Geocell - The Ultimate Base Improvement Solution
Geocell, a revolutionary, prefabricated, expanded, three-dimensional reinforcement cellular confinement system, is meticulously designed to enhance base conditions.
Key Features:
- Three-dimensional, honeycombed cellular structure.
- Forms a robust confinement system when filled with compacted soil.
- Constructed using high-strength welding of reinforced HDPE sheet material.
- Ultrasonic needle welding technique ensures unparalleled durability.
- Diaphragm with strategically placed holes to meet specific engineering requirements.
Benefits:
- Significantly improves base conditions for various applications.
- Dramatically enhances the load-bearing capacity of the soil.
- Effectively prevents soil erosion and lateral movement.
- Provides exceptional stability and reinforcement to the base.
- Effortless to install and maintain, saving time and labor costs.
3. Unique HDPE Paving Plastic Geocell Characteristics:
1. Constructed from lightweight materials, these geocells are wear-resistant, chemically stable, anti-aging, and withstand harsh acids and alkalis. Perfectly suited for various soil, desert, and geological conditions.
2. Offers exceptional lateral restriction, anti-skid properties, and resistance to deformation. These features greatly improve the supporting capacity and load distribution efficiency of the roadbed.
3. Boasts high carrying capacity, impressive dynamic performance, and superior erosion resistance, ensuring long-term durability.
4. Customizable geometry allows for modifications in height and welding distance to meet diverse project requirements.
5. Compact and retractable design allows for easy transportation and quick assembly, significantly speeding up construction processes.
6. Utilize local materials during construction to reduce costs. Conveniently transportable when folded, simplifying logistics.
1. Superior Erosion Control
2. Enhanced Soil Stabilization
3. Robust Shoreline Protection
4. Effective Steep Slope Reinforcement
5. Multi-layered Retaining Walls for Enhanced Stability
6. Reliable Channel Protection
7. Structural Reinforcement for Increased Durability
8. Efficient Earth Retention
Important Considerations:
When constructing an embankment on a slope with a natural inclination steeper than 1:5, it is essential to dig steps at the base. The width of these steps should not be less than 1 meter to ensure stability.
During staged construction or widening of roads, ensure proper integration between the old and new roadbed fill slopes.
While digging steps, the width for high-grade highway steps generally needs to be 2 meters. Geocells should be laid on the horizontal surface of each step, utilizing their inherent facade side reinforcement to effectively address issues of uneven settlement.
Shandong Tianren New Materials Co., Ltd.
As a pioneering leader in the production and manufacturing of cutting-edge composite geo-materials, Shandong Tianren New Materials Co., Ltd. seamlessly integrates scientific research and development, anti-seepage design, technical consultation, and construction services. Our dedication to innovation ensures we deliver premium-quality materials tailored for a myriad of applications.
We are thrilled to announce that Shandong Tianren New Materials Co., Ltd. has recently achieved the prestigious ISO9001 international quality system certification and ISO14000 environmental system certification. These accolades underscore our relentless commitment to delivering superior products while minimizing our environmental footprint.
Our products have garnered widespread acclaim not only domestically but also across Southeast Asia, Europe, and the United States. We take immense pride in exporting our products globally, where they are celebrated for their exceptional quality and reliability.
Our products are extensively utilized across a diverse array of industries, including:
• Environmental protection and sanitation (e.g., domestic waste landfill, construction and blasting waste management).
• Water conservancy (e.g., river, lake, and reservoir dam seepage prevention and plugging).
• Municipal works (e.g., subways, underground building works, roof reservoirs).
• Gardens (e.g., artificial lakes, ponds, golf course pond bottoms, slope protection).
• Petrochemical (e.g., chemical plants, oil refineries, gas station storage tank seepage control).
• Mining (e.g., anti-seepage of washing pool bottom lining, heap leaching pool, tailings pool).
• Agriculture (e.g., seepage prevention of reservoirs, drinking pools, irrigation systems).
• Aquaculture (e.g., fish pond, shrimp pond lining, sea cucumber ring slope protection).
){kind=link}