IPE Beam

Buy Premium Quality IPE Beams at Ferrite Structural Steels Pvt Ltd. – India’s Leading Supplier, Manufacturer and Exporter of Universal Beams.

IPE Beam

IPE beams, or European I-beams, are a type of structural steel with a distinctive I-shaped cross-section, featuring narrow flanges to provide a lightweight but highly effective load-bearing profile. These beams are engineered to deliver optimum performance in a variety of structural applications, offering a perfect balance between strength and flexibility. The streamlined shape of IPE beams not only makes them lighter than traditional wide-flange beams but also highly efficient in terms of material use, making them a favored choice in environmentally conscious construction projects.

The unique characteristics of IPE beams include their significant depth relative to their width, which allows for better load distribution across the length of the beam. This aspect is particularly beneficial in applications requiring long spans with minimal support, such as in building frameworks, bridge construction, and other civil engineering projects. 

At Ferrite Structural Steels Pvt Ltd, we are proud to be a major manufacturer and supplier of IPE beams, recognized for our dedication to quality and customer satisfaction. Leveraging advanced manufacturing processes and comprehensive quality control measures, we ensure that each IPE beam we produce meets the highest standards of performance and durability. Whether you are involved in constructing commercial real estate, industrial complexes, or bespoke architectural structures, Ferrite Structural Steels offers the expertise and high-quality IPE beams you need to ensure the success of your projects.

IPE Beam Specifications

Product Name IPE Beam
Brand Ferrite Structural Steels Pvt. Ltd.
Minimum Order Quantity 1 Ton
Material Stainless Steel and Mild Steel
Finish Hot-rolled, galvanized, or as specified by customer

IPE Beams Size Chart

Description Size (mm) Kgs/m Flange Web
      Thickness (mm) Thickness (mm)
IPE 80 80 x 46 6 3.8 5.2
IPE 100 100 x 55 8.1 4.1 5.7
IPE 120 120 x 64 10.4 4.4 6.3
IPE 140 140 x 73 12.9 4.7 6.9
IPE 160 160 x 82 15.8 5 7.4
IPE 180 180 x 91 18.8 5.3 8
IPE 200 200 x 100 22.4 5.6 8.5
IPE 220 220 x 110 26.2 5 7.7
IPE 240 240 x 120 30.7 5.5 8.7
IPE 270 270 x 135 36.1 6.6 10.2
IPE 300 300 x 150 42.2 7.1 10.7

Key Features and Benefits

  1. Optimized Shape: IPE beams feature a characteristic I-shaped cross-section with relatively narrow flanges compared to other types of beams such as HEB or HEM. This design reduces the overall weight of the beam while maintaining high structural efficiency.
  2. High Strength-to-Weight Ratio: The geometry of IPE beams allows for excellent strength capabilities relative to their weight, making them an ideal choice for projects that require both robustness and lightness.
  3. Uniform Thickness: The web and flanges of IPE beams typically have uniform thickness, simplifying connections and fabrication processes.
  4. Environmental Impact: The efficient use of material not only reduces costs but also minimizes the environmental footprint of construction projects. The steel used in IPE beams is also fully recyclable, further enhancing their sustainability.
  5. Durability and Longevity: Constructed from high-quality steel, IPE beams are resistant to corrosion, wear, and tear, ensuring a long service life with minimal maintenance required.
  6. Aesthetic Appeal: With their sleek and modern look, IPE beams are often used in architectural contexts where the structure is visible, adding to the aesthetic value of the building.
  7. Ease of Installation: The lighter weight and standardized dimensions facilitate easier handling and faster installation, which can significantly speed up construction timelines.
  8. Enhanced Safety: The structural integrity of IPE beams contributes to safer construction environments and long-term reliability of buildings and structures.

Applications of IPE Beams

  1. Building Frameworks: IPE beams are commonly used in the construction of commercial and residential buildings due to their excellent load-bearing capacity. They are ideal for creating frameworks that require long spans without support, such as in office buildings or large living spaces.
  2. Industrial Structures: In industrial settings, IPE beams provide the necessary support for heavy machinery and large roofing systems. They are especially suitable for warehouses, workshops, and factories where large clear spans are needed.
  3. Infrastructure Projects: IPE beams are often employed in infrastructure development, including bridges, overpasses, and railway tracks. Their strength and durability make them suitable for projects that require long-lasting structural components.
  4. Support Structures: IPE beams are used to create various support structures such as crane rails, platforms, and mezzanines in both commercial and industrial constructions. Their robustness ensures safety and stability in these applications.
  5. Foundation Piles: In some engineering projects, IPE beams are utilized as foundation piles to provide deep foundation support for large structures, particularly in areas with unstable soil.
  6. Stadiums and Arenas: For large venues like stadiums and arenas, IPE beams are chosen for their ability to support large, open spaces, providing clear sightlines and unobstructed views for spectators.
  7. Reinforcement and Retrofitting: In renovation projects, IPE beams are often used to reinforce or replace existing beams, enhancing the structural integrity and extending the life of older buildings.
  8. Specialized Equipment Mounts: In technology and science industries, IPE beams are used to construct mounts and frames for specialized equipment, requiring precision and stability.
FAQs — IPE Beam

IPE Beam: Frequently Asked Questions

Straight answers on sizes, thickness, weight, grades, MTC, pricing and ordering — so your enquiry is specification-ready before you send it.

01
What is an IPE beam?
IPE Beams refers to European I-sections with relatively narrow parallel flanges. It is used in building frames, industrial structures, platforms, mezzanines and engineered support systems. The name identifies a profile family, not a safe load rating; final selection must follow the approved drawing, BOQ, project standard and responsible engineer’s calculations.
02
What do the numbers in IPE 80, IPE 200 or IPE 300 mean?
No substitution or structural selection should be made from profile name, span, flange width or unit weight alone. Capacity depends on loads, combinations, span, orientation, lateral restraint, buckling, deflection, connections, fire requirements and the design code. Any change from IPE Beams requires revised calculations and written approval.
03
Which IPE beam sizes and weights are shown in the size chart?
The live page shows IPE 80 to IPE 300 in the published chart, with 6.0 kg/m to 42.2 kg/m in the published chart. These are catalogue values rather than confirmation of ready stock. Quote the exact section designation, dimensional standard, material grade, length and quantity, and verify the selected row against the approved project documents.
04
How is an IPE beam different from an IPEA or IPEO beam?
IPE Beams has its own dimensional and mass series. A similar nominal depth in another family can have different flange width, thickness, radii, mass and section properties. Compare recognised section tables and approved calculations; never treat related profile names as automatic equivalents.
05
How is an IPE beam different from an HEA or HEB beam?
IPE Beams has its own dimensional and mass series. A similar nominal depth in another family can have different flange width, thickness, radii, mass and section properties. Compare recognised section tables and approved calculations; never treat related profile names as automatic equivalents.
06
What do flange thickness and web thickness mean for IPE beams?
Depth and flange width define the main outline; web and flange thickness define material distribution; root radius describes the web-to-flange curve. Section area represents cross-sectional material, while section modulus is a geometric property used in design. None is a stand-alone safe load rating.
07
Can IPE beam weight per metre be used to calculate order tonnage?
Theoretical order weight equals published kg/m × ordered length in metres × number of pieces. Calculate separate line items for each designation and length. Confirm whether the quotation, freight and invoice use theoretical or actual weight, and include only approved cutting allowances.
08
Can an IPE section be selected from span alone?
No substitution or structural selection should be made from profile name, span, flange width or unit weight alone. Capacity depends on loads, combinations, span, orientation, lateral restraint, buckling, deflection, connections, fire requirements and the design code. Any change from IPE Beams requires revised calculations and written approval.
09
How is the IPE Beams price per kg calculated?
Do not publish a fixed current IPE Beams price per kg. The rate changes with steel grade, section mass, quantity, length, finish, market date and supply route. Send the exact designation, standard, total tonnage and delivery postcode for a dated quotation, then confirm GST, freight and fabrication inclusions.
10
Can a bulk IPE Beams supplier quote a dated tonne rate?
A current IPE Beams price per tonne can be quoted for a defined requirement. State the exact section, material grade and standard, length, pieces or tonnage, finish, MTC, inspection and destination. Compare offers on the same weight basis and verify tax, freight, cutting, packing and documentation terms.
11
Why may two IPE Beams supplier quotations differ?
The landed cost of IPE Beams depends on grade, section availability, unit mass, order mix, total tonnage, length, cutting, drilling, coating, testing, inspection, packing and transport. An uncommon designation or mixed small quantities may price differently from one repetitive bulk section.
12
How is the minimum order quantity confirmed for IPE Beams?
The live page states a minimum order quantity of 1 tonne. Confirm how MOQ applies when the enquiry mixes sections, grades, special lengths, finishes or inspection requirements. Provide the piece count and calculated tonnage for every line item so commercial feasibility can be reviewed accurately.
13
How should current IPE Beams stock availability be checked?
Do not assume every IPE Beams designation, grade and length is ready stock. Availability should be confirmed against the exact specification, quantity and enquiry date. If timing matters, state the required date and ask whether the quotation is based on stock, incoming material or a reviewed supply requirement.
14
Can heat traceability and an MTC be requested for IPE Beams?
Request the MTC for IPE Beams at the enquiry stage, stating certificate type, grade standard, heat traceability and project format. Check that the certificate matches the supplied markings, dimensions and product form. A generic document does not establish compliance with every structural, toughness or coating requirement.
15
What should third-party inspection cover for IPE Beams?
Inspection for IPE Beams should cover identification, dimensions, web and flange thickness, length, straightness, surface condition, quantity, marking and MTC traceability. For third-party inspection, specify the agency, stage, hold points, acceptance criteria and required reports before ordering.
16
Can fabrication drawings be included with a IPE Beams enquiry?
Cutting, drilling or fabrication of IPE Beams can be reviewed against an approved drawing. Provide cut lengths, hole centres, copes, notches, end plates, weld details, tolerances and piece marks. Connection design, welding procedures and any structural modification remain subject to engineer and fabricator approval.
17
Should hot-rolled or galvanised finish be stated for IPE Beams?
The live page lists hot-rolled, galvanised or customer-specified for IPE Beams. State the required surface condition, coating or galvanising standard, preparation, appearance and inspection. Coating suitability depends on the base material, fabrication sequence and exposure, and galvanised steel is corrosion-resistant rather than permanently rust-proof.
18
Which industries procure IPE Beams?
IPE Beams are considered for building frames, industrial structures, platforms, mezzanines and engineered support systems. Suitability depends on the exact section properties, material grade, exposure, span, restraints, loads, connections and fire requirements. Final use must follow approved calculations, drawings, BOQ and applicable project standards.
19
Does Ferrite review India-wide and export enquiries for IPE Beams?
Ferrite can review IPE Beams requirements for Mumbai, Navi Mumbai, Maharashtra, nearby states, India-wide supply and export enquiries. Availability and logistics depend on section and quantity. Provide the delivery postcode or destination port, Incoterm, unloading constraints and required date for review.
20
Which information prevents delay in a IPE Beams quotation?
For a fast IPE Beams quotation, send the profile and exact designation, dimensions, material grade, material and dimensional standards, length, pieces, tonnage, finish, make preference, MTC and inspection requirements. Add fabrication drawings, delivery postcode or port, Incoterm and required date where applicable.

Why Choose Ferrite’s IPE Beams?

Choose Ferrite Structural Steels for your IPE Beams to leverage top-quality materials designed to meet the rigorous demands of modern construction. At Ferrite Structural Steels, we pride ourselves on our meticulous attention to detail and commitment to quality. Each beam is produced with precision engineering, ensuring that they not only meet but exceed industry standards for durability and performance. Contact us today to discuss how our IPE Beams can contribute to the success of your project. Request a quote and discover the Ferrite Structural Steels difference, where excellence in steel meets exceptional customer service.

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