Sheet Weight Chart In Kg, Mm & Pdf – Complete Guide For Metal Sheets

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Understanding the weight of a metal sheet is important for manufacturers, fabricators, engineers, contractors, procurement teams, and industrial buyers. A reliable sheet weight chart helps determine the approximate weight of a sheet according to its thickness, material, and size. This information is useful for material planning, transportation, costing, structural calculations, and inventory management.
Metal sheets are available in several materials, including stainless steel, aluminium, copper, brass, mild steel, and various alloys. Since every material has a different density, the weight of a sheet changes even when the thickness remains the same. Using a standard reference chart makes weight estimation faster and more convenient.
What Is a Sheet Weight Chart?
A sheet weight chart is a reference guide that shows the approximate weight of metal sheets according to their thickness and material. Thickness is generally provided in millimetres (mm), while weight is commonly calculated in kilograms per ...
... square metre (kg/m²).
For industrial applications, a sheet weight chart in kg can help buyers estimate how much material they need before placing an order. It can also help logistics teams calculate transportation requirements and assist fabricators in planning lifting and handling operations.
The following tables provide commonly used reference values for different materials.
Stainless Steel Sheet Weight Chart

Thickness (mm)

Weight (kg/m²)

0.5 mm

3.93

1.0 mm

7.85

1.5 mm

11.78

2.0 mm

15.70

3.0 mm

23.55

4.0 mm

31.40

5.0 mm

39.25

6.0 mm

47.10

8.0 mm

62.80

10.0 mm

78.50

Density used: 7850 kg/m³ for stainless/mild steel.
Aluminium Sheet Weight Chart

Thickness (mm)

Weight (kg/m²)

0.5 mm

1.35

1.0 mm

2.70

1.5 mm

4.05

2.0 mm

5.40

3.0 mm

8.10

4.0 mm

10.80

5.0 mm

13.50

6.0 mm

16.20

8.0 mm

21.60

10.0 mm

27.00

Density used: 2700 kg/m³ for aluminium.
Copper Sheet Weight Chart

Thickness (mm)

Weight (kg/m²)

0.5 mm

4.45

1.0 mm

8.90

1.5 mm

13.35

2.0 mm

17.80

3.0 mm

26.70

4.0 mm

35.60

5.0 mm

44.50

6.0 mm

53.40

8.0 mm

71.20

10.0 mm

89.00

Density used: 8900 kg/m³ for copper.
Brass Sheet Weight Chart

Thickness (mm)

Weight (kg/m²)

0.5 mm

4.25

1.0 mm

8.50

1.5 mm

12.75

2.0 mm

17.00

3.0 mm

25.50

4.0 mm

34.00

5.0 mm

42.50

6.0 mm

51.00

8.0 mm

68.00

10.0 mm

85.00

Density used: 8500 kg/m³ for brass.
How to Calculate Sheet Weight
A sheet weight calculator can make weight estimation faster when the sheet has specific dimensions. The general formula is:
Weight = Length × Width × Thickness × Density
The dimensions should be converted into compatible units before performing the calculation. For example, a 2-metre-long and 1-metre-wide steel sheet with a thickness of 5 mm can be estimated by multiplying its volume by the applicable material density.
A calculator is particularly useful when purchasing customized sheet sizes, preparing quotations, calculating transportation requirements, or estimating the total material weight for a project.
How to Use a Sheet Weight Chart in Mm
A sheet weight chart in mm allows users to identify the approximate weight from the thickness of a sheet. For example, according to the chart, a 5 mm stainless/mild steel sheet has an approximate weight of 39.25 kg per square metre. If the sheet has an area of 2 square metres, its approximate weight can be calculated by multiplying 39.25 by 2.
The general calculation is:
Weight = Area × Weight per Square Metre
This simple approach is useful when estimating material requirements, transportation weight, project costs, and fabrication requirements.
Why Use a Sheet Weight Chart PDF?
A sheet weight chart in PDF format can be particularly convenient for engineers, buyers, and fabricators who need quick access to weight information while working on projects. A PDF reference can be saved on a computer or mobile device and used whenever sheet dimensions and thicknesses need to be checked.
However, actual sheet weight can vary slightly because of material grade, dimensional tolerances, manufacturing conditions, and surface finish. Therefore, chart values should generally be treated as approximate reference values.
Conclusion
A sheet weight chart is a valuable reference for anyone involved in metal fabrication, manufacturing, construction, engineering, and procurement. By checking thickness in millimetres and corresponding weight in kilograms, professionals can make faster and more informed decisions about material quantities, transportation, costing, and project planning.
Using standardized weight references for stainless steel, aluminium, copper, and brass makes sheet-metal calculations simpler and reduces unnecessary estimation work. For convenient offline reference, keeping a sheet weight chart in PDF format can also be useful for industrial and commercial applications.