products

High-strength PVC polymer ecological retaining wall sheet piles are a novel high-strength material manufactured through a single extrusion molding process. This material combines eco-friendly polymer composites (such as PVC matrix) with multiple additives. Its design incorporates mechanical principles, featuring high-moment-of-inertia cross-sections (e.g., U-shaped or Z-shaped) paired with multidirectional interlocking joints. When assembled, they form a […]

1. Ultra-high strength, stable and reliable Maintains structural integrity even in heavy-load scenarios such as deep foundation pit support and large cofferdams. Minimal installation deviation fundamentally ensures project safety and stability, with performance comparable to traditional steel sheet piles. 2. Eco-Friendly and Recyclable, Green and Low-Carbon Manufactured entirely from non-toxic, pollution-free polymer materials, free of […]

Steel-plastic sheet piles, centered on polymer composite materials, integrate green concepts with cutting-edge design to achieve comprehensive innovation, establishing themselves as core support materials. This product transcends simple substitution, offering a holistic solution that unites performance, efficiency, environmental sustainability, and adaptability. Its entire lifecycle embodies green principles, aligning with the core demands of modern infrastructure […]

Against the backdrop of green and intelligent infrastructure transformation, the shortcomings of traditional support materials have become increasingly apparent: steel sheet piles are prone to corrosion and incur high maintenance costs, while concrete sheet piles are cumbersome and highly polluting. High-strength, eco-friendly plastic steel sheet piles have emerged as a solution, featuring polymer composite materials […]

Plastic steel sheet piles are a new type of high-strength building material made from eco-friendly polymer-reinforced composite materials. Produced through a unique single-extrusion molding process, they incorporate multiple additives to enhance physical properties. Their design follows mechanical principles, featuring a high-moment-of-inertia cross-section paired with multi-directional interlocking joints. When assembled, they form a continuous structure with […]

Definition and Core Properties of Plastic-Steel Sheet Piles Plastic-steel sheet piles are engineered support structures manufactured by extruding or injection molding a polymer matrix (such as polyethylene or polypropylene) reinforced with glass fiber, carbon fiber, and modifiers. Critical load-bearing sections are reinforced with composite thin steel plates or steel frames. Their core properties are summarized […]

Plastic steel sheet piles play a crucial role in flood control projects primarily by forming continuous earth-retaining and water-blocking structures. Their core functions include serving as direct flood barriers, adapting to complex geological conditions, resisting water flow impacts, and providing long-term stability and environmental benefits. Plastic steel sheet piles play a crucial role by forming […]

The core strength of high-strength plastic steel sheet piles lies in breakthroughs in materials science. Through a specialized formulation and single-extrusion molding process, they exhibit exceptional physical properties: significantly enhanced bending strength enables them to withstand complex loads without deformation, while their lightweight nature facilitates transportation and installation. Compared to traditional steel sheet piles, their […]

Applications of Plastic-Steel Sheet Piles in Water Management Systems: (1) Flood Control and Drainage: Our plastic-steel sheet piles can be used to construct flood embankments and drainage systems, effectively preventing flood disasters and safeguarding agricultural production. (2) Irrigation Systems: Strategically arranging plastic steel sheet piles creates efficient irrigation networks, ensuring crops receive adequate water supply […]

The most prominent advantage of plastic steel sheet piles is their corrosion resistance. Traditional steel sheet piles are susceptible to erosion from groundwater and seawater, requiring regular anti-corrosion maintenance. In contrast, plastic steel sheet piles can withstand long-term service in acidic and alkaline environments, with a service life exceeding 50 years. This significantly reduces long-term […]