Steel Wire Mesh Weight Chart

Have you ever wondered how to choose the right steel wire mesh for your project? In this article, we’ll explore the theoretical weight of various steel wire meshes, helping you make informed decisions. Get ready to learn the essential details that could save you time and money!

The following table provides the theoretical weight of steel wire mesh in kg/m². This data is crucial for accurate material estimation and structural calculations in various engineering and construction applications.

If your specific steel wire mesh size is not listed in the table below, you can utilize our online steel weight calculator for precise calculations tailored to your requirements.

Theoretical Weight Table of Reinforcement Mesh (Steel Wire Mesh)

Grade	Longitudinal reinforcing bar			Transverse reinforcing bar			Theoretical weight
	Dia.	Distance	Area per linear meter	Dia.	Distance	Area per linear meter	Theoretical weight
	(mm)	(mm)	(mm²/m)	(mm)	(mm)	(mm²/m)	(kg/m²)
A18	18	200	1273	12	200	566	14.43
A16	16	200	1006	12	200	566	12.34
A14	14	200	770	12	200	566	10.49
A12	12	200	566	12	200	566	8.88
A11	11	200	475	11	200	475	7.46
A10	10	200	393	10	200	393	6.16
A9	9	200	318	9	200	318	4.99
A8	8	200	252	8	200	252	3.95
A7	7	200	193	7	200	193	3.02
A6	6	200	142	6	200	142	2.22
A5	5	200	98	5	200	98	1.54
B18	18	100	2545	12	200	566	24.42
B16	16	100	2011	10	200	393	18.89
B14	14	100	1539	10	200	393	15.19
B12	12	100	1131	8	200	252	10.9
B11	11	100	950	8	200	252	9.43
B10	10	100	785	8	200	252	8.14
B9	9	100	635	8	200	252	6.97
B8	8	100	503	8	200	252	5.93
B7	7	100	385	7	200	193	4.53
B6	6	100	283	7	200	193	3.73
B5	5	100	196	7	200	193	3.05
C18	18	150	1697	12	200	566	17.77
C16	16	150	1341	12	200	566	14.98
C14	14	150	1027	12	200	566	12.51
C12	12	150	754	12	200	566	10.36
C11	11	150	634	11	200	475	8.7
C10	10	150	523	10	200	393	7.19
C9	9	150	423	9	200	318	5.82
C8	8	150	335	8	200	252	4.61
C7	7	150	257	7	200	193	3.53
C6	6	150	189	6	200	142	2.6
C5	5	150	131	5	200	98	1.8
D18	18	100	1545	12	100	1131	28.86
D16	16	100	2011	12	100	1131	24.68
D14	14	100	1539	12	100	1131	20.98
D12	12	100	1131	12	100	1131	17.75
D11	11	100	950	11	100	950	14.92
D10	10	100	785	10	100	785	12.33
D9	9	100	635	9	100	635	9.98
D8	8	100	503	8	100	503	7.9
D7	7	100	385	7	100	385	6.04
D6	6	100	283	6	100	283	4.44
D5	5	100	196	5	100	196	3.08
E18	18	150	1697	12	150	754	19.25
E16	16	150	1341	12	150	754	16.46
E14	14	150	1027	12	150	754	13.99
E12	12	150	754	12	150	754	11.84
E11	11	150	634	11	150	634	9.95
E10	10	150	523	10	150	523	8.22
E9	9	150	423	9	150	423	6.66
E8	8	150	335	8	150	335	5.26
E7	7	150	257	7	150	257	4.03
E6	6	150	189	6	150	189	2.96
E5	5	150	131	5	150	131	2.05
F18	18	100	2545	12	150	754	25.9
F16	16	100	2011	12	150	754	21.7
F14	14	100	1539	12	150	754	18
F12	12	100	1131	12	150	754	14.8
F11	11	100	950	11	150	634	12.43
F10	10	100	785	10	150	523	10.28
F9	9	100	635	9	150	423	8.32
F8	8	100	503	8	150	335	6.58
F7	7	100	385	7	150	257	5.03
F6	6	100	283	6	150	189	3.7
F5	5	100	196	5	150	131	2.57

Key considerations when using this chart:

Material density: The weights are based on standard steel density. For specialized alloys, adjustments may be necessary.

Manufacturing tolerances: Actual weights may vary slightly due to production tolerances in wire diameter and spacing.

Coating impact: For galvanized or epoxy-coated meshes, add approximately 2-5% to the listed weight to account for the coating.

Environmental factors: In corrosive environments, consider using stainless steel mesh, which may have different weight characteristics.

Load-bearing capacity: While this chart focuses on weight, ensure to consult relevant structural engineering standards for load-bearing calculations.

Customization options: For non-standard mesh sizes or materials, consult with manufacturers for precise specifications and weights.

By leveraging this chart in conjunction with proper engineering practices, you can optimize material selection, cost estimation, and structural design in your steel wire mesh applications.

Steel Wire Mesh Weight Chart

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