TECCO Mesh: Slope Stabilization and Erosion Control

The BMP TECCO Mesh is a game-changer in geotechnical engineering, directly addressing the challenges of slope stabilization and erosion control. Its use of durable, high-tensile steel wire ensures reliability in securing areas prone to erosion, such as rock slopes and riverbanks.

Material and Design Details:

Durable Steel: The mesh’s steel wire boasts a high tensile strength of 1770 N/mm². This durability makes it suitable for harsh environmental conditions.
Size Variety: Available in sizes from 62x95mm to 102x177mm, the BMP TECCO Mesh suits various project requirements.
Thickness Options: With wire thicknesses from 2mm to 4.6mm, the mesh can be tailored to specific project needs.

TECCO Mesh Protection and Installation:

Rust Resistance: Its GALFAN coating, known as SUPERCOATING®, wards off rust, extending the mesh’s lifespan.
Flexible Designs: The mesh comes in both ferruled and knotted designs, allowing for versatile applications and even load distribution.

Technical Specs Overview TECCO Mesh:

Added Stability: Steel ropes, available in diameters of 7mm to 8mm, provide extra stability.
Ready for Installation: The mesh package includes galvanized wire ropes in 12mm and 16mm diameters for a secure setup.
Certified Quality: Its ISO9001 certification ensures high quality.

Environmentally Friendly Aspects:

Erosion Control: BMP TECCO Mesh excels at preventing soil erosion and supporting vegetation on slopes.
Optimal Angle: Designed with an ideal angle of 40-60°, typically 55°, the mesh effectively supports soil and rock.

Packaging and Shipping:

Prepared for Delivery: The mesh is packaged in rolls with plastic film for easy transport.
Worldwide Availability: Produced in China, the BMP TECCO Mesh can fulfill global project demands with a production capacity of 20,000 square meters weekly.

Adherence to Global Standards:

Simplified Shipping: Classified under HS code 7314490000, the mesh streamlines international logistics.

In short, the BMP TECCO Mesh is perfect for today’s big challenges in building and protecting slopes. It’s strong, trustworthy, and works well, making it a key tool for stopping erosion and keeping slopes safe.