Explore the Weight of Various Sheets & Plates in Inches, MM – RH Alloys

Ferro Alloys (Orissa)

	Cr	Mn (Min)	P (Max)	S (Max)	Si	C
Ferro Chrome	57-64 %		0.03%		2.5-3.5%m	6-8%
Ferro Manganese		75%	0.2%	0.05%	1.5% Max.	6-8%
Ferro Manganese		70%	0.25%	0.03%	1.5% Max.	7.5% Max.
HC Silico Manganese		60%	0.3%	0.02%	14% Min.	2% Max.
HC Silico Manganese		65%	0.15%	0.02%	16% Min.	2% Max.
MC Silico Manganese		56%	0.14%	0.01%	23% Min.	0.46% Max.
LC Silico Manganese		56%	0.14%	0.01%	23% Min.	< 0.1%

How to Calculate the Weight of a Sheet & Plate?

Calculating the weight of a sheet or plate is a straightforward process. Start by determining the surface area of the sheet or plate, which is the product of its length and width. Next, multiply the obtained area by the material’s thickness and its density. The formula commonly used is Weight = Area × Thickness × Density. Ensure uniform units for accurate results, and remember that this calculation provides an approximation due to factors like material composition and manufacturing tolerances.

Understanding the weight of a sheet or plate is essential in numerous industries, guiding decisions related to transportation, structural integrity, and material utilization. Whether you’re working with metals, plastics, or other materials, this calculation enables precise estimation of the load each component will bear. Additionally, it plays a pivotal role in optimizing material usage, minimizing waste, and ultimately contributing to cost-effective and sustainable practices in engineering and construction projects.

Sheet And Plate Thickness and Weight Chart in inches – Imperial Units

Nominal Size Thickness (inches)	Weight (lb/ft²)
3/16	7.65
1/4	10.2
5/16	12.8
3/8	15.3
7/16	17.9
1/2	20.4
9/16	22.9
5/8	25.5
11/16	28.1
3/4	30.6
13/16	33.2
7/8	35.7
1	40.8
1 1/8	45.9
1 1/4	51.0
1 3/8	56.1
1 1/2	61.2
1 5/8	66.3
1 3/4	71.4
1 7/8	76.5
2	81.6
2 1/8	86.7
2 1/4	91.8
2 1/2	102
2 3/4	112
3	122
3 1/4	133
3 1/2	143
3 3/4	153
4	163
4 1/4	173
4 1/2	184
5	204
5 1/2	224
6	245
6 1/2	265
7	286
7 1/2	306
8	326
9	367
10	408

How to bend or form metal Sheets & Plates?

Bending or forming metal sheets and plates is a common practice in metal fabrication, offering versatility in creating various shapes for different applications. One widely used method is press brake bending, where the material is positioned between a punch and a die and then bent to the desired angle. The choice of tooling and machinery depends on factors such as material type, thickness, and the complexity of the required bend.

An essential consideration in metal bending is understanding the material’s elastic recovery, meaning that after bending, the metal may spring back slightly. Compensating for this behavior ensures the final product conforms precisely to the intended specifications. Whether for architectural components, automotive parts, or other applications, mastering metal bending techniques is fundamental to achieving high-quality, precisely shaped products in various industries.

Sheet And Plate Thickness and Weight Chart in mm – Metric Units

Plate Thickness (mm)	Weight (kg/m²)
1.6	12.6
2.0	15.7
2.5	19.6
3	23.6
3.2	25.1
4	31.4
5	39.3
6	47.1
8	62.8
10	78.5
12.5	98.1
15	118
20	157
22.5	177
25	196
30	236
32	251
35	275
40	314
45	353
50	393
55	432
60	471
65	510
70	550
75	589
80	628
90	707
100	785
110	864
120	942
130	1051
150	1178
160	1256
180	1413
200	1570
250	1963