products

MA-type plastic-steel sheet piles feature a proprietary mechanical structural design that offers excellent resistance to bending and impact, as well as resistance to water erosion. They can firmly withstand lateral soil pressure, ensuring the long-term safety of embankments and riverbanks. The product combines high load-bearing capacity with exceptional corrosion resistance. The pile body is robust […]

High-strength plastic-steel sheet piles are manufactured using a polymer composite modification and reinforcement process. Combining high strength, corrosion resistance, environmental friendliness, and durability, they are widely used in water conservancy and municipal engineering projects such as riverbank protection, excavation shoring, embankment reinforcement, and flood control cofferdams. The product features a stable structure and tight interlocking […]

High-strength M-type plastic-steel sheet piles are made of polymer composite materials. With a robust structure and excellent bending and compressive strength, they are primarily used in water conservancy and flood control, river channel management, ecological slope protection, and cofferdam support projects. They are corrosion-resistant, weather-resistant, impact-resistant, and have a long service life, while also being […]

Plastic-steel sheet piles for river management are eco-friendly specialized building materials developed specifically for ecological restoration of waterways and embankment protection projects. Their core strengths lie in superior waterproofing and anti-aging properties, making them suitable for diverse river management scenarios while balancing practicality and ecological sustainability. As a premium alternative to traditional steel sheet piles, […]

The 718mm polymer plastic steel sheet pile is a new eco-friendly support material specifically designed for river embankments, cofferdams, flood control, and riverbank protection projects. Manufactured from polymer composite materials, it offers high strength, impact resistance, and excellent waterproofing performance. Its interlocking joints provide tight sealing and exceptional overall stability. Featuring corrosion resistance, rust prevention, […]

PVC plastic-steel composite sheet piles, as a new generation of eco-friendly building materials, not only possess outstanding structural strength but also demonstrate exceptional performance in hydraulic bank protection projects. They are an ideal choice for ecological bank protection, flood control, and foundation pit support First, the product is meticulously crafted from high-molecular PVC modified materials. […]

High-strength plastic steel sheet piles are a new eco-friendly support material developed specifically for scenarios such as riverbank protection, foundation pit shoring, flood control in water conservancy projects, municipal projects, and slope protection. Manufactured through co-extrusion modification of high-performance polymer composites and reinforced fibers, these panels integrate high strength, excellent toughness, corrosion resistance, ease of […]

Z402 Plastic Steel Sheet Piles are Z-shaped ecological sheet piles manufactured from polymer materials such as PVC (polyvinyl chloride). Combining the structural advantages of Z-shaped steel sheet piles with the properties of plastic materials, this product is primarily used in ecological engineering applications including hydraulic slope protection, landscape bank protection, and pond enclosures. Product Characteristics […]

MA 718 Plastic Steel Sheet Piles represent a new generation of polymer composite retaining structure products. Manufactured through high-temperature extrusion molding using high-strength resin, continuous fibers, and modified additives as primary raw materials, they feature a standardized interlocking design. Combining structural strength, corrosion resistance, and construction convenience, these piles are widely applied in river management, […]

Plastic steel sheet piles represent a new generation of engineering protection materials. Crafted through a single extrusion molding process, they utilize eco-friendly polymer-reinforced composite materials as their core substrate, integrated with multiple functional additives. Positioned around the dual core advantages of “high strength + corrosion resistance,” they are specifically engineered for two high-frequency engineering applications: […]