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High-compression-resistant three-dimensional composite drainage geonet
The high-compression‑resistant three-dimensional composite drainage geonet is a novel drainage material engineered with a specialized three-dimensional structure and reinforced with high-strength materials. Its composite design—comprising two layers of high‑strength geotextile on the top and bottom, sandwiched around a three‑dimensional polymer mesh core—ensures stable, long‑term drainage performance even under compressive stresses of 1000 kPa. It is widely employed in various engineering applications that demand efficient drainage.
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Detailed description
Product Overview
The high-compressive-strength three-dimensional composite drainage geonet is a novel drainage material engineered with a specialized three-dimensional structure and reinforced with high-strength materials. Featuring a composite design that integrates two layers of high‑strength geotextile with a central three‑dimensional polymer mesh core, this product maintains stable drainage performance over the long term under compressive stresses of up to 1000 kPa, making it widely applicable in various engineering projects requiring efficient drainage.
Performance Features
High compressive strength and structural stability, efficient drainage and water‑conducting capacity, durability and environmental adaptability, as well as ease of construction and cost‑effectiveness.
Product Specifications
Mesh core thickness: 4.0 mm–8.0 mm
Width: 3m–6m
Roll length: 30–50 m (or as per customer requirements)
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