MS Angle Price List 2026

MS Angle Price Today in India

The MS Angl

e price in India changes according to steel market conditions, raw material prices, grade, size, manufacturer, order quantity, location, GST, freight, and delivery requirements.

Current market listings checked in September 2026 show MS Angle prices around the low-to-high ₹50s per kg for several commonly traded structural grades and sizes. For example, a current market listing shows 50×50×6 mm E250 at ₹58,000/MT, equivalent to ₹58/kg, while another current Mumbai listing shows approximately ₹52/kg. These market references demonstrate why MS Angle prices should be treated as dynamic rather than as a permanent fixed rate.

Indicative MS Angle Price Table – September 2026

MS Angle Size	Indicative Market Price
25×25×3 mm	₹52–₹58/kg
40×40×5 mm	₹52–₹59/kg
50×50×6 mm	₹55–₹60/kg
65×65×6 mm	₹55–₹60/kg
65×65×8 mm	₹55–₹60/kg
75×75×8 mm	₹55–₹61/kg
90×90×8 mm	₹55–₹62/kg
100×100×10 mm	₹56–₹63/kg
150×150×12 mm	₹56–₹65/kg
200×200×20 mm	₹58–₹68/kg

Price Disclaimer: The above rates are indicative market reference ranges checked in September 2026 and are not a fixed quotation from Sachiya Steel International. Actual MS Angle prices may change daily based on steel market movement, grade, size, quantity, manufacturer, location, GST, freight, and commercial terms. Please contact our sales team for the latest price and availability.

What Affects MS Angle Price?

Several factors can affect the final purchase price:

• Steel market fluctuations
• Raw material cost
• Angle size
• Angle thickness
• Steel grade
• Primary or secondary mill
• Manufacturer
• Order quantity
• Delivery location
• GST
• Freight and transportation
• Testing and certification
• Packaging requirements

Therefore, customers should request a fresh quotation before finalizing a purchase order.

How to Calculate MS Angle Weight

The approximate weight of an MS Angle can be estimated using its leg dimensions, thickness, and steel density.

A commonly used theoretical formula is:

MS Angle Weight (kg/m) = (Leg A + Leg B − Thickness) × Thickness × 0.00785

Where:

• Leg A = first leg dimension in mm
• Leg B = second leg dimension in mm
• Thickness = angle thickness in mm
• 0.00785 = density factor based on approximately 7850 kg/m³

Example: 50×50×6 mm MS Angle

Weight:

(50 + 50 − 6) × 6 × 0.00785

= 94 × 6 × 0.00785

= 4.42 kg/m approximately

However, the nominal/tabulated weight in the chart is 4.50 kg/m.

This difference occurs because the simple formula is an approximation and does not fully represent the rolled geometry, including the corner/fillet radius and actual sectional dimensions.

Therefore, use formulas for preliminary estimation and use the applicable section table/manufacturer data when accurate procurement or engineering calculations are required.

MS Angle Weight Per Meter and Per Foot

MS Angle weight is commonly expressed in kg per meter (kg/m) and kg per foot (kg/ft).

To convert kg/m to kg/ft:

Weight (kg/ft) = Weight (kg/m) × 0.3048

Example

If a 50×50×6 mm MS Angle weighs 4.50 kg/m:

4.50 × 0.3048

= 1.37 kg/ft approximately

This conversion is useful for buyers and fabricators who work with both metric and imperial measurements.

How to Calculate Total MS Angle Weight

To calculate the approximate total weight of MS Angles required for a project:

Total Weight = Weight per Meter × Total Length

Example

Suppose you require 100 meters of 50×50×6 mm MS Angle.

Nominal weight:

4.50 kg/m

Total length:

100 meters

Therefore:

4.50 × 100 = 450 kg

Estimated total weight = 450 kg

For large projects, cutting waste, fabrication losses, connection details, and project-specific allowances should also be considered.

MS Angle Sizes and Specifications

MS Angles are identified by their leg dimensions and thickness.

Equal Angle Example

50×50×6 mm

• First leg = 50 mm
• Second leg = 50 mm
• Thickness = 6 mm

Unequal Angle Example

75×50×6 mm

• First leg = 75 mm
• Second leg = 50 mm
• Thickness = 6 mm

The appropriate size should be selected according to structural calculations, load requirements, connection details, fabrication requirements, and applicable project specifications.

Weight alone should not be used to determine whether an angle is suitable for a structural application.

MS Angle Grades and Standards

IS 2062

IS 2062 is widely used for structural steel products in India. Different grades and quality categories are available depending on the required mechanical properties and project requirements.

IS 2062 E250

IS 2062 E250 is a commonly specified structural steel grade for general structural applications.

Depending on the project, buyers may require specific grades, impact properties, testing requirements, or additional certification.

Dimensions and Tolerances

For structural steel sections, the applicable dimensional requirements and tolerances should be checked against the relevant Indian Standards and project specifications.

The original MS Angle guide on this website references IS 808 for dimensions and IS 1852 for tolerances.

Before ordering MS Angles, confirm:

• Size
• Thickness
• Grade
• Length
• Dimensional tolerances
• Mechanical properties
• Chemical composition
• Testing requirements
• MTC requirements

MS Angle Manufacturers and Supply

MS Angles can be sourced from primary steel producers, approved mills, rerolling mills, stockists, traders, and distributors.

The appropriate source depends on the project’s grade, certification, quantity, delivery schedule, budget, and technical requirements.

For projects where traceability and certification are important, buyers should confirm the manufacturer’s details and request the relevant material documentation.

Sachiya Steel International supplies steel products for domestic and international requirements and can assist customers with product specifications, quantities, and commercial requirements.

Applications of MS Angles

MS Angles are used across construction, infrastructure, fabrication, manufacturing, and engineering industries.

1. Structural Steel Buildings

MS Angles are used for structural supports, bracing, frames, trusses, and fabricated steel structures.

2. Industrial Sheds

They are commonly used in industrial shed structures, supports, brackets, frames, and fabrication work.

3. Transmission Towers

Angle sections are widely used in tower structures where bolted or fabricated connections are required.

4. Solar Structures

MS Angles can be used for selected solar support and mounting structures when specified by the engineering design.

5. Machinery Frames

Fabricators use MS Angles for machine frames, equipment supports, bases, brackets, and platforms.

6. Warehouses

They can be used for structural supports, racks, frames, brackets, and other fabricated warehouse components.

7. Staircases and Platforms

MS Angles can be incorporated into staircase frames, platforms, handrails, supports, and general structural fabrication.

8. Infrastructure Projects

MS Angles may be used in various infrastructure and engineering projects according to the applicable design and material specifications.

Advantages of MS Angles

High Strength

MS Angles provide useful structural strength when the correct size and grade are selected according to engineering requirements.

Easy Fabrication

They can generally be cut, drilled, welded, and assembled using suitable fabrication methods.

Excellent Weldability

Many commonly used mild and structural steel grades provide good weldability when appropriate welding procedures are followed.

Cost-Effective

MS Angles are widely available and can provide an economical structural section for many applications.

Wide Range of Sizes

Equal and unequal angles are available in numerous sizes and thicknesses.

Versatile Applications

They can be used across construction, fabrication, infrastructure, industrial, and engineering applications.

Equal Angle vs. Unequal Angle

Feature	Equal Angle	Unequal Angle
Leg Length	Same	Different
Example	50×50×6 mm	75×50×6 mm
Shape	L-shaped	L-shaped
Common Use	General structural applications	Directional/specialized structural applications
Selection	Based on structural design	Based on structural design and orientation

The selection between equal and unequal angles should be based on engineering requirements rather than simply choosing the heavier section.

Factors to Consider When Selecting an MS Angle

Before buying an MS Angle, consider:

1. Size

Select the required leg dimensions based on the design.

2. Thickness

Thickness affects weight, strength, fabrication, and cost.

3. Grade

Confirm the required steel grade, such as the applicable IS 2062 grade.

4. Length

Specify the required standard or cut length.

5. Quantity

Bulk quantities may receive different commercial rates compared with small orders.

6. Certification

If required, request the relevant MTC and testing documentation.

7. Surface Condition

Confirm whether the material should be supplied as hot rolled, coated, painted, galvanized, or otherwise specified.

8. Delivery

Freight and delivery location can significantly affect the final landed cost.

Quick Conversion Table

Unit	Equivalent
1 Meter	3,280.84 Feet
1 Foot	0.3048 meters
1 Inch	25.4 mm
1 Kilogram	2.20462 Pounds
1 Metric Ton	1000 kg