Do you often find yourself working with steel plates and feeling unsure about their weight? Don’t worry, you’re not alone! Knowing the weight of steel plates can be a real headache, especially when the safety and success of your construction, manufacturing, or aerospace project hang in the balance. But guess what? We’ve got just the solution for you!

Welcome to our ultimate guide on Mild Steel (MS) plate weights! It’s like a magic decoder ring for all things MS plate-related.

From understanding what mild steel really is, to the different types of MS plates and how they can be used, we’ve got you covered. But the real star of the show is our MS Plate Weight Calculator! No more guesswork, no more time wasted on calculations that might be wrong.

With our guide, you’ll find clear explanations and easy-to-use formulas that will help you calculate the weight of your steel plates accurately and quickly. Whether you’re trying to figure out shipping costs or you just need to know how much steel you’re working with, our guide makes it easy.

So say goodbye to uncertainty and hello to confidence! Trust our guide to give you the precise numbers you need to make the best decisions for your project and ensure safety in your operations. Now, let’s get started!

## Definition of MS Plate

**Mild steel is an iron-carbon alloy with a carbon content ranging from 0.0218% to 2.11%**. It is also called as carbon steel.

According to the carbon content in the material, we generally refer to steel with a carbon content of 0.06% to 0.25% as low-carbon steel; steel with a carbon content of 0.25% to 0.55% as medium-carbon steel; and steel with a carbon content of 0.60% to 1.03% as high-carbon steel.

(1) When the carbon content in steel exceeds 0.23%, the welding performance of the steel deteriorates. Therefore, low-alloy structural steels used for welding generally have a carbon content of no more than 0.20%.

(2) When the carbon content in steel is below 0.8%, as the carbon content increases, the strength and hardness of the steel increase while its plasticity and toughness decrease.

(3) When the carbon content is above 1.0%, as the carbon content increases, the strength of steel decreases instead. With an increase in carbon content, welding performance worsens (the special weldability can significantly decrease with steels having a higher than 0.3% carbon), cold brittleness and aging sensitivity increase, resistance to air rust corrosion decreases, making high-carbon steels susceptible to rusting when exposed to outdoor storage.

Generally, it also contains small amounts of silicon, manganese, sulfur and phosphorus. The higher the carbon content in carbon steel, the greater its hardness and strength but lower its ductility.

## Types of MS Plate

(1) According to their uses, carbon steel can be divided into three categories: carbon structural steel, carbon tool steel, and easy-to-cut structural steel. Carbon structural steel is further divided into two types: engineering construction steel and machine manufacturing structural steel;

(2) According to the smelting method, it can be divided into open hearth steel and converter steel;

(3) According to the deoxidation method, it can be divided into boiling steel (F), calm-steel (Z), semi-calm-steel (b), and special calm-steel (TZ);

(4) According to the carbon content, carbon steels can be classified as low-carbon steels (WC ≤ 0.25%), medium-carbon steels (WC 0.25% – 0.6%), and high-carbon steels (WC> 0.6%);

(5) Based on quality of the material, carbon steels are categorized as ordinary carbon steels(high in phosphorus & sulfur content), high-quality carbon steels(low in phosphorus & sulfur content), advanced high-quality steels(even lower in phosphorus & sulfur content than previous category )and special grade high-quality steels.

## Importance of Knowing MS Plate Weight

The theoretical weight of a steel plate refers to the calculated weight based on the physical properties of the material and other influencing factors.

The difference between this weight and the actual weight is due to the fact that steel plates are not completely flat, but have various shapes such as circular, rectangular, and other complex shapes. For example, in the case of a steel plate, its theoretical weight is determined by its thickness, width, and length.

The specific method for calculating the theoretical weight of a steel plate is to multiply its thickness, width, and length by certain coefficients to obtain a result which represents its theoretical weight.

Generally speaking, the coefficient for thickness is 0.008 kilograms per square centimeter; for width it’s 0.01 kilograms per centimeter; and for length it’s 0.01 kilograms per meter.

In practical use cases, theoretical weights can be used to predict actual weights when purchasing or transporting steel plates so that correct pricing can be established.

Theoretical weights also help calculate transportation costs more accurately.

Theoretical weight is an important concept that helps us determine the prices and actual weights of steel plates so we can ensure quality and safety when using them.

## Factors Affecting MS Plate Weight

The theoretical weight of a steel plate refers to the calculated weight of the steel plate based on its size and material. It is not affected by actual factors like the real weight, but is strictly calculated according to the size and material of the steel plate.

The theoretical weight of a steel plate is composed of its width, thickness, length, and material. The width and thickness determine its weight while length is a major factor that affects it. Material also plays an important role in determining the weight as each type has a different weight.

There are two common methods for calculating the theoretical weight: one is measured in kilograms per meter using the formula width x thickness x length x kilograms per meter; while another method measures in tons per cubic meter using width x thickness x length x tons per cubic meter.

Theoretical weights are generally used in industries such as engineering, construction, shipping, aviation etc., where accurate data on theoretical weights are required for design and technical calculations. Calculating theoretical weights can also help companies develop reasonable procurement and inventory management plans to reduce costs while ensuring timely and accurate supply chain management.

In summary, calculating theoretical weights involves considering both size and material when determining their value. This information has important applications across various industries including engineering, construction, shipping or aviation among others; making it an essential reference point for businesses.

## Calculation Method for Steel Plate Weight

Steel plate is a common metal material widely used in fields such as construction, manufacturing, and aerospace. When using steel plates, it is necessary to accurately calculate their weight for transportation, storage, and processing purposes. This article will introduce several common methods for calculating the weight of steel plates.

**Formula method**

The weight of a steel plate can be calculated using the following formula:

Weight (kg) = Length (m) × Width (m) × Thickness (mm) × Density (g/cm³) ÷ 1000

Where density is the density of the steel plate, generally 7.85 g/cm³. When using this formula for calculation, it is important to ensure that all units are converted to meters and kilograms.

For example, the weight of a steel plate with a length of 2m, width of 1m and thickness of 10mm would be:

Weight(kg)=2×1×10×7.85÷1000=0.157kg

**Table lookup method**

The weight of a steel plate can also be obtained by looking up tables online or consulting with manufacturers or distributors who provide various specifications for different types of steel plates.

Taking China’s standard hot-rolled carbon structural steel sheet as an example below is part its corresponding table:

Thickness (mm) t | Weight (kg/m) |

1.2t | 9.42 |

1.5t | 11.78 |

2.0t | 15.7 |

2.5t | 19.63 |

3.0t | 23.55 |

When calculating using the table method, you only need to know the specifications and thickness of the steel plate. For example, the weight of a steel plate with specifications of 2m x 1m and a thickness of 10mm is:

Weight(kg)=15.70×2×1÷1000=0.0314kg

**Weighing method**

The weighing method is a direct measurement of the weight of the steel plate by placing it on a scale and measuring its weight. This method is relatively simple but requires an accurate scale.

It should be noted that the weight of a steel plate can also be affected by factors such as surface coating and cutting. When calculating the weight of a steel plate, these factors must be taken into consideration to ensure accuracy.

In summary, calculating the weight of a steel plate is one of the prerequisites for using it effectively. By using methods such as formula calculation, table lookup or weighing, you can obtain accurate results for transportation, storage and processing operations to ensure safety and efficiency.

## Standard Weight of MS Plate

The weight of a plate depends on its thickness and material composition.

For engineers, fabricators, and manufacturers working with metal plates, it is essential to have an accurate understanding of the weight of different plates.

MachineMfg, a leading online resource for industrial machinery and equipment, provides a comprehensive plate weight chart to help users quickly determine the weight of different metal plates.

The chart below includes thicknesses ranging from 0.2 mm to 100 mm, with corresponding weights in both kilograms per square meter (kg/m²) and pounds per square foot (lb/ft²).

The table shows that a plate with a thickness of 0.2 mm weighs 1.57 kg/m² or 0.32 lb/ft², while a plate with a thickness of 100 mm weighs 785 kg/m² or 160.2 lb/ft².

In this article, we will explore a table that outlines the weight of plates with varying thicknesses, expressed in both metric and imperial units.

By examining this data, we can gain insight into how the weight of a plate changes as its thickness increases, and how this information can be applied in various industries.

If you want to determine the weight of other metals such as stainless steel or aluminum, you can refer to this article to learn how to calculate the weight of various types of metals.

Alternatively, you can use the plate weight calculator provided below.

## MS Plate Weight Calculator in KG & lb

You can utilize the following mild steel plate weight calculator to effortlessly calculate the weight of a mild steel plate in kilograms.

## MS Plate Weight Chart in kg/m^{2} and lb/ft^{2}

This plate weight chart applies exclusively to mild steel. For information on the gauge sizes of sheets, you can refer to the following post:

*1 in = 25.4 mm**1 lb/ft*^{2}= 4.88 kg/m^{2}

**Steel Plate Thickness and Weight – Metric Units**

Thickness (mm) | Weight (kg/m²) | Weight (lb/ft²) |
---|---|---|

0.2 | 1.57 | 0.32 |

0.25 | 1.96 | 0.40 |

0.3 | 2.36 | 0.48 |

0.35 | 2.75 | 0.56 |

0.4 | 3.14 | 0.64 |

0.45 | 3.53 | 0.72 |

0.5 | 3.93 | 0.80 |

0.55 | 4.32 | 0.88 |

0.6 | 4.71 | 0.96 |

0.65 | 5.1 | 1.04 |

0.7 | 5.5 | 1.13 |

0.75 | 5.89 | 1.21 |

0.8 | 6.28 | 1.29 |

0.9 | 7.07 | 1.45 |

1 | 7.85 | 1.61 |

1.1 | 8.64 | 1.77 |

1.2 | 9.42 | 1.93 |

1.3 | 10.21 | 2.09 |

1.4 | 10.99 | 2.25 |

1.5 | 11.78 | 2.41 |

1.6 | 12.56 | 2.57 |

1.7 | 13.35 | 2.73 |

1.8 | 14.13 | 2.89 |

2 | 15.7 | 3.22 |

2.2 | 17.27 | 3.54 |

2.5 | 19.36 | 3.97 |

2.8 | 21.98 | 4.50 |

3 | 23.55 | 4.82 |

3.2 | 25.12 | 5.14 |

3.5 | 27.48 | 5.63 |

3.8 | 29.83 | 6.11 |

3.9 | 30.62 | 6.27 |

4 | 31.4 | 6.43 |

4.5 | 35.33 | 7.24 |

5 | 39.25 | 8.04 |

5.5 | 43.18 | 8.84 |

6 | 47.16 | 9.66 |

7 | 54.95 | 11.25 |

8 | 62.8 | 12.86 |

9 | 70.65 | 14.47 |

10 | 78.6 | 16.10 |

11 | 86.35 | 17.69 |

12 | 94.2 | 19.29 |

13 | 102.1 | 20.91 |

14 | 109.9 | 22.51 |

15 | 117.75 | 24.12 |

16 | 125.6 | 25.72 |

18 | 141.3 | 28.94 |

20 | 157 | 32.16 |

22 | 172.7 | 35.37 |

24 | 188.4 | 38.59 |

25 | 196.25 | 40.20 |

26 | 204.1 | 41.80 |

28 | 219.8 | 45.02 |

30 | 235.5 | 48.23 |

32 | 251.2 | 51.45 |

34 | 266.9 | 54.67 |

35 | 274.75 | 56.27 |

36 | 282.6 | 57.88 |

38 | 298.3 | 61.10 |

40 | 314 | 64.31 |

42 | 329.7 | 67.53 |

44 | 345.4 | 70.74 |

45 | 353.25 | 72.35 |

46 | 361.1 | 73.96 |

48 | 376.8 | 77.17 |

50 | 392.5 | 80.39 |

52 | 408.2 | 83.61 |

54 | 423.9 | 86.82 |

55 | 431.75 | 88.43 |

56 | 439.6 | 90.04 |

58 | 455.3 | 93.25 |

**Steel Plate Thickness and Weight – Imperial Units**

Nominal Size Thickness (inches) | Weight (lb/ft²) | Weight (kg/m²) |
---|---|---|

3/16 | 7.65 | 37.35 |

1/4 | 10.2 | 49.80 |

5/16 | 12.8 | 62.50 |

3/8 | 15.3 | 74.70 |

7/16 | 17.9 | 87.40 |

1/2 | 20.4 | 99.60 |

9/16 | 22.9 | 111.81 |

5/8 | 25.5 | 124.50 |

11/16 | 28.1 | 137.20 |

3/4 | 30.6 | 149.40 |

13/16 | 33.2 | 162.10 |

7/8 | 35.7 | 174.30 |

1 | 40.8 | 199.20 |

1 1/8 | 45.9 | 224.10 |

1 1/4 | 51 | 249.00 |

1 3/8 | 56.1 | 273.90 |

1 1/2 | 61.2 | 298.80 |

1 5/8 | 66.3 | 323.71 |

1 3/4 | 71.4 | 348.61 |

1 7/8 | 76.5 | 373.51 |

2 | 81.6 | 398.41 |

2 1/8 | 86.7 | 423.31 |

2 1/4 | 91.8 | 448.21 |

2 1/2 | 102 | 498.01 |

2 3/4 | 112 | 546.83 |

3 | 122 | 595.66 |

3 1/4 | 133 | 649.36 |

3 1/2 | 143 | 698.19 |

3 3/4 | 153 | 747.01 |

4 | 163 | 795.84 |

4 1/4 | 173 | 844.66 |

4 1/2 | 184 | 898.37 |

5 | 204 | 996.02 |

5 1/2 | 224 | 1093.66 |

6 | 245 | 1196.20 |

6 1/2 | 265 | 1293.84 |

7 | 286 | 1396.37 |

7 1/2 | 306 | 1494.02 |

8 | 326 | 1591.67 |

9 | 367 | 1791.85 |

10 | 408 | 1992.03 |

As the chart indicates, there is a significant difference in weight between plates of different thicknesses.

This information is critical for applications such as construction, transportation, and heavy machinery manufacturing, where plates are used in various ways, from building structures to creating machine components.

By providing a comprehensive plate weight chart, MachineMfg enables engineers and fabricators to make accurate calculations and determine the weight of the plates they need for their projects.

This, in turn, helps them optimize their designs, select the appropriate materials, and improve the efficiency of their operations.

## The Weight of Steel Plate

When the thickness of the plate is 0.2 mm, the weight of the plate is 1.57 kg/m² or 0.32 lb/ft².

When the thickness of the plate is 0.25 mm, the weight of the plate is 1.96 kg/m² or 0.40 lb/ft².

When the thickness of the plate is 0.3 mm, the weight of the plate is 2.36 kg/m² or 0.48 lb/ft².

When the thickness of the plate is 0.35 mm, the weight of the plate is 2.75 kg/m² or 0.56 lb/ft².

When the thickness of the plate is 0.4 mm, the weight of the plate is 3.14 kg/m² or 0.64 lb/ft².

When the thickness of the plate is 0.45 mm, the weight of the plate is 3.53 kg/m² or 0.72 lb/ft².

When the thickness of the plate is 0.5 mm, the weight of the plate is 3.93 kg/m² or 0.80 lb/ft².

When the thickness of the plate is 0.55 mm, the weight of the plate is 4.32 kg/m² or 0.88 lb/ft².

When the thickness of the plate is 0.6 mm, the weight of the plate is 4.71 kg/m² or 0.96 lb/ft².

When the thickness of the plate is 0.65 mm, the weight of the plate is 5.1 kg/m² or 1.04 lb/ft².

When the thickness of the plate is 0.7 mm, the weight of the plate is 5.5 kg/m² or 1.13 lb/ft².

When the thickness of the plate is 0.75 mm, the weight of the plate is 5.89 kg/m² or 1.21 lb/ft².

When the thickness of the plate is 0.8 mm, the weight of the plate is 6.28 kg/m² or 1.29 lb/ft².

When the thickness of the plate is 0.9 mm, the weight of the plate is 7.07 kg/m² or 1.45 lb/ft².

When the thickness of the plate is 1 mm, the weight of the plate is 7.85 kg/m² or 1.61 lb/ft².

When the thickness of the plate is 1.1 mm, the weight of the plate is 8.64 kg/m² or 1.77 lb/ft².

When the thickness of the plate is 1.2 mm, the weight of the plate is 9.42 kg/m² or 1.93 lb/ft².

When the thickness of the plate is 1.3 mm, the weight of the plate is 10.21 kg/m² or 2.09 lb/ft².

When the thickness of the plate is 1.4 mm, the weight of the plate is 10.99 kg/m² or 2.25 lb/ft².

When the thickness of the plate is 1.5 mm, the weight of the plate is 11.78 kg/m² or 2.41 lb/ft².

When the thickness of the plate is 1.6 mm, the weight of the plate is 12.56 kg/m² or 2.57 lb/ft².

When the thickness of the plate is 1.7 mm, the weight of the plate is 13.35 kg/m² or 2.73 lb/ft².

When the thickness of the plate is 1.8 mm, the weight of the plate is 14.13 kg/m² or 2.89 lb/ft².

When the thickness of the plate is 2 mm, the weight of the plate is 15.7 kg/m² or 3.22 lb/ft².

When the thickness of the plate is 2.2 mm, the weight of the plate is 17.27 kg/m² or 3.54 lb/ft².

When the thickness of the plate is 2.5 mm, the weight of the plate is 19.36 kg/m² or 3.97 lb/ft².

When the thickness of the plate is 2.8 mm, the weight of the plate is 21.98 kg/m² or 4.50 lb/ft².

When the thickness of the plate is 3 mm, the weight of the plate is 23.55 kg/m² or 4.82 lb/ft².

When the thickness of the plate is 3.2 mm, the weight of the plate is 25.12 kg/m² or 5.14 lb/ft².

When the thickness of the plate is 3.5 mm, the weight of the plate is 27.48 kg/m² or 5.63 lb/ft².

When the thickness of the plate is 3.8 mm, the weight of the plate is 29.83 kg/m² or 6.11 lb/ft².

When the thickness of the plate is 3.9 mm, the weight of the plate is 30.62 kg/m² or 6.27 lb/ft².

When the thickness of the plate is 4 mm, the weight of the plate is 31.4 kg/m² or 6.43 lb/ft².

When the thickness of the plate is 4.5 mm, the weight of the plate is 35.33 kg/m² or 7.24 lb/ft².

When the thickness of the plate is 5 mm, the weight of the plate is 39.25 kg/m² or 8.04 lb/ft².

When the thickness of the plate is 5.5 mm, the weight of the plate is 43.18 kg/m² or 8.84 lb/ft².

When the thickness of the plate is 6 mm, the weight of the plate is 47.16 kg/m² or 9.66 lb/ft².

When the thickness of the plate is 7 mm, the weight of the plate is 54.95 kg/m² or 11.25 lb/ft².

When the thickness of the plate is 8 mm, the weight of the plate is 62.8 kg/m² or 12.86 lb/ft².

When the thickness of the plate is 9 mm, the weight of the plate is 70.65 kg/m² or 14.47 lb/ft².

When the thickness of the plate is 10 mm, the weight of the plate is 78.6 kg/m² or 16.10 lb/ft².

When the thickness of the plate is 11 mm, the weight of the plate is 86.35 kg/m² or 17.69 lb/ft².

When the thickness of the plate is 12 mm, the weight of the plate is 94.2 kg/m² or 19.29 lb/ft².

When the thickness of the plate is 13 mm, the weight of the plate is 102.1 kg/m² or 20.91 lb/ft².

When the thickness of the plate is 14 mm, the weight of the plate is 109.9 kg/m² or 22.51 lb/ft².

When the thickness of the plate is 15 mm, the weight of the plate is 117.75 kg/m² or 24.12 lb/ft².

When the thickness of the plate is 16 mm, the weight of the plate is 125.6 kg/m² or 25.72 lb/ft².

When the thickness of the plate is 18 mm, the weight of the plate is 141.3 kg/m² or 28.94 lb/ft².

When the thickness of the plate is 20 mm, the weight of the plate is 157 kg/m² or 32.16 lb/ft².

When the thickness of the plate is 22 mm, the weight of the plate is 172.7 kg/m² or 35.37 lb/ft².

When the thickness of the plate is 24 mm, the weight of the plate is 188.4 kg/m² or 38.59 lb/ft².

When the thickness of the plate is 25 mm, the weight of the plate is 196.25 kg/m² or 40.20 lb/ft².

When the thickness of the plate is 26 mm, the weight of the plate is 204.1 kg/m² or 41.80 lb/ft².

When the thickness of the plate is 28 mm, the weight of the plate is 219.8 kg/m² or 45.02 lb/ft².

When the thickness of the plate is 30 mm, the weight of the plate is 235.5 kg/m² or 48.23 lb/ft².

When the thickness of the plate is 32 mm, the weight of the plate is 251.2 kg/m² or 51.45 lb/ft².

When the thickness of the plate is 34 mm, the weight of the plate is 266.9 kg/m² or 54.67 lb/ft².

When the thickness of the plate is 35 mm, the weight of the plate is 274.75 kg/m² or 56.27 lb/ft².

When the thickness of the plate is 36 mm, the weight of the plate is 282.6 kg/m² or 57.88 lb/ft².

When the thickness of the plate is 38 mm, the weight of the plate is 298.3 kg/m² or 61.10 lb/ft².

When the thickness of the plate is 40 mm, the weight of the plate is 314 kg/m² or 64.31 lb/ft².

When the thickness of the plate is 42 mm, the weight of the plate is 329.7 kg/m² or 67.53 lb/ft².

When the thickness of the plate is 44 mm, the weight of the plate is 345.4 kg/m² or 70.74 lb/ft².

When the thickness of the plate is 45 mm, the weight of the plate is 353.25 kg/m² or 72.35 lb/ft².

When the thickness of the plate is 46 mm, the weight of the plate is 361.1 kg/m² or 73.96 lb/ft².

When the thickness of the plate is 48 mm, the weight of the plate is 376.8 kg/m² or 77.17 lb/ft².

When the thickness of the plate is 50 mm, the weight of the plate is 392.5 kg/m² or 80.39 lb/ft².

When the thickness of the plate is 52 mm, the weight of the plate is 408.2 kg/m² or 83.61 lb/ft².

When the thickness of the plate is 54 mm, the weight of the plate is 423.9 kg/m² or 86.82 lb/ft².

When the thickness of the plate is 55 mm, the weight of the plate is 431.75 kg/m² or 88.43 lb/ft².

When the thickness of the plate is 56 mm, the weight of the plate is 439.6 kg/m² or 90.04 lb/ft².

When the thickness of the plate is 58 mm, the weight of the plate is 455.3 kg/m² or 93.25 lb/ft².

## Selection of Mild Steel

To achieve a reasonable selection of materials, it is necessary to comprehensively analyze the working conditions, stress properties and sizes, as well as failure modes of the parts. Then, various factors should be considered together to propose performance requirements that can meet the working conditions of the parts. Afterward, suitable materials should be selected and corresponding heat treatment should be carried out.

## Common methods for storing steel materials

**Choose appropriate sites and warehouses.**

1.1 Do not store acids, alkalis, salts, cement, and other materials that corrode steel in the warehouse. Different types of steel should be stored separately to prevent confusion and contact corrosion.

1.2 Large steel structures such as rails, plates, large-diameter steel pipes, forgings, etc. can be stored outdoors.

1.3 Medium and small-sized steel bars, wire rods, rebar, medium-diameter steel pipes, wires, and wire ropes can be stored in well-ventilated sheds, but they must be placed at the top and bottom.

1.4 The storage location or warehouse for steel materials should be placed in a clean and non-draining place, and away from factories and mines that produce harmful gases or dust. Weeds and debris should be removed in the wild, and steel materials should be kept clean.

1.5 Warehouses should be selected based on geographic conditions. Typically, an enclosed warehouse is used, which has a roof, walls, tight doors and windows, and ventilation equipment.

1.6 The warehouse must be ventilated in good weather and closed to prevent moisture during rainy days, and always maintain an appropriate storage environment.

1.7 Some small steel materials, thin steel plates, steel strips, silicon steel sheets, small diameter or thin-walled steel pipes, various cold-rolled and cold-drawn steel materials, and high-priced and easily corroded metal products can be stored in stock.

**Packaging and protecting the protective layer of materials.**

2.1 After cleaning the surface of ordinary steel, no oil needs to be applied, but for rust removal of steel, alloy thin steel plates, thin-walled pipes, alloy steel pipes, etc., the inside and outside surfaces should be oiled. Anti-rust oil must be applied before storage.

2.2 For severely corroded steel, it is not suitable for long-term storage after rust removal and should be used as soon as possible.

2.3 Before placing the materials in the warehouse, prevent them from being rained on or mixed with impurities. Materials that have been rained on or contaminated should be cleaned using different methods according to their properties, such as high-hardness steel wire brushes, low-hardness fabrics, cotton fabrics, etc.

2.4 The materials should be checked frequently after storage. If there is rust, the rust layer should be removed.

## FAQs About MS Plate Weight

### What is the weight of 1mm ms plate?

The weight of **1mm** ms plate is **7.85 kg/m²**.

### What is the weight of 2mm ms plate?

The weight of **2mm** ms plate is **15.7 kg/m²**, or **3.22 lb/ft ^{2}**.

### What is the weight of 3mm ms plate?

The weight of **3mm** ms plate is **23.55 kg/m²**, or **4.82 lb/ft ^{2}**.

### What is the weight of 4mm ms plate?

The weight of **4mm** ms plate is **31.4 kg/m²**, or **6.43 lb/ft ^{2}**.

### What is the weight of 5mm ms plate?

The weight of **5mm** ms plate is **39.25 kg/m²**, or **8.04 lb/ft ^{2}**.

### What is the weight of 6mm ms plate?

The weight of **6mm** ms plate is **47.16 kg/m²**, or **9.66 lb/ft ^{2}**.

### What is the weight of 8mm ms plate?

The weight of **8mm** ms plate is **62.8 kg/m²**, or **12.86 lb/ft ^{2}**.

### What is the weight of 10mm ms plate?

The weight of **10mm** ms plate is **78.6 kg/m²**, or **16.10 lb/ft ^{2}**.

### What is the weight of 12mm ms plate?

The weight of **12mm** ms plate is **94.2 kg/m²**, or **19.29 lb/ft ^{2}**.

### What is the weight of 14mm ms plate?

The weight of **14mm** ms plate is **109.9 kg/m²**, or **22.51 lb/ft ^{2}**.

### What is the weight of 16mm ms plate?

The weight of **16mm** ms plate is **125.6 kg/m²**, or **25.72 lb/ft ^{2}**.

### What is the weight of 18mm ms plate?

The weight of **18mm** ms plate is **141.3 kg/m²**, or **28.94 lb/ft ^{2}**.

### What is the weight of 20mm ms plate?

The weight of **20mm** ms plate is **157 kg/m²**, or **32.16 lb/ft ^{2}**.

## Other Related Questions:

**1. What is the weight of MS plate?**

The weight of a Mild Steel (MS) plate depends on its size and thickness. For example, a 10mm thick plate with dimensions 1m x 1m would weigh about 78.5 kg, considering the density of mild steel to be approximately 7.85 g/cm³ or 7850 kg/m³. However, for specific weights, it’s recommended to refer to a Mild Steel plate weight chart.

**2. Is MS plate a weight chart?**

No, an MS plate is not a weight chart. However, an MS plate weight chart is a table or diagram that provides the weight of MS plates of various dimensions and thicknesses.

**3. How much does an MS plate weigh per square foot?**

The weight of an MS plate per square foot depends on its thickness. For instance, an MS plate with a thickness of 1 inch would weigh approximately 40.8 pounds per square foot, given that the density of mild steel is about 0.284 pounds per cubic inch.

**5. How do you calculate the weight of an MS checker plate?**

To calculate the weight of an MS checker plate, you need to know its density, thickness, and dimensions. The formula is: Weight = Thickness x Density x Area. The density of MS is approximately 7.85 g/cm³ or 7850 kg/m³. The area is calculated based on the dimensions of the plate.

**6. What does MS plate stand for?**

MS plate stands for “Mild Steel” plate. Mild steel is a type of carbon steel with a low amount of carbon, which makes it relatively ductile and malleable.

**7. What is MS plate grade?**

MS plate grade refers to the quality, strength, and durability of the MS plate. Common grades include IS 2062 E250, E350, E410, and E450. The higher the grade, the stronger and more durable the MS plate.

**8. What is the unit weight of MS plate per m²?**

The unit weight of an MS plate per m² depends on its thickness. For instance, a 10mm thick MS plate would have a weight of approximately 78.5 kg per m², given the density of mild steel is about 7850 kg/m³.

**9. How do you calculate MS material weight?**

To calculate the weight of MS material, you need to know the volume of the material and its density. The formula is: Weight = Volume x Density. The volume can be calculated if you know the dimensions of the material, and the density of mild steel is approximately 7.85 g/cm³ or 7850 kg/m³.

manohar laldear sir, pl. send me a calculation formulas for m.s. materials .

ShaneCheck out this post: https://www.machinemfg.com/steel-weight-calculation-formula/