Key Features
1. Heavy-Duty LLDPE Construction
Made from Linear Low-Density Polyethylene, ensuring excellent impact resistance, long-term durability, and superior performance in outdoor environments.
2. Stable & Wind-Resistant Design
Built to withstand strong wind pressure commonly generated by high-speed vehicles, ensuring the barrier remains steady and reliable during use.
3. Water / Sand Fillable System
The barrier can be filled with water or sand to further enhance stability, making it safer and more effective than traditional drums, cones, or lightweight posts.
4. Lightweight & Easy to Handle
Despite its durability, the barrier is easy to transport, install, and reposition, saving both time and labor on-site.
5. High-Visibility Safety Colors
Typically available in bright safety colors like red or yellow to ensure maximum daytime and nighttime visibility.
Product Specifications
- Model: RMRBDG10035760
- Dimensions: 1000 (L) x 350 (W) x 760 (H) mm
- Material: LLDPE
- Fillable: Water or Sand
- Applications: Road safety, traffic control, construction zones, parking management, perimeter control
Applications
This road barrier is ideal for:
- Construction and road repair sites
• Highway lane division
• Traffic redirection & control points
• Event crowd management
• Parking lots & vehicle segregation
• Temporary no-entry or hazard marking zones
Benefits
✔ High structural stability with fillable design
✔ Weatherproof and UV-resistant for outdoor use
✔ Safer and more stable than conventional posts or drums
✔ Lightweight for transport; extremely stable when filled
✔ Suitable for temporary and long-term deployment
✔ Enhances visibility and reduces accident risks
Why Choose LLDPE Nilkamal Plastic Road Barrier?
Nilkamal is a trusted name in industrial-grade plastic safety products. This 1-meter road barrier delivers a perfect combination of strength, stability, and ease of use, making it a preferred choice for contractors, safety managers, and traffic authorities. Its robust build and fillable design ensure reliable performance even in demanding environments.
