Railway Steel I Channel Sleepers

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Railway Steel I Channel Sleepers Specification

Technology
Forging and Precision Welding

Color
Silver Grey

Weight
Approx. 40 kg per sleeper

Technics
Hot Rolled

Type
I Channel Sleeper

Material
High Tensile Steel

Dimensions
Length 2200 mm x Width 280 mm x Height 150 mm

Hardness
260-340 HB

Finish
Anti-corrosive coating

Tooling
Customized Molds

Surface
Smooth and Anti-rust

Application
Railway Track, Metro Rail, Heavy Haul Line

Hole Configuration
Precision Drilled Bolt Holes

Standard
UIC/Indian Railway Standards

Yield Strength
350 MPa minimum

Usage
Track Support and Alignment

Service Life
Up to 30 Years

Impact Strength
>30 Joules at -20°C

Installation
Manual or Mechanized Possible

Corrosion Resistance
High

Load Bearing Capacity
Up to 25 Tons Axle Load

Tensile Strength
570-740 MPa

About Railway Steel I Channel Sleepers

Our firm is well-known for manufacturing and supplying various kinds of items. Here we are providing Railway Steel I Channel Sleepers which are broadly being utilized or connect supports in substitution of wooden scaffold lumbers. It is created by using high grade required materials with the help sophisticated technology. These sleepers are high in strength and durability. The delivery of these Railway Steel I Channel Sleepers is done by us at common market price.

Engineered for Performance and Durability

Our Railway Steel I Channel Sleepers are crafted using advanced hot rolling, forging, and precision welding technologies. This ensures optimal structural integrity and longevity with every sleeper, even under the most demanding railway conditions. Each unit is equipped with customized molds for accurate dimensions and features an anti-corrosive coating for high corrosion resistance, securing a service life of up to 30 years.

Precision and Versatility in Every Application

Designed with precision-drilled bolt holes, these sleepers facilitate exact rail alignment and stable track support. They are suitable for a variety of railway systems, including mainline, metro rail, and heavy haul operations. The flexible installation options allow for both manual and mechanized setups, adapting seamlessly to different project requirements and environments.

Toughness Meets Reliability

Manufactured from high tensile steel, these sleepers display a hardness of 260-340 HB and can withstand impacts greater than 30 Joules at -20C. The anti-corrosive, smooth surface finish tackles harsh weather and operational stress, safeguarding against wear and corrosion for reliable, continuous operation throughout their lifespan.

FAQs of Railway Steel I Channel Sleepers:

Q: How are Railway Steel I Channel Sleepers installed on tracks?

A: These sleepers can be installed either manually or using mechanized methods, depending on site conditions and project requirements. The precision-drilled bolt holes enable straightforward alignment and secure fastening, ensuring robust track stability during and after installation.

Q: What advantages do I Channel Sleepers offer over traditional sleepers?

A: I Channel Sleepers deliver superior strength, high load-bearing capacity (up to 25 tons axle load), and enhanced corrosion resistance. Their anti-corrosive coating and smooth finish contribute to lower maintenance needs and extended service life compared to conventional alternatives.

Q: When should I Channel Sleepers be chosen for railway applications?

A: These sleepers are ideal for projects requiring high durability and precise alignmentsuch as mainline tracks, metro rail, and heavy haul linesespecially when a long service life and resistance to harsh environmental conditions are important considerations.

Q: Where can these sleepers be utilized in railway infrastructure?

A: Railway Steel I Channel Sleepers are suitable for diverse track applications including railway tracks, metro systems, and lines handling heavy haul loads. Their standard dimensions and robust structure make them highly versatile for deployment across Indias varied rail networks.

Q: What is the manufacturing process for these sleepers?

A: The sleepers are produced using a combination of hot rolling, forging, and precision welding technologies. They undergo customized molding to ensure accurate dimensions, followed by an anti-corrosive coating to guarantee a high level of resistance to rust and environmental factors.

Q: How does the anti-corrosive coating benefit these sleepers?

A: The anti-corrosive coating shields the steel from moisture and chemical exposure, significantly reducing the risk of rust, extending the sleepers lifespan, and minimizing the need for frequent maintenancemaking them suitable for challenging operational environments.

Q: What are the main benefits of choosing high tensile steel sleepers?

A: High tensile steel sleepers provide enhanced mechanical strength, greater impact resistance (over 30 Joules at -20C), reliable track support, and effective resistance to wear and corrosion. These features collectively ensure stable, safe, and cost-efficient track performance for decades.

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