Shide, Shandong Geosynthetics Engineering Co., Ltd.
Shide, Shandong Geosynthetics Engineering Co., Ltd. is a comprehensive geotechnical materials manufacturer based in Dezhou, China. The company operates with a registered capital of 51,800,000 yuan and spans an area of 200 acres, employing around 280 staff, including 70 professional and technical personnel. The organization emphasizes its investment in high-quality equipment sourced from Germany, Italy, and Canada, underscoring its commitment to reliability and precision in production.
A core feature of the company is its extensive testing and quality assurance framework. It maintains a complete set of detection equipment and facilities, with testing methods aligned to internationally recognized standards and ISO quality system certification. This focus on rigorous quality control supports its production of a wide range of geotechnical materials and products.
The product portfolio includes a variety of geosynthetics and related materials designed for civil engineering and infrastructure applications. Notable items referenced in the profile include acupuncture geotextiles and filament spunbond geotextiles, both manufactured in 6.0-meter widths. Additional offerings mentioned are 6.0-meter wide waterproof plates, composite geomembranes, bentonite mats (waterproof blankets), and related soft water materials. The company also notes capabilities in weaving geotextiles, plastic grids, geogrids, geocells, and complex drainage networks. While specific performance characteristics and end-use sectors are not detailed in the available information, the described product suite aligns with typical applications in soil stabilization, drainage, drainage protection, waterproofing, and related geotechnical solutions.
The emphasis on imported, high-quality equipment and a robust quality assurance framework suggests that the company aims to deliver consistent product performance and reliability for construction and infrastructure projects. As a manufacturer rather than a service provider, the organization’s value proposition centers on supplying engineered geosynthetic materials and associated components that meet international quality expectations and project-specific requirements. The available information does not indicate downstream logistics services, distribution networks, or value-added logistics offerings, but the scale of operations and the depth of the quality program position the company as a notable supplier within the geosynthetics segment in the regional market.
Given the information available, readers can expect a focus on controlled manufacturing processes, standardized testing, and a diverse product lineup aimed at geotechnical and civil engineering applications. The company’s emphasis on international-standard testing and high-grade equipment suggests an emphasis on product traceability, performance verification, and compliance with quality norms—factors commonly sought after by engineers, contractors, and procurement professionals involved in geotechnical projects.
If more detailed specifications, certifications, or project examples become available, they would help further illuminate the company’s capabilities, customer base, and potential areas of collaboration in the geosynthetics supply chain.
