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3D Geocell Method Geoweb (Geoweb) [*Construction examples available*]

The three-dimensional honeycomb structure is effective for slope protection, retaining walls, riverbank reinforcement, and improving subgrade support! It is currently being used more widely as a construction method with low environmental impact!

This is a geocell product made of high-density polyethylene sheets with excellent durability, which are pressure-bonded in a staggered pattern using high-frequency technology, forming a three-dimensional honeycomb structure when expanded. By filling the cells with materials such as excavated soil or crushed stone, a strong structure is created. It is effective for slope protection, retaining walls, riverbank protection, and improving subgrade support. **Features** - Lightweight and compact, making it convenient for storage and easy to transport to the site. - Can be deployed on gently sloping surfaces and used as slope protection material after being secured with anchor pins and covered with soil. - Made from high-density polyethylene, which offers excellent durability and flexibility. - Filling with locally sourced seed-containing excavated soil allows for greening with native species. - Applicable for slope protection, vegetative retaining walls, river and waterway bank protection, and subgrade and support reinforcement. *For more details, please request materials or view the PDF data available for download.*

Related Link - http://www.asahi-kasei.co.jp/agt/kankyou/jp/geoweb…

basic information

【Features】 ○ Lightweight and compact, making it convenient for storage and easy to transport to the site. ○ Easy installation → The installation method involves repeated processes of unfolding, filling, and compacting, which shortens the construction period and is effective for disaster recovery and construction in narrow sites. → When stacked in a stepped manner, it can be used as a retaining wall. ○ Flexible structure and a variety of filling materials → The material is high-density polyethylene, which excels in durability and flexibility, allowing for installation that conforms to the shape of the site. ○ Possibility of greening with native species → By filling the cells with local seed-containing soil, greening with native species can be achieved. → When installed as a layered retaining wall, local seeds can settle in the pockets, promoting greening with native species. ○ Wide range of applicable construction types → Applicable for slope protection, vegetative retaining walls, river and waterway bank protection, as well as subgrade and bearing capacity reinforcement. ● For more details, please contact us or download the catalog.

Price information

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Delivery Time

Applications/Examples of results

【Uses】 ○ Natural greening ○ Slope protection ○ Disaster recovery ○ Riverbank protection works ○ Subgrade and bearing capacity reinforcement ○ Retaining walls ○ Others: multifunctional embankments, greening of building roofs, simple levees for flood control ● For more details, please contact us or download the catalog.

Related Videos

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Three-dimensional geocell construction method Geoweb

PRODUCT

"Proposal for a crushed stone layer using GeoWeb for the restoration of the foundation under the waterproof sheet!" Case study of disaster recovery methods for waterproof sheet reservoir sites.

TECHNICAL

On-site construction case: "Proposing geocell labor-saving method for river embankment reinforcement!" Introducing the labor-saving method of GeoWeb revetment construction (RiverWeb) case study!

TECHNICAL

On-site construction example: "Proposal for a labor-saving disaster recovery method for highway embankments!" Introducing examples of the labor-saving disaster recovery method for embankments!

TECHNICAL

Case Study of On-Site Troubles: Learning from "Deformation Cases of Geocell Retaining Walls During Construction" - Estimated Causes and Countermeasures.

TECHNICAL

Construction Case Study Photo Panel - GeoWeb

TECHNICAL

On-site construction case study: "Introduction of a Geo-Web retaining wall construction case that can accommodate variable slopes!"

TECHNICAL

On-site construction example: "Construction made possible by adopting the GeoWeb mattress method on weak ground where concrete structures cannot be installed!" Case study of weak ground support reinforcement method.

TECHNICAL

On-site construction case: "Reinforcement of the back slope at the river embankment confluence" Introducing GeoWeb construction case!

TECHNICAL

Distributors

1. Contributing to the harmony between people and the natural environment with outstanding civil engineering technology. 2. Optimally connecting the demand and supply of civil engineering and environmental business. 3. Challenging the creation of new value.

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