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Steel railway tracks industrial

Railway Steel For Sale — UIC, AREMA, BS, GB & JIS Standards

Gnee Rail manufactures high-strength steel rails for national railways, mining, ports, and industrial facilities. Annual capacity exceeds 100,000 tons. From 8 kg/m light rail to 75 kg/m heavy rail — in stock and ready to ship.

100,000+
Tons / Year
60+
Countries Served
18 Yrs
Experience
2,000+
Projects Completed
ISO 9001:2015 Certified
SGS & BV Third-Party Inspection
Mill Test Certificates Provided
FOB / CIF / CFR Global Shipping
5 Production Bases · 400+ Technical Experts

The Foundation of Every Railway Line in the World

Railway steel — also called rail steel or railroad steel — is specially made high-strength steel formed into rails. These rails are placed in two parallel lines on the ground. Trains and heavy vehicles roll on top of them every day.

Normal building steel cannot survive the massive weight of a loaded freight train. This is why railway steel is different. It is made with a precise mix of carbon (0.40%–0.82%), manganese (0.70%–1.70%), and other elements that give it the strength, hardness, and toughness needed for heavy traffic and long service life.

Good railway steel must handle enormous loads, resist surface wear from wheels, survive temperature changes, and be easy to weld into seamless track. All of these requirements are built into each Gnee Rail steel rail through strict manufacturing controls.

Railway steel rail close-up manufacturing process

Gnee Rail steel meets the requirements of EN 13674-1 (which superseded UIC 860 & BS 11), AREMA, GB/T 2585, and JIS and other major international standards. Mill Test Certificates are issued for every batch.

3 Steel Types — Each Built for a Different Purpose

Choosing the wrong rail type increases maintenance costs and shortens track life. Here is how to understand the difference.

Carbon Rail Steel

STANDARD GRADE

The most widely used type. Made with carbon (0.40%–0.82%) and manganese. It is strong, affordable, and performs well on standard freight and passenger routes. Grade: U71Mn, R260.

Best for: General railway lines, regional freight

Alloy Rail Steel

ENHANCED GRADE

Extra elements (vanadium, chromium, titanium) are added to the base steel. These additions make the rail harder and more wear-resistant. Ideal for sharp curves and heavy-haul lines. Grade: U75V, R350HT.

Best for: Heavy-haul, sharp curves, high-traffic areas

Heat-Treated Rail Steel

PREMIUM GRADE

After rolling, this steel goes through a special controlled heating and cooling process. Gnee Rail uses China's first "online residual heat quenching + offline full-length heat treatment" process. Rail head hardness reaches 260–300 HBW, which is 40% more wear-resistant than traditional methods.

Best for: High-speed rail, heavily loaded main lines

Light Rail · Heavy Rail · Crane Rail — All Standards in Stock

All products are brand-new, hot-rolled, and manufactured to international standards. Mill Test Certificates are included with every shipment.

Light steel rail for mining and industrial use
LIGHT RAIL

Light Steel Rail

Designed for mining railways, factory floors, port internal tracks, and small industrial lines. Easy to install and cost-effective.

Weight: ≤ 30 kg/m
Standards: GB, EN, BS, JIS
Models: 8, 12, 15, 22, 30 kg/m
Use: Mining, industrial
Heavy steel railway rail for national rail lines
HEAVY RAIL

Heavy Steel Rail

For main national railway lines, freight corridors, subways, and high-speed rail. Gnee Rail exports over 100,000 tons of heavy rail per year to 60+ countries.

Weight: 54–75 kg/m
Standards: 54E1, 60E1, AREMA
Grade: U71Mn, U75V
Use: National rail, freight
Crane rail for port and industrial crane systems
CRANE RAIL

Crane Rail Steel

Specially designed with a wide, flat base and high manganese content for overhead cranes, gantry cranes, port cranes, and steel plant equipment.

Models: QU70–QU120
Also: A45–A120 (DIN)
Material: High-Mn steel
Use: Ports, cranes

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How to Choose the Right Standard for Your Country

Different countries use different railway steel standards. Your local railway authority will usually tell you which one to follow. If you are unsure, send us your project details — our engineers will recommend the correct standard for you.

StandardRegion / CountryCommon Grades / ProfilesTypical ApplicationGnee Rail Supply?
EN 13674-1 (UIC)Europe, Middle East, Africa, Global54E1 (formerly UIC54), 60E1 (formerly UIC60)Main international railway linesYes
AREMAUSA, Canada, Latin America115RE, 136RE, 175REHeavy freight railwaysYes
BS (British)UK, Australia, India, CommonwealthBS75A, BS90A, BS100A, BS113APassenger and mixed freight linesYes
GB (China)China, Southeast Asia, Central Asia43 kg, 50 kg, 60 kg, 75 kg (U71Mn, U75V)All railway types — proven in China's high-speed networkYes
JISJapan, South Korea, Southeast Asia50N, 60NUrban rail, metro, high-speedYes
DINGermany, Central EuropeA45, A55, A65, A75, A100, A120Crane rails, industrial tracksYes

Not sure which standard you need? Tell us your project country and type. Our engineers will recommend the correct standard and grade — for free. Contact us →

Weight Per Meter (kg/m) — The Most Important Spec to Know Before You Buy

Rail weight determines how heavy a load the track can safely support. Here is a quick guide. Gnee Rail supplies all weight categories.

≤ 30
kg / meter
Light Rail

Used in underground mines, open-pit mines, factory floors, ports, and small industrial transport lines. Affordable and easy to handle on site.

Mining · Industrial · Ports
31–50
kg / meter
Standard Rail

Used for regional passenger lines, urban transit, and moderate-load freight routes. A versatile standard option for modern transit.

Regional Rail · Urban Transit
54–75
kg / meter
Heavy Rail

The standard for national railway mainlines, heavy freight corridors, and high-speed rail. Gnee Rail ships 100,000+ tons of heavy rail every year.

National Rail · High-Speed · Freight
QU70–120
Crane Series
Crane Rail

Specially engineered for overhead cranes, gantry cranes, and shipyard equipment. Wide base, high manganese steel, heavy-load tolerance.

Cranes · Ports · Steel Plants

6-Step Process — From Raw Iron Ore to Finished Steel Rail

Understanding how railway steel is made explains why quality varies between suppliers. At Gnee Rail, each step is controlled precisely to produce rails that meet international mechanical standards.

1
Melting & Refining

Iron ore is melted in a Basic Oxygen Furnace (BOF). Oxygen is blown into the liquid iron to remove harmful impurities like sulfur and phosphorus.

2
Adding Alloying Elements

Precise amounts of carbon, manganese, vanadium, or chromium are added to achieve the target grade. This step defines the steel's mechanical properties.

3
Continuous Casting & Degassing

Vacuum degassing removes internal gases, while continuous casting forms the liquid steel into solid "blooms" with a dense and consistent internal structure.

4
Hot Rolling

Massive steel rollers press the hot blooms through a series of passes until they form the classic "T-section" shape of a railway rail — head, web, and base.

5
Heat Treatment (For Premium Grades)

Heat-treated rails go through controlled quenching and tempering after rolling. This makes the rail head significantly harder — reaching 260–300 HBW for Gnee Rail's premium grades.

6
Straightening, Inspection & Packing

Each rail is mechanically straightened to tight tolerances. Every batch is tested in our laboratory. SGS or BV third-party inspection is available on request.

Steel mill hot rolling process for rail manufacturing
What Elements Make Up the Best Rail Steel Grades?
C
Carbon (0.40%–0.82%)
Increases hardness and wear resistance. More carbon = harder rail surface.
Mn
Manganese (0.70%–1.70%)
Improves toughness so the rail can absorb heavy shocks from train wheels without cracking.
V/Cr
Vanadium / Chromium (trace)
Added in alloy grades to further increase strength and wear resistance for demanding applications.
S/P
Sulfur & Phosphorus (keep low!)
Harmful impurities. High P causes cold-weather brittleness; high S causes weld cracks. Gnee Rail keeps both below 0.030%.

Key Properties to Check Before You Buy

When you receive a quote from any rail supplier, always ask for the Mill Test Certificate (MTC). It shows the actual chemical composition and mechanical test results for your specific batch.

Tensile Strength

780–1080 MPa

How much pulling force the steel can handle before it breaks. Higher values mean the rail can carry heavier trains over longer periods without failure.

Surface Hardness (HBW)

260–390 HBW

How well the rail surface resists wear from train wheels. Standard rails: 260–300 HBW. Gnee's heat-treated heavy rail reaches up to 390 HBW — significantly extending service life.

Yield Strength

≥ 480 MPa

The stress level at which the steel starts to change shape permanently. A high yield strength means the rail will not bow or twist under heavy freight trains.

Weldability

CWR Ready

Most modern railways weld individual rails end-to-end into seamless (continuous welded rail) track. Gnee Rail steel is manufactured with low S/P levels to ensure clean, crack-free welds.

Industries That Buy Railway Steel from Gnee Rail

National railway freight train tracks
National Railways

Main passenger and freight rail lines. Heavy rail 54–75 kg/m.

Mining underground railway track
Mining Industry

Underground and open-pit mining. Light rail ≤ 30 kg/m.

Port container crane on steel rails
Ports & Logistics

Container crane rails. QU70–QU120 crane rail series.

Industrial factory steel plant railway
Industrial Plants

Internal plant transport. Steel mills, power plants, factories.

Urban metro subway railway track
Metro & Urban Rail

City metro and tram lines. Standard rail 31–50 kg/m.

Why Procurement Engineers Choose Gnee Rail

A low price means nothing if the rail fails inspection or arrives late. Here is why B2B buyers across 60 countries keep ordering from Gnee Rail year after year.

ISO 9001:2015 Certified — Full Traceability

Every batch has traceable production records. Mill Test Certificates issued. SGS and BV third-party inspections available on request.

All Major Standards Covered

EN 13674-1, AREMA, BS, DIN, GB, and JIS — one supplier for all your standard requirements, no matter where your project is located.

Large Stock & Fast Delivery

Common sizes ship from stock in 15–30 days. Production orders for large quantities: 45–90 days lead time. Annual capacity exceeds 100,000 tons.

Experienced Export Team

We handle all export documentation, customs clearance, and sea freight. FOB, CIF, and CFR terms available. Products shipped to Vietnam, Indonesia, Pakistan, Uzbekistan, and 60+ more countries.

Gnee Rail steel manufacturing factory quality inspection
5,000+ km
Track Supplied Globally
100+
High-Speed Rail Projects
-40°C to 80°C
Operating Temperature Range
5
Production Bases · 400+ Technical Experts

5 Simple Steps from First Inquiry to Delivery

01

Define Your Specs

Know your standard (EN/AREMA/BS/GB), rail weight (kg/m), and quantity (tons). Not sure? We help you identify the right spec.

02

Request a Quote

Send your specifications using the form below. Our engineers respond within 24 hours with a detailed price per ton, delivery time, and packing details.

03

Review & Confirm

We provide a PI (Proforma Invoice) with all details. Payment methods: T/T (bank transfer) or Letter of Credit (L/C). Incoterms: FOB, CIF, or CFR.

04

Production & Inspection

Your order goes into production. We issue a Mill Test Certificate for each batch. Third-party inspection (SGS/BV) available before shipment.

05

Shipping & Delivery

Rails shipped in 12-meter bundles via container or bulk vessel. We provide all shipping documents: B/L, packing list, certificate of origin, and MTC.

What Buyers Ask Before Placing Their First Order

Yes, they refer to the same product. "Railway" is standard in British English, while "Railroad" is commonly used in American English. Both refer to the steel rail used for train tracks.

No. Gnee Rail supplies 100% brand-new steel rails only. We do not deal in scrap metal or used rails. This ensures the structural safety and reliability of every railway project we supply.

For samples and small test orders: 1–5 tons. For standard commercial orders: typically 20–100 tons. For large infrastructure projects we accept orders in the thousands of tons range.

The standard shipping length is 5.8 meters or 12 meters, which fits in standard 20-foot or 40-foot shipping containers. We can also supply longer lengths shipped via bulk break vessels for large projects.

Well-maintained railway steel lasts 30–50 years on low-traffic lines. On busy freight routes, rails may need replacement every 10–15 years due to constant wear. Heat-treated rails significantly extend service life.

We provide: Mill Test Certificate (MTC) with chemical and mechanical data, ISO 9001:2015 certificate, Certificate of Origin, and SGS/BV third-party inspection reports on request. All documents are in English.

Get a Free Quote — 24-Hour Response

Ready to Build a Safe and Strong Railway?

Tell us your rail standard, weight category, and quantity. Our engineers will reply with a detailed quotation within 24 hours — including price per ton, lead time, and shipping terms.

UIC, AREMA, BS, DIN, GB, JIS standards — all covered
Light rail, heavy rail, and crane rail — brand new only
ISO 9001 certified · Mill Test Certificates provided
FOB / CIF / CFR · Shipped to 60+ countries
24-hour reply guarantee — English, Spanish, Arabic, French
Contact Our Rail Engineers Directly

Email: market@gneerail.com

WhatsApp available — response within hours

Request a Free Quote

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