H2
As a top manufacturer of metal beam crash barriers, we offer a full line of high-strength,
precisely manufactured Thrie Beam crash barriers, including H2W4 2.00, H2W4 2.66 & H2W5
2.0 as per European standards 1317. Our products stand out due to their exceptional quality,
safety, and dependability, which reinforces our status as the leading Thrie Beam crash barrier
producer in India. We have provided well over two hundred thousand kilometers of metal beam
crash barriers to date.
We ensure that our Thrie Metal Beam crash barrier solutions comply with all pertinent Indian,
American, European, and other global parameters, guaranteeing optimal performance across
applications and conditions, by procuring raw materials from well-known industry leaders like
TATA, SAIL, and Hindustan Zinc.
Our crash-tested Type B Thrie Beam Crash Barriers are manufactured in-house, in adherence
with the MoRTH & NHAI specifications, with more than 5000 MT in ready stock for faster
delivery. With in-house testing facilities, advanced manufacturing setup and usage of Special
High Grade Zinc (99.995%), we are on a mission to make India’s roads safer for all.
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1,44,000
Cumulative Crash Barrier Production Capacity
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5000+
READY STOCK
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CONTAINMENT LEVEL
Application Areas
Explore the versatile application areas where our thrie beam crash barriers ensure safety and reliability in diverse environments. With their robust design and proven performance, our barriers provide essential protection for motorists and infrastructure alike.
Market Growth
The market for thrie beam crash barriers is projected to grow at a CAGR of 6.2% from 2021 to 2028, driven by stringent road safety regulations worldwide.
With over 50% reduction in fatal accidents, our high-engineered thrie beam barriers are increasingly favoured for their enhanced protection on highways and bridges.
Manufacturing Process
Our thrie beam crash barriers are manufactured in a systematic and carefully monitored process, guaranteeing durability, safety, and precision.
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Pickling in De-greasing Solution
Material are immersed in a de-greasing solution to remove any oily impurity from the surface.
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Rinsing in Water
The products are then rinsed thoroughly in water tank to remove residual de-greasing solution.
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Pickling in Acid Tank
Next, the products undergo pickling in an acid tank to further clean and prepare the surface for galvanisation.
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Rinsing in Water Tank
The products are rinsed again in a water tank to neutralise any remaining acid.
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Pre-fluxing
This involves applying a flux solution to the surface of the products, which helps in the adhesion of the zinc coating.
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Drying in Hot Chamber
The products are dried in a hot chamber to remove any moisture before galvanisation.
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Hot Dip Galvanisation in Zinc Bath
The dried material is immersed in a zinc bath at high temperatures, ensuring uniform surface coating of zinc.
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Cooling in Quenching Tank of White Water
The galvanised product are then cooled in a quenching tank filled with water.
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Cooling in Quenching Tank of DI-Chromate Water
The material is dipped in quenching tank filled with Di-chromate water to enhance corrosion resistance and improve surface finish.
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Finishing
The finished products are inspected for quality and trimmed to the desired dimensions before being ready for roll forming.
Quality Policies
Discover our cutting-edge infrastructure and commitment to unparalleled quality standards..
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State-of-the-Art Machinery
Advanced infrastructure and cutting-edge machinery to ensure precision engineering and adherence to stringent quality standards.
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Premium-Grade Sourcing
Meticulous selection of industry-leading raw materials guarantees integrity, durability, and superior performance of our products.
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Quality Management
From production to testing, our unwavering commitment to quality control ensures compliance with the highest technical specifications and industry standards, reaffirming our position as the partner of choice for the best thrie beam metal crash barriers in India.
Testing Videos
FAQs
Thrie beam crash barriers are preferred in high-impact zones because of their robust triple-wave structure, which provides enhanced strength and higher containment capacity. They are specifically designed to handle heavy vehicle impacts, making them ideal for highways, bridges, and accident-prone areas.
Thrie beam crash barriers offer higher containment levels, better impact absorption, reduced vehicle deflection, and enhanced safety on high-speed roads and accident-prone zones.
H2 containment level indicates that the barrier can withstand higher impact forces, including heavy vehicles like buses, as per EN 1317 standards, ensuring superior protection on highways and expressways.
Thrie beam crash barriers comply with IRC 119, MoRTH, and NHAI specifications, along with international standards such as EN 1317 for crash testing and performance.
Thrie beam crash barriers are manufactured using high-quality HR coils conforming to IS standards and are coated with high-grade zinc through hot-dip galvanisation for corrosion resistance and durability.
They are widely used on highways, expressways, bridges, railway crossings, urban roads, industrial zones, and rural road networks to enhance road safety.
These barriers undergo rigorous crash tests such as TB11 (car impact) and TB51 (bus impact) under EN 1317 standards to ensure high performance, durability, and safety compliance.
The difference lies in working width and deflection capacity. H2W4 barriers have a working width of up to 1.3 meters, while H2W5 barriers allow up to 1.7 meters, making them suitable for different road safety requirements.
With proper galvanisation and premium materials, thrie beam crash barriers offer a long lifespan, often lasting decades with minimal maintenance even in harsh environmental conditions.
Utkarsh India offers high-quality, crash-tested thrie beam crash barriers with advanced manufacturing, in-house testing, premium raw materials, and compliance with global standards, ensuring durability, safety, and timely delivery.
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