プラスチック排水板
環境に優しい構造防水プラスチックシートPVC排水ボードディンプル膜排水マット
Product Description The plastic drainage board is made of polystyrene (HIPS) or polyethylene (HDPE), stamped and made into a conical projection or a stiffened rib (or a hollow cylindrical porous). Now the raw materials have been replaced with polyvinyl chloride (PVC), which compressive strength and overall flatness have been greatly improved. The width is 1-3 meters and the length is 4-15 meters or more. Product Features Good water drainage Good strength and ductility. No
高効率のプラスチック排水板 軟土固化システム
Product Description High Efficiency Plastic Drainage Board is specifically engineered for vertical drainage applications in soft ground engineering. By accelerating pore water dissipation, it improves soil strength and reduces settlement time. Its lightweight structure allows easy handling and rapid installation, significantly reducing labor and project duration. The internal channel design ensures stable water flow even under high compressive stress. This product is widely
HDPE垂直排水板 高流量土壌改善材料
Product Description HDPE Vertical Drainage Board is a modern geotechnical material developed for efficient water drainage and soil stabilization. It plays a critical role in reducing consolidation time in soft ground engineering. Its high flow capacity ensures rapid water discharge even under heavy loads, making it ideal for large-scale infrastructure projects. The board’s flexible yet durable structure allows it to adapt to ground settlement without losing functionality. The
PVCプラスチック排水板 垂直排水システム
Product Description PVC Plastic Drainage Board is designed for rapid soil consolidation and efficient subsurface water removal. Its structured core design creates continuous vertical drainage channels, accelerating pore water dissipation and improving soil bearing capacity. This product is especially effective in projects involving deep soft clay layers where traditional drainage systems are inefficient. Its excellent ductility ensures adaptability to soil deformation without
高強度HDPEプラスチック排水板 柔らかい土壌 基礎排水ソリューション
Product Description Plastic Drainage Board is a highly engineered vertical drainage solution widely used in soft soil consolidation projects. Manufactured from high-quality HDPE or PVC materials, the board features a structured core with longitudinal channels that efficiently transport water under pressure conditions. Compared with traditional sand drains or gravel layers, this product offers faster drainage paths, reduced settlement time, and significantly lower construction
垂直排水 プラスチック排水板 柔らかい地面改善ソリューション
Product Description Vertical drain plastic drainage board is an efficient solution for soft ground improvement. It accelerates consolidation and improves soil bearing capacity. Technical Specifications Property Unit Value Height mm 20–30 Flow cm³/s ≥10 Strength kPa ≥350 Width m 1–3 Why Choose Us Professional geosynthetics supplier with strong experience. FAQ Q: Suitable for reclamation A: Yes Q: Durable A: Yes Q: Cost effective A: Yes
耐久性のある HDPE プラスチック排水ボード基礎補強排水システム
Product Description Durable HDPE drainage board improves foundation stability by accelerating consolidation. It is widely used in infrastructure projects requiring long-term performance. Technical Specifications Property Unit Value Height mm 30 Flow cm³/s ≥10 Strength kPa ≥350 Width m 1–3 Why Choose Us Reliable manufacturer with global supply. FAQ Q: Strong enoughA: Yes Q: Easy installationA: Yes Q: Custom sizesA: Available
高流量プラスチック排水板 埋立地の排水水 防水システム
Product Description This high-flow plastic drainage board is designed for landfill and environmental protection projects. It provides efficient drainage while preventing water accumulation and structural instability. Its high flow capacity ensures rapid water discharge, reducing hydrostatic pressure and improving structural safety. Technical Specifications Property Unit Value Height mm 25 Flow Capacity cm³/s ≥15 Strength kPa ≥350 Width m 1–3 Length m 5–15 Durability Years 30+
PVCプラスチック排水板軟弱地盤統合垂直排水システム
Product Description PVC plastic drainage board is engineered for efficient vertical drainage in soft soil consolidation projects. The product features a structured core with evenly distributed drainage channels, ensuring rapid water flow and pressure reduction within soil layers. Its improved compressive strength and flatness make it suitable for heavy-load applications. The material adapts to soil deformation without losing drainage functionality, ensuring long-term
