ISO9001 320×1070×860mm Security Wedge Barriers
Mobile Vehicle Barrier (Light) Barricades provide professional vehicle security and anti-ram protection for construction zones and municipal road maintenance areas. Designed for low-speed vehicle environments, these barriers work effectively with arrow boards to alert drivers of road conditions ahead while ensuring area safety.
Product Specifications
| Brand |
RMHs |
| Model |
TOMARUKUN |
| Weight |
25 kg |
| Material |
Aluminum Alloy, Rubber |
| Color |
Traffic Yellow/Orange |
| Dimensions |
Width 320mm × Length 1070mm × Height 860mm |
| Structure |
Foldable, with wheels (non-swivel wheels) |
| Surface Finish |
Electrostatic Spraying |
| Manufacturing Process |
Welding, Bending |
| Application |
Municipal Road Construction Isolation & Warning |
Product Advantages
Professional Safety Protection
- Certified by Japanese Automotive Laboratory collision tests
- Aluminum alloy structure absorbs energy through controlled deformation upon impact
- Effectively intercepts vehicles traveling ≤60km/h that mistakenly enter restricted areas
High-Standard Materials & Craftsmanship
- High-strength aluminum alloy body, lightweight yet durable (only 25kg)
- Environmentally friendly electrostatic spraying process, rust-proof and weather-resistant
- Recyclable materials, compliant with green construction requirements
Efficient & Convenient Deployment
- Foldable design, saves transportation and storage space
- Equipped with mobility wheels, allowing quick setup by a single person
- Tool-free installation, modular and flexible combination
All-Weather Warning Effectiveness
- High-visibility traffic warning colors, conspicuous during daytime
- Can be paired with LED indicator boards for enhanced nighttime visibility
- Large-size design (1070×860mm), clearly visible from a distance
Economical & Practical
- Service life of over 10 years
- Maintenance-free design, low long-term operating costs
- Versatile use, suitable for various scenarios such as municipal maintenance and road construction
Standard Compliance
- Meets road construction safety regulations
- Manufactured by a leading Chinese producer with a comprehensive quality system
- Complete test reports and technical support available
Working Principle
The security wedge barrier employs an intelligent safety mechanism that ensures controlled vehicle stopping:
- Lever Lifts Front Wheels: When impacted, the barrier acts as a lever, lifting the vehicle's front wheels and shifting its center of gravity rearward
- Utilizes Vehicle Weight to Increase Friction: The shifted center of gravity increases weight on rear wheels and rubber mat, significantly enhancing ground friction for effective braking
- Synchronous Movement Cushions Impact: The barrier temporarily integrates with the vehicle, moving synchronously to absorb impact energy and reduce shock forces
Core Design Objective
This safety system is engineered for safe and controlled stopping. Rather than providing rigid instant blocking, it allows vehicles that mistakenly enter construction zones at low speeds (typically 60 km/h or below) to come to a steady stop within shorter distances while minimizing occupant injury risks.
Layout Examples
Frequently Asked Questions
What is it used for?
Used in municipal road construction zones for isolation and warning, to protect workers and secure construction areas.
How does it stop a vehicle?
Not by rigid collision. After impact, the device acts like a "see-saw," slightly lifting the front wheels and using the vehicle's own weight to create ground friction for a gentle stop.
What vehicle speed is it effective for?
Primarily for vehicles traveling below 60 km/h.
What material is it made of?
Aluminum alloy – lightweight (about 25 kg) and rust-resistant, suitable for outdoor use.
Can one person move it?
Yes. It is foldable, has wheels, and can be easily dragged and deployed by a single person.
Why is it yellow?
Yellow is the most eye-catching color for optimal warning effect in traffic environments.
Is it safe?
Yes. It has passed professional crash tests and is designed to minimize injury through controlled energy absorption.