Traffic Management Barriers & Bollards - Durable Crowd Control Solutions

(traffic management barriers)

Technical Superiority That Outperforms

Head-to-Head: Why We Beat Competitors

Feature	Standard Barriers	Our Pro Series
Material thickness	2.5mm steel	4.0mm reinforced alloy
Max crowd capacity	200 people/hour	850 people/hour
Warranty period	1 year	5 years

Your Site, Your Rules: Custom Solutions

Proven Results: Where Our Barriers Shine

(traffic management barriers)

FAQS on traffic management barriers

Q: What are the main differences between traffic management barriers and bollards?

A: Traffic management barriers are typically long, connected structures to block vehicles, while bollards are short, standalone posts designed to control both vehicles and pedestrians. Barriers focus on redirecting traffic flow, whereas bollards prioritize preventing unauthorized access. Both are used for safety but serve distinct spatial purposes.

Q: Where are crowd management barriers commonly installed?

A: Crowd management barriers are often used at events like concerts, festivals, or sports venues to organize pedestrian flow. They’re also deployed in high-traffic areas such as airports or train stations. Temporary setups make them ideal for dynamic crowd control needs.

Q: Can traffic management bollards withstand vehicle impacts?

A: Heavy-duty bollards made of steel or reinforced concrete can resist vehicle collisions. Some are crash-rated and designed for high-security areas like government buildings. However, lightweight plastic bollards are meant for guidance rather than impact protection.

Q: How do steel barriers compare to plastic barriers in traffic control?

A: Steel barriers offer superior durability and crash resistance for permanent installations. Plastic barriers are lighter, more portable, and ideal for temporary setups. Choice depends on required strength, duration of use, and mobility needs.

Q: Are crowd management barriers effective for large-scale events?

A: Yes, modular designs allow linking multiple barriers to create extensive perimeters. Features like interlocking systems and weighted bases enhance stability for large crowds. They’re widely used in marathons, parades, and emergency evacuations for scalable control.