Carbon Rails

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MOQ : 1 Square Meter

Carbon Rails Specification

Usage
Industrial

Material
Carbon

Application
Railway tracks, heavy-duty industrial applications, transit systems

Chemical Composition
High carbon content, typically includes Fe (Iron), C (Carbon), Mn (Manganese), Si (Silicon), S (Sulfur), P (Phosphorus)

Shape
Rail section (I-beam or T-section profile)

Product Type
Carbon Rails

Color
Grey

Hardness
220-260 HB (Brinell Hardness)

Density
7.85 Gram per cubic centimeter(g/cm3)

Length
12 - 50 Inch (in)

Tensile Strength
710-900 MPa

Surface Finish
Smooth or rough, as required

Weldability
Good, subject to appropriate process and filler metals

Length
Customizable, typically 6 to 12 meters

Corrosion Resistance
Can be enhanced by coatings or alloying

Standard
Conforms to ASTM, BS, or IS standards

Weight
Varies by cross-sectional area, approximately 45-60 kg/meter

Size Tolerance
Tightly controlled as per industry standards

Color
Natural carbon steel grey or painted upon request

Manufacturing Process
Hot rolled, heat treated

Carbon Rails Trade Information

Minimum Order Quantity
1 Square Meter

Supply Ability
1000 Square Meters Per Week

Delivery Time
15 Days

About Carbon Rails

We have put forth for our clients a high quality assortment of Carbon Rails that is ideal for fabricating various kinds of structures. Available in various lengths, diameters and other specifications, the provided rails are widely appreciated due to their unmatched features. The offered rails are manufactured at our advanced manufacturing unit by making use of superior grade carbon granules. Also, these rails are stringently tested on defined quality parameters to ensure their flawless designs. Further, we offer these Carbon Rails to our clients at the most competitive prices.

Features:

Robust construction
Superior finish
Dimensional stability
Resistant to crack

Product details

Application	For Cloth Stenter m/c. Viz Primatex, Monfort, Famatex etc
Material	Carbon
Packaging Type	Box
Width	25-45 mm
Length	12 - 50 Inch

Precision Manufacturing

Each rail is produced using advanced hot rolling and heat treatment techniques, ensuring superior strength and surface finish. Carefully monitored chemical composition and stringent size tolerances make these carbon rails exceptionally reliable for any industrial or railway-related installation.

Versatile Industrial Applications

Designed for use in railway tracks, transit systems, and robust industrial settings, these carbon rails are available in lengths from 12 to 50 inches, offering flexibility for various project requirements. Their excellent weldability and compatibility with industry-standard specifications enable seamless integration into existing infrastructures.

FAQ's of Carbon Rails:

Q: How is the corrosion resistance of Carbon Rails achieved?

A: Corrosion resistance in Carbon Rails can be enhanced by applying protective coatings or by alloying during manufacturing. This ensures longevity and durability even in challenging environments.

Q: What is the manufacturing process used for these Carbon Rails?

A: The rails are manufactured using a hot-rolled and heat-treated process, resulting in high strength and reliable performance. This method ensures the desired hardness and grain structure for heavy-duty use.

Q: When should Carbon Rails with high tensile strength be selected?

A: Choose Carbon Rails with a 710-900 MPa tensile strength for applications where durability and load-bearing capacity are critical, such as mainline railway tracks or high-traffic transit systems.

Q: Where are these Carbon Rails typically used?

A: These rails are commonly utilized in railway tracks, transit systems, and heavy-duty industrial projects that require robust, long-lasting track solutions.

Q: What benefits do tight size tolerances and high hardness offer?

A: Tight size tolerances ensure consistent installation and performance, while high hardness (220-260 HB) increases wear resistance, reducing maintenance needs and extending rail lifespan.

Q: How should the rails be welded for optimal results?

A: Weldability is good when suitable processes and compatible filler metals are selected, ensuring the joints maintain required mechanical properties and durability.

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