115RE Rail Dimensions

Jan 23, 2026 Leave a message

A steel rail is a load-bearing and guidance component that forms the backbone of rail systems, ensuring safety, durability, and smooth operation under high traffic and industrial conditions. Its performance is defined by material properties, cross-sectional profile, and surface hardness. GNEE RAIL supplies all-standard rails, including light and heavy GB rails, UIC50–UIC60, DIN536 A55–A120, QU70–QU120, JIS 15KG–CR100, AS1085 31–89 kg, BS11:1985, and AREMA/ASCE 25–175 lb, together with cutting, welding, heat treatment, and full-track installation consultation.

 

115RE Rail Dimensions

 

115RE rail has a standard profile according to AREMA (The American Railway Engineering and Maintenance-of-Way Association). Its nominal weight is 56.9kg/m equivalent to 115 pounds per yard. So, it is also called 115lb rail. As a type of heavy rail, it is mainly used for mining tracks because of its high strength. 115RE rail is heat-treated to control the hardness and strength of the steel. This is thanks to the heat treatment controls of the cooling rate and therefore controls the microstructure.

 

  • Standard: AREMA, ASTM
  • Grade: 900A/1100
  • Rail Heigth: 168.3mm
  • Bottom Width: 139.7mm
  • Web Thickness: 15.9mm
  • Head Width: 69mm
  • Length: 12-30m
  • Model Number: TR57 (115 RE)

 

light rail

 

steel rail

 

Profile Standard Dimensions mm Section S Mass m
H B C D E cm² kg/m
American Standard
115RE (TR57) AREMA 168,3 139,7 69,1 42,9 15,9 72,58 56,9

 

Specifications of Other standard rail

 

As a professional rail fastener supplier, GNEE RAIL can provide different standard steel rail such as GB,American, BS, UIC, DIN, JIS, Australian and South Africa which used in railway lines, cranes and coal mining.

 

heavy rail

 

DIN 13674-1-2003 Standard Steel Rail

 

Standard:DIN 536
Size Dimension(mm) Weight
(kg/m)
Length(m)
Head Height Bottom Thickness
A55 55 65 150 31 31.8 10-12
A55 65 75 175 38 43.1
A75 75 85 200 45 56.2
A100 100 95 200 60 74.3
A120 120 105 200 72 100

 

UIC 860 Standard Steel Rail

 

Standard: UIC860
Size Dimension(mm) Weight
(kg/m)
Length(m)
Head Height Bottom Thickness
UIC50 70 152 125 15 50.46 12-25
UIC54 70 159 140 16 54.43
UIC60 74.3 172 150 16.5 60.21

 

GB Standard Steel Rail

 

Classification Height(mm) Head (mm) Bottom (mm) Thick(mm) Weight (kg/m)
Light Rail 8 KG/M 65 25 54 7 8.42
9 KG/M 63.5 32.1 63.5 5.9 8.94
12 KG/M 69.85 38.1 69.85 7.54 12.2
15 KG/M 79.37 42.86 79.37 8.33 15.2
18 KG/M 80 40 80 10 18.06
22 KG/M 93.66 50.8 93.66 10.72 22.3
24 KG/M 107 51 90 10.9 24.46
30 KG/M 107.95 60.33 107.95 12.3 30.1
Heavy Rail 38 KG/M 134 68 114 13 38.733
43 KG/M 140 70 114 14.5 44.653
45 KG/M 145 67 126 14.5 45.546
50 KG/M 152 70 132 15.5 51.514
60 KG/M 176 73 150 16.5 60.64
Crane Rail QU 70 120 70 120 28 52.8
QU 80 130 80 130 32 63.69
QU 100 150 100 150 38 88.96
QU 120 170 120 170 44 118.1

 

BS11:1985 Standard Steel Rail

 

Standard: BS11:1985
Size Dimension(mm) Weight
(kg/m)
Length(m)
Head Height Bottom Thickness
50 O 52.39 100.01 100.01 10.32 24.833 6-18
60 A 57.15 114.3 109.54 11.11 30.618
75 A 61.91 128.59 114.3 12.7 37.455 8-25
75 R 61.91 128.59 122.24 13.1 37.041
80 A 63.5 133.35 117.47 13.1 39.761
80 R 63.5 133.35 127 13.49 39.674
90 A 66.67 142.88 127 13.89 45.099
100 A 69.85 152.4 133.35 15.08 50.182
113 A 69.85 158.75 139.7 20 56.398

 

What are the differences between steel rails of different standards?

 

Differences between steel rail standards involve variations in chemical composition, mechanical properties (strength, hardness), weight per meter, profile shape, and heat treatment, all tailored for specific applications like heavy haul, high-speed, or industrial use, with major regional standards including UIC (Europe), AREMA (US), and JIS (Japan) defining these specifications for optimal performance and safety.
Key Differentiating Factors:


Material & Composition:

 

track rail

 

 

  • Carbon Content: Higher carbon (e.g., >0.8%) increases hardness and wear resistance but also cost, compared to standard carbon rails.

 

  • Alloying Elements: Additions of manganese, silicon, chromium, or vanadium enhance specific properties like strength or fatigue resistance.


Mechanical Properties:

 

  • Strength & Hardness: Different grades (e.g., R260, 1080) offer varying tensile strengths and hardness levels, critical for resisting wheel wear and impacts.

 

  • Toughness: Important for preventing rail fractures, often achieved through controlled cooling or vacuum degassing.

 

Weight & Profile (Size):

 

light rail

 

  • Weight per Meter (kg/m): Heavier rails (e.g., 75kg/m) handle greater axle loads and speeds (heavy haul, mainlines), while lighter rails (e.g., 50kg/m) suit branch lines or metros.

 

  • Profile Shape: Standardized profiles (head, web, foot) differ by region (UIC, AREMA, etc.) to match specific track designs and wheel interfaces.


Application & Performance:

 

steel rail

 

 

  • High-Speed/Heavy Haul: Require heavier, stronger rails (e.g., UIC 60, AREMA 115RE) for stability and durability.

 

  • Industrial/Light Rail: Lighter, more economical rails (e.g., BS 90A) are used where loads are lower.

 

Since 2008, GNEE RAIL has been supplying steel rails of different grades for more than 18 years, steel rails from GNEE is highly recommened in China and abroad.Wtih cutting edge equipment, GNEE produces high quality steel rails that meet with requirements of most countries. Standard rail, head hardened rail, heavy rail,light rail,crane rail and other types are all available here, as one of the China main rail supplier, GNEE RAIL has been working on supplying economical green railway products all over the world.

 

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