
Gabion Mats, Gabion “Reno” Mattresses
When requesting a quote, please specify: size of units (length x width x height) type of mesh type of coating EXAMPLE: No. 100 Reno mattresses 4x2x0.23 m – Mesh type

Gabion, also known as a wire mesh basket or stone cage, is a decorative and functional solution for landscaping and outdoor decoration. It consists of a wire mesh cage filled with small stones, pebbles, or rocks, creating a natural and rustic look that blends well with any type of environment.
The development and control of the riverways concerns the technology of laying a protective layer, with a permanent protective function, on sections. The stone gabion can control water flow volume and protect water resources from running off in holding the neigh-boring water resources and protecting and controlling the zoology.

gabion watercourse

gabion mats under bridge
Gabions can be used in various ways to stabilize the soil around bridges, including the slopes of bridge piers and abutments. Generally speaking, a standard geogrid retaining wall is required for slopes with an angle of 1:1 or steeper, while geogrid or Reno mattress can be used for slopes with an angle of 1:1.5 or less.
JOESCO Gabion Wall is a single-unit gravity retaining structure constructed using natural stone, following the standard design approach of gravity retaining walls. The following design guidelines are provided by JOESCO to assist professional engineers, governmental agencies, land developers, and contractors in correctly designing, specifying, constructing, and inspecting the gravity retaining walls of the Gabion Wall.

Gabion Wall

gabion wall
The development and control of the riverways concerns the technology of laying a protective layer, with a permanent.

stone gabion

When requesting a quote, please specify: size of units (length x width x height) type of mesh type of coating EXAMPLE: No. 100 Reno mattresses 4x2x0.23 m – Mesh type

Why Choose Our Gabion Woven Wire Mesh? Built to Last Our gabion mesh uses high-quality steel wire with a tight double-twisted hexagonal structure—this isn’t just any wire mesh. It’s designed

Product Description Engineered for critical containment and perimeter security, our chain link fencing combines hot-dip galvanized steel wire (2.0–4.8mm) with optional PVC coating (green/black/other colors) to deliver corrosion-resistant solutions for

Product Overview JOESCO’s 3.0mm Hot-Dip Galvanized PVC-Coated Anti-Climb Chain Link Fence Mesh (Model: ORCLF009) is engineered for superior security and durability. Ideal for gardens, sports fields, and industrial zones, this

At JOESCO Wire Mesh Products Co., Ltd., we take pride in presenting our Commercial Use PVC Coated Artistic Decorations Gabion with dimensions of 2 m*0.5 m*0.5 m, a product that

1. What is a Gabion Cage? A gabion cage is a wire mesh container, usually rectangular or square, filled with stones or other suitable materials. Made from galvanized steel wire

Gabion structures, crafted from tough hexagonal wire mesh, are designed for diverse applications. Key offerings include: Gabion Boxes: Modular units filled with rocks, stones, or recycled concrete, ideal for constructing

Product Overview Our gabion wall baskets are manufactured with triple-twisted hexagonal wire mesh, available in Class A galvanized steel or dual-protected PVC-coated variants. The standard 100×120mm aperture structure combines high

Project Report Objective: Prevent severe embankment scouring and mudslides during seasonal flash floods along rapid urban waterways. Material Chosen: Premium architectural gabion stone cages with a 0.5mm UV-resistant PVC protective

Cities across Europe are moving away from boring wooden or plastic park benches. Instead, commercial property developers are choosing steel wire cages filled with colored stones, glass blocks, or polished

Investing in a welded wire mesh gabion mailbox surround gives residential developers an excellent way to secure neighborhood delivery zones while enhancing community curb appeal. Below is a detailed case

In this project profile, we look at a real-world application in Innsbruck, Austria where severe slope deformation threatened a critical mountain transport corridor. The Site Challenge A steep 45-degree cut