products

The Z402 plastic-steel sheet pile is manufactured from high-strength plastic-steel composite material through a one-piece molding process, specifically designed for hydraulic slope protection, river channel management, embankment protection, and excavation shoring projects. It features a standard Z-shaped cross-section, ensuring a tighter interlocking fit between piles. When assembled, the piles form an integrated retaining system that […]

Lightweight plastic-steel sheet piles are a new type of eco-friendly shoring material made from polymer composite materials. With lightweight construction, high strength, and ease of installation as their core features, they are widely applicable in river management, excavation shoring, hydraulic cofferdams, ecological bank protection, and emergency rescue projects. Weighing only one-sixth to one-eighth of traditional […]

Flood control and retaining plastic-steel sheet piles are made of high-strength, eco-friendly polymer composite materials. They feature a sturdy structure with tight interlocking joints and offer excellent earth-retaining, waterproofing, and impact-resistant properties. These products are specifically designed for river flood control, embankment protection, slope stabilization, and excavation shoring projects. They are resistant to acid and […]

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 […]

This product is made from polymer-reinforced composite materials and is formed in a single process under high temperature and pressure. It offers excellent chemical stability and withstands freshwater, saline-alkali environments, wastewater, and acidic, alkaline, or humid conditions without rusting, corroding, or cracking. Optimized for resistance to aging and freeze-thaw cycles, it maintains stable performance during […]

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 plastic-steel sheet piles are made from modified polymer materials, offering high strength, impact resistance, and structural stability. They are primarily used in excavation shoring and riverbank protection projects. The product features quick installation and efficient construction, effectively resisting soil pressure and water erosion to ensure the safety and stability of slopes and excavation pits. […]

Plastic-steel sheet piles are a new type of eco-friendly building material used in river management and ecological bank protection. Made from polymer-based plastic-steel, they replace traditional steel sheet piles and concrete piles, and are suitable for water conservancy projects such as river rehabilitation, riverbank slope protection, lake bank protection, wetland restoration, and flood control and […]

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 […]

EEco-friendly plastic-steel sheet piles are made of polymer composite materials. They are environmentally friendly, non-toxic, and do not contaminate water or soil. As a new type of eco-friendly piling material, they are ideal for river management, cofferdam support, and excavation pit protection projects, effectively replacing traditional steel, concrete, and wooden piles. The product is lightweight […]