Railway Crash Barriers
Our Railway Safety Fencing barrier is produced using raw materials sourced from top industry
participants, including Hindustan Zinc, SAIL, TATA, and others. Every one of our items has
undergone extensive testing and quality control. We customize our products to meet and
exceed client requirements while conforming to European, American, and Indian laws. We are
the main provider of Railway Safety Fencing barrier in India.
With a combination of state-of-the-art equipment, first-rate internal product testing facilities, and
certified engineers, we ensure faultless production, quick turnaround times, and superb final
items.
We follow required Railway guidelines & standards when building our Railway Crossing
Barriers, and we maintain ready stock on hand to guarantee prompt delivery. Our industrial
unit's near proximity to rail lines, seaports, and national highways offers significant logistical
benefits as well.
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1,44,000
Cumulative Crash Barrier Production Capacity
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5000+
Ready Stock
Product Specification
Our technical specifications ensure top-tier performance and safety. From certified design
standards to high-quality materials, our railway crash barriers are crash-tested and conform to
global and national regulations for ultimate reliability.
- Adherent to railway drawings & specifications
- 2.0mm/4.0mm thick HR Coil.
- Raw materials conform to IS 5986/2062/10748 or equivalent standards
- Beam – 2 mm thickness, length 4318 mm (effective 4 meters)
- Post – 4 mm thickness, 150x75mm, length 2700 mm.
- Standards :
- Materials :
- Dimensions :
- Premium-Grade Raw Materials : Sourced from top industry leaders, our barriers use premium-grade materials. This guarantees superior durability and performance, aligning with high barrier specifications.
- Enhanced Durability and Structural Strength : Engineered for resilience, our Railway Safety Fencing Barrier offers unmatched durability and strength, meeting rigorous standards. This ensures reliable performance even in challenging conditions.
- Safety Against Vehicular Impact : Designed to protect against collisions, our barriers effectively absorb impact and prevent any intrusion, making them crucial for safeguarding railway users in various settings.
Manufactured in adherence to global manufacturing and quality standards, our products offer a
wide range of W beam crash barrier specifications:
- Engineered Excellence for Best Quality : Our barriers are designed with cutting-edge technology and stringent quality controls to ensure they meet global standards. This ensures maximum effectiveness and reliability.
- Premium Raw Materials : As the most trusted barrier manufacturer in India, we use high-grade raw materials sourced from industry leaders to manufacture our crash barriers. This attention to material quality ensures durability and long-lasting performance.
- Optimal Safety and Protection : Our barriers are engineered to absorb impact efficiently and protect any crossing. They provide exceptional safety and resilience across various infrastructure projects.
Our technical specifications ensure top-tier performance and safety. From certified design
standards to high-quality materials, our railway crash barriers are crash-tested and conform to
global and national regulations for ultimate reliability.
- Adherent to railway drawings & specifications
- 2.0mm/4.0mm thick HR Coil.
- Raw materials conform to IS 5986/2062/10748 or equivalent standards
- Beam – 2 mm thickness, length 4318 mm (effective 4 meters)
- Post – 4 mm thickness, 150x75mm, length 2700 mm.
- Standards :
- Materials :
- Dimensions :
- Premium-Grade Raw Materials : Sourced from top industry leaders, our barriers use premium-grade materials. This guarantees superior durability and performance, aligning with high barrier specifications.
- Enhanced Durability and Structural Strength : Engineered for resilience, our Railway Safety Fencing Barrier offers unmatched durability and strength, meeting rigorous standards. This ensures reliable performance even in challenging conditions.
- Safety Against Vehicular Impact : Designed to protect against collisions, our barriers effectively absorb impact and prevent any intrusion, making them crucial for safeguarding railway users in various settings.
Manufactured in adherence to global manufacturing and quality standards, our products offer a
wide range of W beam crash barrier specifications:
- Engineered Excellence for Best Quality : Our barriers are designed with cutting-edge technology and stringent quality controls to ensure they meet global standards. This ensures maximum effectiveness and reliability.
- Premium Raw Materials : As the most trusted barrier manufacturer in India, we use high-grade raw materials sourced from industry leaders to manufacture our crash barriers. This attention to material quality ensures durability and long-lasting performance.
- Optimal Safety and Protection : Our barriers are engineered to absorb impact efficiently and protect any crossing. They provide exceptional safety and resilience across various infrastructure projects.
Application Areas
Our advanced Railway Safety Fencing Barriers are used near railway tracks, keeping the tracks safe from any intrusion of humans or animals, ensuring safety of trains as well as passengers
Manufacturing Process
Our range of W beam barriers are manufactured to provide a seamless combination of durability, safety, and precision, so that they deliver optimal performance.
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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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Advanced facilities equipped with state-of-the-art machinery and in-house testing labs ensure precise engineering and compliance with standards.
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We source raw materials from industry leaders like TATA and SAIL to ensure high-quality products with precise specifications.
FAQs
Key factors include compliance with standards, raw material quality, manufacturing capacity, testing facilities, customization capabilities, and delivery timelines.
Railway crash barriers are primarily installed at railway crossings, track perimeters, high-risk zones, and areas prone to human or animal intrusion to enhance overall railway safety.
A railway crossing barrier is specifically designed for level crossings to control vehicular movement, while a railway crash barrier focuses on impact resistance and prevents vehicles from entering restricted railway zones.
Railway crash barriers are manufactured using high-quality HR coils that conform to IS 5986, IS 2062, and IS 10748 standards, ensuring durability, corrosion resistance, and long-term structural strength.
Yes, all railway barriers are manufactured in accordance with Indian Railway specifications and also meet relevant European and American safety standards.
With hot-dip galvanization, railway crash barriers offer a lifespan of 15–25 years, depending on environmental conditions and maintenance practices.
These barriers are engineered to absorb and dissipate impact energy, reducing the severity of collisions and preventing vehicles from breaching railway tracks.
Typical specifications include 2 mm thick W-beam rails (4318 mm length) and 4 mm thick posts (150x75 mm, 2700 mm length), ensuring optimal strength and coverage.
Yes, railway crash barriers can be customized in terms of dimensions, coating thickness, and structural design to meet specific project and site requirements.
Hot-dip galvanization provides a protective zinc coating that prevents rust and corrosion, significantly increasing the durability and performance of the barrier in outdoor conditions.