Improves tensile resistance and stability for high fills and retaining structures.
Reinforced Terramesh integrates a gabion facing, soil reinforcement mesh, and backfill into one retaining system. It creates a stable front face while extending reinforcement into the embankment or slope body.
The system is used for roads, railways, riverbanks, and land development sites where retaining height, drainage, and landscape recovery must be considered together. Facing depth, reinforcement length, mesh type, and coating are selected by design load.

Reinforced Terramesh consists of an ecological facing unit connected to a continuous reinforcement mesh panel. The front forms a low-height stone-filled facing, while the rear mesh extends into the backfill, combining slope protection, drainage, and soil reinforcement in one system.
Reinforced Terramesh protects the slope face with a stone-filled front unit while the rear mesh reinforces the backfill. The facing drains and resists erosion, and friction between soil and reinforcement provides tensile stability, making it suitable for ecological retaining walls and reinforced soil slopes.

| Polymer Properties | Polymer | Polypropylene | |
| Mass per unit area and tolerance | g/m2 | 500±50 | |
| Melting point | °C | 150 | |
| Density | kg/m3 | 900 | |
| UV resistance | Stable | ||
| Reinforcement Performance | Type | Galfan-coated hexagonal double-twisted steel wire mesh | |
| Mesh type | cm | 6×8 | |
| Wire diameter | mm | 2.2 | |
| Minimum coating mass | g/m2 | 230 | |
| Mechanical Properties | Polymer tensile strength | kN/m | 1.5 |
| Reinforcement mesh tensile strength (length direction) | kN/m | 35 | |
| Polymer peel strength | N/cm | 3 | |
| Physical Properties | Mass per unit area and tolerance | g/m2 | 1680±200 |
| Void index | % | >90 | |
| Nominal thickness (2KPa) | mm | 12 | |
| Geomat color | Black | ||
| Length/roll | m | 25 | |
| Width/roll | m | 2 | |
| Area/roll | m2 | 50 |
Improves tensile resistance and stability for high fills and retaining structures.
Suitable for road widening, embankment filling, and mountain road slope treatment.
Supports backfill zones near bridge abutments, culverts, and structures.
Allows vegetation recovery while keeping engineering protection visually integrated.