Haoyang’s High-Strength Polypropylene Geotextile Boosts Shandong’s Industrial Upgrading

2025/07/16 16:49
Haoyang Environmental Co., Ltd., a leading geosynthetics manufacturer, has gained spotlight for its high-strength polypropylene geotextile project, which was featured in Dezhou News Broadcast. The project showcases how technological innovation drives industrial resilience amid economic pressures, reinforcing its role as a benchmark in Shandong’s high-end industrial chain.


A Strategic Breakthrough in High-End Geomaterials

Jointly developed with Tianjin Polytechnic University, Haoyang’s high-strength polypropylene geotextile project has been selected as a "Shandong Provincial Major Scientific and Technological Innovation Project". It breaks through technical bottlenecks of traditional geotextiles in mechanical properties, acid-alkali resistance, and freeze-thaw resistance, filling the gap in China’s high-end geotextile market.


Compared with conventional products:


  • Mechanical performance improved by 50%

  • Elongation reduced by 30%

  • Enhanced creep resistance and anti-aging capabilities


These advantages make it ideal for high-speed railways, flood control projects, and ecological restoration—key areas in new infrastructure and green development.


Haoyang’s High-Strength Polypropylene Geotextile Boosts Shandong’s Industrial Upgrading.jpg


Future Development Focus

As a core enterprise in Shandong’s high-end chemical industry chain, Haoyang plans to:


  • Strengthen core technology R&D with increased investment

  • Expand industrial application scenarios

  • Promote digital transformation

  • Deepen industry-university-research collaboration


By building a development model of "digital empowerment, technical breakthroughs, talent cultivation, and industry-education integration", Haoyang aims to solidify its position in the global high-end geosynthetics market.


"Green Haoyang · Shared Globally"—the company remains committed to providing robust support for new infrastructure and green low-carbon development with innovative geomaterials.

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