HDPE Cellular Confinement System For Railway Foundation Load Support

The HDPE cellular confinement system is engineered for railway foundation load support and heavy infrastructure reinforcement. The interconnected cells provide effective load distribution and improve foundation stability under repeated pressure.

With 200mm reinforcement height, 1.7mm sheet gauge, and 660mm seam distance, the system delivers excellent confinement performance for demanding projects. The textured surface enhances friction between filling materials and cell walls.

GeoMax cellular confinement systems are suitable for railway bases, highways, embankments, industrial platforms, and large scale ground reinforcement projects.

Anhui Huifeng New Synthetic Materials Co., Ltd.

♦ Introduction

Who We Are?

Anhui Huifeng New Synthetic Materials Co., Ltd.(GeoMax®) specializes in the design and manufacture of advanced geocell solutions for soil stabilization and ground reinforcement applications over 20 years.

Since launching the GeoMax brand internationally in 2014, we have supported projects across mining, transportation, retaining walls, ports, and civil infrastructure sectors worldwide.

Our commitment to innovation, quality, and engineering excellence has made GeoMax a trusted partner for contractors, engineers, and distributors around the globe.

Why Global Customers Choose GeoMax?

• Manufacturing Excellence 
• Our advanced production facilities ensure consistent product quality and reliable delivery performance.

• Strict Quality Control
• Every production batch undergoes comprehensive testing to ensure compliance with international standards.

• Trusted by Industry Professionals Worldwide

  GeoMax actively participates in international exhibitions and industry events to strengthen relationships with customers and stay connected with the latest market trends.

  Through face-to-face communication with contractors, engineers, consultants, and distributors, we continuously improve our products and services while expanding our global network.