G65/2 tecco mesh

BMP G65/2 tecco mesh is a high-tensile, rhomboid (diamond) steel wire mesh using 2.0 mm wire and an ≈ 65 mm inscribed opening. It provides a lightweight, mid-aperture facing for active slope stabilization and rockfall protection, balancing surface control with drainage and low visual mass. Knotted ends ensure efficient load transfer to edges and seams. The mesh integrates with anchors, spike plates, boundary and sewing ropes, and connection clips to form a complete system.

2) Key advantages G65/2 tecco mesh

• Lightweight & productive: long rolls improve installation speed on large faces.
• Balanced aperture (~65 mm): good face control with excellent drainage/vegetation potential.
• High-tensile wire: ≥ 1770 N/mm² for low elongation and robust capacity paths.
• Knotted edges: strong, tidy terminations; reliable seam performance.
• Durability: Zn-Al (Galfan/ULTRACOATING class) or HDG coatings for long service life.
• System-ready: compatible with standard spike plates, anchors/bolts, and lacing hardware.

3) Technical specifications (G65/2)

* Actual service life depends on environment, coating class/mass, and maintenance.

Note: Exact mesh tensile (kN/m), puncture/shear resistance, and unit mass for your order are configuration-dependent (wire tolerance, diamond geometry, coating). Use the project-specific datasheet for certified values.

4) Where G65/2 fits in the family G65/2 tecco mesh

• Versus G45/2: more open (better drainage/visibility) while retaining good surface control.

• Versus G65/3 / G65/4: lighter handling and longer rolls; 3.0/4.0 mm variants provide higher mechanical reserves at higher weight.

• Versus G80 series: smaller aperture for closer surface control on weathered rock/soil interfaces.

5) Typical applications

• Rockfall mitigation on road/rail cuttings, benches, and steep slopes

• Active stabilization of weathered rock and soil/rock interfaces

• Facing for soil-nail and rock-bolt systems where a lighter mesh is preferred

• Slopes requiring revegetation and unobtrusive appearance

6) System components (select as needed)

7) Installation summary (good practice)

1. Survey & design: define anchor grid, panel layout, edge treatment, and seam/lacing plan.

2. Drill & set anchors: verify embedment; fit spike plates and nuts; pretension to spec.

3. Place panels: align diamonds with load paths; secure edges with boundary rope.

4. Sew/lace panels: lace at specified pitch; maintain uniform tension; add clips as required.

5. Pretension & inspect: final torque check; verify contact, overlaps, and terminations.

8) Quality & documentation

• Manufactured from high-tensile steel wire with controlled tolerances.

• Batch test certificates available (wire strength, coating class/mass, and unit mass on request).

• Typical submittals: panel schedule, anchor layout, spike plate details, lacing method, inspection/acceptance criteria.

9) Ordering checklist (G65/2)

• Model: BMP G65/2 tecco mesh

• Wire & coating: 2.0 mm; specify Galfan/ULTRACOATING class or HDG and coating mass

• Rolls: 3.5 m × 40 m (confirm availability); logistics & handling plan

• Accessories: spike plates, anchors/bolts, boundary rope, sewing rope, clips

• Documentation: request project-specific datasheet (tensile/puncture/shear, unit mass) and coating certificates

Conclusion G65/2 tecco mesh

BMP G65/2 tecco mesh delivers a lightweight, productive, and durable facing with ≈65 mm apertures and 2.0 mm high-tensile wire—ideal where dependable surface control, rapid installation, and long service life are required. Integrated with anchors, spike plates, and lacing hardware, it provides a clean, system-ready solution for modern slope stabilization and rockfall protection.