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Rockfall Drapery Mesh: Your Solution for Slope Safety


Product Description:

Rockfall Drapery Mesh, a product of BMP, is a groundbreaking solution in managing the dangers associated with rocky slopes. This 500-word article explores the significance, functionalities, and advantages of BMP's Drapery Mesh.


What is Rockfall Drapery Mesh?

Rockfall Drapery Mesh is a specialized netting system designed to prevent rocks and debris from falling off steep slopes. This mesh is crucial for protecting roads, buildings, and other structures located at the base of such slopes.


The main functions of Rockfall Drapery Mesh include:

  1. Intercepting and Controlling Rockfall: The protection net can intercept rocks sliding down the slope, reducing their impact and damage to the area below.

  2. Guiding the Movement of Rocks: The protection net not only intercepts rocks but can also guide them along a specific path, usually directing the rocks to a predetermined collection area for cleanup and disposal.

  3. Stabilizing Slopes: By increasing the overall stability of the slope surface, the protection net can reduce the possibility of rockfalls.

Types of  Rockfall Drapery Mesh include:

  • Simple Drapery: This type of net is usually hung from the top of the slope and is used to intercept smaller rocks or debris.

  • Secured Drapery: In addition to hanging nets, anchoring systems (such as anchor rods or wire ropes) are used to more firmly fix the protection net on the slope, resisting larger rocks or more severe collapse situations.

The Design and Strength

BMP’s mesh is engineered from high-strength materials, capable of withstanding significant force from falling debris. The mesh is typically diamond-shaped, allowing it to flex and absorb the impact of falling rocks, effectively reducing their momentum and preventing them from causing damage or injury.

Key Features and Specifications

  1. Material Strength: The mesh's strength varies, with some capable of handling up to 250 kilonewtons per meter.

  2. Wire Thickness: Available in 2 mm, 3 mm, and 4 mm thicknesses, providing options for different levels of protection.

  3. Corrosion Resistance: Coated with a mix of zinc and aluminum, the mesh resists corrosion, extending its lifespan.

  4. Versatility in Installation: Suitable for various environments, the mesh can be installed as simple drapery or secured drapery, depending on the level of protection required.

Applications Rockfall Drapery Mesh

Rockfall Drapery Mesh is versatile and finds applications in various scenarios:

  • Alongside mountain roads and highways, preventing rockfalls from obstructing traffic or causing accidents.

  • In construction zones, safeguarding equipment and personnel from rockslide hazards.

  • Near residential areas and public infrastructures, where stability of the surrounding terrain is crucial.

BMP's Edge in the Market

What sets BMP apart in the rockfall protection market is its commitment to quality, safety, and innovation. BMP’s Rockfall Drapery Mesh is not only a product of extensive research and development but is also tested and certified to meet international standards. This commitment ensures the highest level of reliability and effectiveness in rockfall mitigation.

The Benefits of BMP’s Rockfall Drapery Mesh

  • Enhanced Safety: Significantly reduces the risk of rockfalls, thereby protecting lives and property.

  • Cost-Effectiveness: The durability and low maintenance requirements of the mesh make it a cost-effective solution for long-term slope stabilization.

  • Ease of Installation: Designed for straightforward installation, reducing labor costs and time spent on the slope.


BMP's Rockfall Drapery Mesh is an essential component in modern geotechnical engineering, offering a reliable and effective solution to the perennial problem of rockfalls. Its strength, durability, and ease of installation make it a preferred choice for engineers and contractors worldwide. Whether it's safeguarding a busy highway or protecting a new development, BMP's mesh stands as a testament to innovation in the field of slope stability and rockfall mitigation.

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