Large Blades for High Load-Bearing Capacity; Secure Anchoring in Complex Geologies: Featuring a widened and thickened helical blade design, this system boosts the single-pile uplift and compression load-bearing capacity by over 40%, ensuring a firmer grip and minimal settlement. It allows for direct installation across a wide range of terrains, including clay, sand, permafrost, mountainous regions, and tidal flats. Long-Lasting Hot-Dip Galvanized Corrosion Protection; 25 Years Maintenance-Free: Constructed from high-strength Q355B steel combined with hot-dip galvanization (featuring a zinc coating of ≥85μm), the piles remain free of red rust even after 2,000 hours of salt spray testing. CE and ISO certified, they boast a service life of over 25 years, resulting in lower total lifecycle costs. Concrete-Free Rapid Installation; Eco-Friendly and Recyclable: Installed using specialized machinery, each pile can be fully embedded in under 10 minutes, allowing for immediate use upon installation. The process involves no excavation, generates no waste soil, and produces minimal noise; furthermore, the piles can be reversibly extracted and reused upon project completion, making the system highly eco-friendly.
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1.High bearing flange design, strong load-bearing and anti pull capacity, suitable for residential and commercial photovoltaic projects, with stability far exceeding ordinary ground piles. 2.The overall hot-dip galvanizing anti-corrosion process is resistant to acid and alkali, rain and snow rust, and can be used outdoors. It has a long service life and is maintenance free. 3.No need to pour concrete, no need for extensive excavation, fast and labor-saving construction, supporting customized specifications and OEM drawings.
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