EMI Calculator

Calculate your Equated Monthly Installment

About EMI

What is EMI?

EMI (Equated Monthly Installment) is the fixed amount you pay to the bank or financial institution each month until your loan is fully repaid. It consists of both principal and interest components.

How is EMI Calculated?

The EMI calculation is based on the formula:

EMI = [P × R × (1+R)^N] / [(1+R)^N-1]

Where:
P = Principal Loan Amount
R = Monthly Interest Rate (Annual Rate/12/100)
N = Loan Tenure in Months

Factors Affecting Your Loan EMI

1. Loan Amount: Higher the loan amount, higher the EMI

2. Interest Rate: Lower rates reduce your EMI burden

3. Loan Tenure: Longer tenures reduce monthly EMI but increase total interest

Loan Amount

Enter loan amount

Interest Rate (% per annum)

Enter interest rate

Loan Tenure (Months)

Enter tenure

Monthly EMI

Enter values to calculate

Total Payment

-

Total Interest

-

Total Principal

-

Interest Rate

-

Loan Tenure

-

Custom Calculation

Calculate interest rate and total amount based on loan amount, EMI, and tenure

Loan Amount

Monthly EMI

Tenure (Months)

Calculation Results

Interest Rate

-

Total Payment

-

Total Interest

-

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Conclusion

Your EMI calculation details will appear here after you enter the values and click Calculate EMI.

Pipe Counting Tool

Pipe Counter

Loading OpenCV...

Min Radius: 15

Max Radius: 30

Min Dist: 35

Canny Thresh: 30

Camera Feed / Detected Pipes

Total Pipes: 0

About Pipe Counter

Description

Pipe Counter is a mobile-friendly app to detect and count circular pipes in images using OpenCV. Upload an image or use your camera to capture pipes, then adjust settings to detect them accurately.

Details

• Image Input: Upload or capture images via camera.
• Settings: Tune Min/Max Radius, Min Distance, and Canny Threshold.
• Technology: Uses OpenCV.js for in-browser processing.
• Output: Shows pipes with circles and numbers, plus total count.

Conclusion

This app simplifies pipe counting on mobile devices, ideal for industrial use. Its touch-friendly interface and adjustable settings ensure accurate results. Future updates may include shape detection or auto-tuning.

Steel Weight Calculator: Bars, Pipes, Sheets

Steel Bar, Pipe, and Sheet Weight Calculation: A Comprehensive Guide

This guide explains how to calculate the weight of steel bars, pipes, and sheets (TMT bars, angle bars, square bars, square pipes, rectangular pipes, round pipes, flat bars/patti, and steel sheets) in kilograms. It includes formulas, standard weight tables for sizes from 6mm to 46mm, an interactive calculator, unit converter, downloadable reports, and visual charts. It also covers material differences and supports length inputs in millimeters, inches, feet, or meters.

Difference Between Mild Steel, Stainless Steel, and Aluminum

The choice of material affects weight, strength, and application. Below are key differences:

Property	Mild Steel	Stainless Steel	Aluminum
Density (kg/m³)	7850	8000	2700
Weight Impact	Standard weight	Slightly heavier (2% more)	Much lighter (66% less)
Strength	High strength, ideal for structural use	High strength, corrosion-resistant	Lower strength, lightweight
Corrosion Resistance	Prone to rust, needs coating	Excellent, resists rust	Good, naturally corrosion-resistant
Cost	Cost-effective	More expensive	Moderately expensive
Uses	Construction, TMT bars, angles	Food processing, marine, medical	Aerospace, automotive, lightweight structures

Weight Calculation Impact: Aluminum bars weigh significantly less due to lower density, while stainless steel is slightly heavier than mild steel. Use the calculator's material selection to adjust weights accordingly.

Why Use Weight Calculations?

• Cost Estimation: Determine material costs as steel is priced per kg or ton.
• Structural Design: Ensure load-bearing capacity and safety in construction.
• Transportation: Plan logistics and lifting equipment based on weight.
• Inventory Management: Manage stock efficiently for suppliers and contractors.
• Standards Compliance: Adhere to standards like IS 1786 (TMT) or IS 1239 (pipes).

Where Are Steel Bars, Pipes, and Sheets Used?

• Construction: TMT bars in concrete, angles/patti for frames, supports.
• Fabrication: Square and angle bars for grills, gates, and machinery.
• Piping Systems: Round pipes for plumbing and structural frameworks.
• Automotive/Industrial: Flat bars and square bars for vehicle frames, tools.
• Furniture/Decor: Angles and patti for racks, shelves, and decorative structures.

Who Uses These Calculations?

• Civil engineers and architects for structural design.
• Contractors and builders for material estimation.
• Steel suppliers for pricing and inventory.
• Fabricators for custom component manufacturing.
• Students and educators for engineering education.

Manufacturing Tolerances

Actual weights may vary by ±5-8% due to manufacturing tolerances, as per standards like IS 1786 (TMT bars) and IS 808 (angles). For example, a 12mm TMT bar with a nominal weight of 0.888 kg/m may weigh between 0.844 kg/m and 0.932 kg/m. Always verify with suppliers for precise weights.

Interactive Weight Calculator

Select Material: Mild Steel (7850 kg/m³) Stainless Steel (8000 kg/m³) Aluminum (2700 kg/m³) Select Bar Type: TMT Bar / Round Bar Angle Bar Square Bar Square Pipe Rectangular Pipe Round Pipe Flat Bar (Patti) Steel Sheet Length Unit: Millimeters Inches Feet Meters Size (mm): Height (mm): Breadth (mm): Diameter (mm): Length (for bars/pipes): Thickness (mm):

Result: Enter values to calculate weight.

Unit Converter

Select Conversion Type: Length (mm to m) Length (m to mm) Length (inch to m) Length (m to inch) Length (ft to m) Length (m to ft) Weight (kg to lbs) Weight (lbs to kg) Input Value:

Result: Enter a value to convert.

Weight Visualization

Weight Tables (kg/m, Mild Steel)

Below are standard weights per meter for common sizes (6mm to 46mm). Density assumed: 7850 kg/m³.

TMT Bars / Round Bars

Diameter (mm)	Weight (kg/m)
6	0.222
8	0.395
10	0.617
12	0.888
16	1.580
20	2.467
25	3.854
32	6.316
36	7.985
40	9.865
46	13.06

Angle Bars (Equal, Thickness Varies)

Size (h x b x t mm)	Weight (kg/m)
6 x 6 x 3	0.26
10 x 10 x 3	0.43
12 x 12 x 3	0.52
16 x 16 x 3	0.69
20 x 20 x 3	0.86
25 x 25 x 3	1.08
32 x 32 x 4	1.82
40 x 40 x 5	2.85
46 x 46 x 6	3.78

Square Bars

Side (mm)	Weight (kg/m)
6	0.283
8	0.504
10	0.785
12	1.13
16	2.01
20	3.14
25	4.91
32	8.04
36	10.16
40	12.56
46	16.59

Square Pipes (Thickness Varies)

Size (mm x mm)	Thickness (mm)	Weight (kg/m)
6 x 6	1	0.17
10 x 10	1	0.29
12 x 12	1.2	0.41
16 x 16	1.5	0.65
20 x 20	1.8	0.97
25 x 25	2	1.36
32 x 32	2.2	1.96
36 x 36	2.3	2.34
40 x 40	2.5	2.84
46 x 46	2.5	3.28

Rectangular Pipes (Thickness Varies)

Size (mm x mm)	Thickness (mm)	Weight (kg/m)
10 x 6	1	0.25
12 x 8	1.2	0.36
16 x 10	1.5	0.54
20 x 12	1.8	0.80
25 x 16	2	1.14
32 x 20	2.2	1.65
36 x 25	2.3	2.05
40 x 30	2.5	2.54
46 x 36	2.5	3.06

Round Pipes (Thickness Varies)

OD (mm)	Thickness (mm)	Weight (kg/m)
6	1	0.12
8	1	0.16
10	1	0.20
12	1.2	0.25
16	1.5	0.39
20	1.8	0.59
25	2	0.87
32	2.2	1.25
36	2.3	1.52
40	2.5	1.85
46	2.5	2.13

Flat Bars (Patti, Thickness 5mm)

Width (mm)	Thickness (mm)	Weight (kg/m)
6	5	0.24
10	5	0.39
12	5	0.47
16	5	0.63
20	5	0.79
25	5	0.98
32	5	1.26
36	5	1.41
40	5	1.57
46	5	1.80

Steel Sheets (Thickness Varies)

Length x Breadth (mm)	Thickness (mm)	Weight (kg/m²)
1000 x 1000	0.5	3.93
1000 x 1000	1	7.85
1000 x 1000	1.5	11.78
1000 x 1000	2	15.70
1000 x 1000	3	23.55
1000 x 1000	4	31.40
1000 x 1000	5	39.25
1000 x 1000	6	47.10

Conclusion

Calculating the weight of steel bars, pipes, and sheets like TMT bars, angle bars, square bars, square pipes, rectangular pipes, round pipes, flat bars (patti), and steel sheets is vital for construction, engineering, and steel trading. These calculations ensure accurate cost estimation, structural safety, and efficient logistics. With support for multiple materials (mild steel, stainless steel, aluminum), length inputs in millimeters, inches, feet, or meters, unit conversions, downloadable reports, and visual charts, this tool enhances project efficiency and complies with standards like IS 1786 and IS 1239.

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© 2025 Steel Bar, Pipe, and Sheet Weight Guide. All rights reserved.

Liquid Volume to Weight Converter

Easily convert between volume and weight for various liquids using density values

Why Use This Calculator?

This calculator helps you convert liquid volumes to weights accurately, which is essential for:

• Fuel management and transportation logistics
• Cooking and baking measurements
• Chemical and industrial processes
• Scientific experiments and research
• Shipping and freight calculations

Where Can This Calculator Be Used?

• Transportation industry for fuel management
• Manufacturing and industrial processes
• Food and beverage industry
• Laboratories and research facilities
• Home kitchen for cooking and baking
• Agriculture and farming operations

What is Density?

Density is a measure of mass per unit volume. It's typically expressed in kilograms per liter (kg/L) or grams per milliliter (g/mL).

Density determines how much mass is contained in a given volume of a substance. Different liquids have different densities, which is why the same volume of different liquids can have different weights.

Conversion Formula

Weight (kg) = Volume (L) × Density (kg/L)

This simple formula allows you to convert any liquid volume to weight, provided you know the liquid's density.

Common Liquid Densities

• Water: 1.00 kg/L
• Petrol: 0.74 kg/L
• Diesel: 0.83 kg/L
• Milk: 1.03 kg/L
• Cooking Oil: 0.92 kg/L
• Ethanol: 0.79 kg/L
• Mercury: 13.53 kg/L
• Honey: 1.42 kg/L

Conclusion

Converting liquid volume to weight is a common requirement in many fields. By understanding the concept of density and using the simple formula provided, you can accurately perform these conversions for any liquid.

This calculator simplifies the process by providing pre-set density values for common liquids while also allowing custom density inputs for specialized applications.

Liquid Conversion Calculator

Volume (Liters)

Liquid Type Custom (Enter density below) Petrol (~0.74 kg/L) Diesel (~0.83 kg/L) Water (1.0 kg/L) Milk (~1.03 kg/L) Cooking Oil (~0.92 kg/L) Ethanol (~0.79 kg/L) Honey (~1.42 kg/L)

Density (kg/L)

Weight Result

0.00

kilograms

Density: 0.74 kg/L

Conversion Examples

• 5L Petrol = 5 × 0.74 = 3.7 kg
• 10L Diesel = 10 × 0.83 = 8.3 kg
• 2L Water = 2 × 1.00 = 2.0 kg
• 3L Milk = 3 × 1.03 = 3.09 kg

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Liquid Volume to Weight Converter © 2023 | Useful for various industrial and domestic applications