core development orientation of the industry. Traditional support materials generally consume vast amounts of resources, cause […]
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