A passive rockfall barrier system is installed at the base of mountains or slopes to block and reduce rockfalls, stones, and debris. It plays a crucial role in protecting people and property from falling rocks and other materials, ensuring safety in areas prone to rockfalls.
🛠️ Applications of Passive Rockfall Barriers
Passive rockfall barriers are widely used in mountainous areas, slopes, and construction sites. They protect roads, railway tracks, and properties from the destructive force of falling debris, such as rocks and stones. Their applications extend to mining areas, hilly regions, and any location exposed to rockfall risks, benefiting from a rockfall barrier that’s passive.
⚙️ Benefits of Passive Rockfall Barriers
- High Load Capacity: These systems can withstand forces up to 2000 kJ.
- Excellent Flexibility: They adapt to various slopes and terrain.
- Corrosion Resistance: Made from galvanized steel, they resist rust and corrosion.
- Durable Design: Long service life even in harsh weather conditions.
- Uniform Power Distribution: Ensures effective rockfall mitigation.
📦 Packaging and Installation
Each passive rockfall barrier comes with essential components, such as steel wire ropes, decompression rings, metal columns, and support ropes. These are carefully packaged to ensure easy installation and long-lasting performance. Using passive barriers against rockfall risks can simplify the installation process significantly.
❓ FAQs About Passive Rockfall Barriers
Q: What is the loading capacity of a passive rockfall barrier?
A: The loading capacity can range from 250 kJ to 2000 kJ, depending on the model.
Q: How long do these barriers last?
A: The barriers are highly durable, with a lifespan of several years due to their rust-resistant materials, a feature vital for passive rockfall barriers.
Q: Can these barriers be installed in any environment?
A: Yes, the barriers can be adapted to different terrains, including slopes, roads, and mining sites.
📝 Customer Feedback from Qatar
Many customers in Qatar have praised BMP’s passive rockfall barrier for their effectiveness in protecting roads and properties in mountainous areas. The systems have proven to be reliable and durable, providing peace of mind during severe weather conditions, a testament to the necessity of implementing passive barriers against rockfall hazards.
📋 Specifications Passive Rockfall Barrier
| Model | Net Size | Wire Diameter | Mesh Size | Loading Capacity | Support Rope | Anchor Rope |
|---|---|---|---|---|---|---|
| RX-025 | Wire rope net | 8 mm | 250 mm × 250 mm | ≤ 250 kJ | 12 mm double | 16 mm single |
| RX-050 | Wire rope net | 8 mm | 200 mm × 200 mm | ≤ 500 kJ | 16 mm double | 14 mm single |
| RX-075 | Wire rope net | 8 mm | 150 mm × 150 mm | ≤ 750 kJ | 18 mm double | 18 mm single |
| RXI-025 | Steel ring net | 3 mm | Circle 300 mm | ≤ 250 kJ | 18 mm single | 16 mm single |
| RXI-050 | Steel ring net | 3 mm | Circle 300 mm | ≤ 500 kJ | 22 mm single | 18 mm single |
| RXI-075 | Steel ring net | 3 mm | Circle 300 mm | ≤ 750 kJ | 16 mm double | 14 mm single |
| RXI-100 | Steel ring net | 3 mm | Circle 300 mm | ≤ 1000 kJ | 18 mm double | 16 mm single |
| RXI-150 | Steel ring net | 3 mm | Circle 300 mm | ≤ 1500 kJ | 22 mm double | 18 mm single |
| RXI-200 | Steel ring net | 3 mm | Circle 300 mm | ≤ 2000 kJ | 18 mm double | 18 mm single |
- HS Code: 73145000
- Price: $400 per unit
⚖️ Conditions to Consider Passive Rockfall Barrier
- Slope Angle: Ensure that the slope angle is compatible with the system.
- Load Capacity: Choose the model that matches the expected rockfall energy to ensure the passive barrier’s effectiveness.
- Environmental Factors: The system must be installed in areas where corrosion resistance is essential.
🏁 Conclusion Passive Rockfall Barrier
Passive rockfall barriers are essential for protecting areas prone to rockfalls. BMP offers a range of models with varying capacities, ensuring that every requirement is met. Their durability, flexibility, and ease of installation make them an excellent choice for safeguarding roads, properties, and people in risky areas, particularly through the use of rockfall barriers that are passive in nature.
