W Beam Crash Barrier

Name: W Beam Crash Barrier
Brand: S S PRODUCTS INDIA
Price: 1950.0 INR
Availability: InStock

Price 1950.0 INR/ Meter

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W Beam Crash Barrier Specification

Function
To prevent vehicles from going off the road and to enhance roadside safety by absorbing collision impact.

Size
Standard beam length of 4318 mm (custom sizes available); Rail Height: 310 mm; Thickness: 2.67 mm - 3.43 mm (as per design/requirement).

Feature
High strength galvanized steel, corrosion resistant, modular design for easy installation, weatherproof finish.

Power Needed
No electrical power needed; operates purely as a passive safety device.

Signal Type
No signal type; mechanical collision barrier.

Compliance/Standard
Conforms to MORTH, AASHTO M180, EN 1317 international standards.

Post Size
Post length: 1.8 m - 2.2 m, C-channel/RSJ post (commonly 75 x 150 mm, 5-6 mm thick).

Impact Resistance
Designed to withstand and absorb collision force from vehicles up to 160 kN (as per standards).

Coating Thickness
Minimum 550 gsm zinc coating for superior corrosion resistance.

Application
Highways, expressways, bridges, medians, flyovers, parking areas, industrial premises.

Material
Hot-dip galvanized steel (as per IS 2062/IS 5986/EN 10025 standards).

Beam Profile
W-shaped beam section as per AASHTO M180/IRC:SP:84:2014/BS 6579-1: 2005.

Color/Finish
Silver, metallic, with reflective yellow/black end terminals for visibility.

Service Life
Typically exceeds 15-20 years depending on environmental conditions and maintenance.

Installation Method
Bolted to pre-fabricated or cast-in-place steel posts anchored in concrete foundation.

About W Beam Crash Barrier

Discover peerless roadside safety with our W Beam Crash Barrier, engineered from hot-dip galvanized steel as per IS 2062/IS 5986/EN 10025 standards. Benefit from instant savings and reduced price offers without compromise on quality. Each barrier features a virtuoso W-shaped beam, a weatherproof metallic finish, minimum 550 gsm zinc coating for corrosion resistance, and is designed to absorb vehicle collision forces up to 160 kN. Remarked for modular design and personalization options, our crash barriers effortlessly enhance highways, bridges, and industrial premises, ensuring long-lasting, reliable protection.

Application and Features of W Beam Crash Barrier

W Beam Crash Barriers are utilized across diverse sites such as highways, expressways, medians, bridges, flyovers, and industrial premises. These barriers feature a high-strength, galvanized steel construction with enhanced corrosion resistance and a modular, easy-to-install design. Their usage type is passive safety-requiring no electrical power-functioning as mechanical barriers to protect vehicles and pedestrians from roadside accidents by absorbing impact energy effectively.

Sample Policy & Export Markets for W Beam Crash Barrier

We provide samples of our W Beam Crash Barrier policy on a request basis. Packing & dispatch of samples is handled with utmost care to ensure product safety during transport. Expenditure for the sample-including shipping-may be applicable depending on destination and client requirements. Our main export markets span Asia, Africa, the Middle East, and Europe; prompt dispatching ensures timely delivery for international clients seeking reliable highway safety solutions.

FAQ's of W Beam Crash Barrier:

Q: How does the W Beam Crash Barrier improve roadside safety?

A: The W Beam Crash Barrier is engineered to absorb and redirect collision forces up to 160 kN, preventing vehicles from veering off the road and significantly reducing the risk of severe accidents.

Q: What standards and materials are used in the manufacturing of your crash barriers?

A: Our barriers are constructed from hot-dip galvanized steel conforming to IS 2062, IS 5986, and EN 10025 standards, with a minimum zinc coating of 550 gsm to provide lasting corrosion resistance.

Q: Where can W Beam Crash Barriers be installed for optimal impact?

A: These barriers are optimally installed on expressways, highways, flyovers, medians, bridges, parking areas, and high-traffic industrial premises to maximize vehicular and pedestrian safety.

Q: What is the installation process for your crash barriers?

A: Installations involve bolting the W Beam to pre-fabricated or cast-in-place steel posts, which are anchored firmly into a concrete foundation for enhanced stability and performance.

Q: What is the typical service life and maintenance requirement for W Beam Crash Barriers?

A: With high-quality galvanized steel and robust coatings, these barriers generally exceed a 15-20 year lifespan, provided regular inspections and minor maintenance are performed depending on environmental conditions.

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