Chequered Plate Weight Calculator (Online & Free) | MachineMFG

Chequered Plate Weight Calculator (Online & Free)

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The method for calculating the weight of a checkered plate varies depending on factors like material and pattern shape. Generally, the formula for calculating the weight of a steel plate is: W (kg) = 7.85 x thickness.

The theoretical weight differs for different types of checkered plates. For instance, the theoretical weight of a lentil-shaped checkered plate is 40.1Kg per square meter. Depending on the pattern shape and thickness, the theoretical weight per square meter can range from 1.6KG to 29.5KG.

How Does the Material of the Checkered Plate Affect Its Weight?

The material of the checkered plate significantly influences its weight. Primarily, the density of the checkered plate is a crucial determinant of its weight. A denser checkered plate, due to the larger mass contained per unit volume, will weigh more; conversely, a less dense checkered plate will be relatively lighter.

Furthermore, differences in materials, such as aluminum alloy profiles, stainless steel plates, and common steel, lead to varying theoretical base weights per square meter. This implies that even checkered plates of the same size and thickness, due to material differences, will weigh differently in reality.

The shape of the checkered plate is also a factor influencing its weight. Different pattern shapes, such as diamond, lentil, and round bean, will result in different weights. This indicates that when considering the weight of a checkered plate, one must take into account not only the material’s impact but also the specific pattern shape.

Chequered Plate

Chequered Plate Weight Calculator

1. Chequered Steel Plate Weight Calculator

To calculate the weight of a chequered ms steel plate, you can utilize the chequered steel plate weight calculator.

Related calculator:

2. Chequered Aluminum Plate Weight Calculator

You can use the following calculator to calculate the weight of an aluminum chequered plate:

It’s important to note that these calculations should only be used as references. The actual weight might differ from the theoretical weight by an error margin of 0.2% to 0.7%. Therefore, use these results with caution in actual transactions.

Chequered Steel Plate Weight Chart

Thickness
(mm)
Allowable deviation
(mm)
Diamond
(kg/m²)
Lentil
(kg/m²)
Round bean
(kg/m²)
2.5±0.321.621.321.1
3±0.325.624.424.3
3.5±0.329.528.428.3
4±0.433.432.432.3
4.5±0.438.638.336.2
50.442.340.540.2
5-0.542.340.540.2
5.50.446.244.344.1
5.5-0.546.244.344.1
60.550.148.448.1
6-0.650.148.448.1
70.6595852.4
7-0.7595852.4
80.666.865.856.2
8-0.866.865.856.2

Stainless Steel Chequered Steel Plate Weight Chart

Thickness
(mm)
Weight
(kg/m²)
2.522.6
326.6
3.530.5
434.4
4.538.3
542.3
650.1
866.8

Note:

  1. The width of the steel plate is from 600mm to 1800mm in increments of 50mm; the length is from 2000mm to 12000mm in increments of 100mm.
  2. The pattern height shall not be less than 0.2 times the thickness of the base plate. The dimensions in the figure are not used as the basis for finished product inspection.
  3. The grade of steel used for the steel plate shall be in accordance with GB/T700, GB/T712, and GB/T4171.
  4. The mechanical properties of the steel plate are not guaranteed. When required by the demand side, they can be agreed upon by both parties in accordance with relevant standards.
  5. The steel plate is delivered in a hot-rolled state.

Chequered Steel Plate Weight in kg/m2

The weight of the checked steel plate varies with the thickness and pattern.

The weight of the plate with a thickness of 2.5mm is 21.6 kg/m² in the diamond pattern, 21.3 kg/m² in the lentil pattern, and 21.1 kg/m² in the round bean pattern.

For a thickness of 3mm, the weight of the plate is 25.6 kg/m² in the diamond pattern, 24.4 kg/m² in the lentil pattern, and 24.3 kg/m² in the round bean pattern.

With a thickness of 3.5mm, the weight of the plate is 29.5 kg/m² in the diamond pattern, 28.4 kg/m² in the lentil pattern, and 28.3 kg/m² in the round bean pattern.

For a thickness of 4mm, the weight of the plate is 33.4 kg/m² in the diamond pattern, 32.4 kg/m² in the lentil pattern, and 32.3 kg/m² in the round bean pattern.

With a thickness of 4.5mm, the weight of the plate is 38.6 kg/m² in the diamond pattern, 38.3 kg/m² in the lentil pattern, and 36.2 kg/m² in the round bean pattern.

For a thickness of 5mm, the weight of the plate is 42.3 kg/m² in the diamond pattern, 40.5 kg/m² in the lentil pattern, and 40.2 kg/m² in the round bean pattern.

With a thickness of 5.5mm, the weight of the plate is 46.2 kg/m² in the diamond pattern, 44.3 kg/m² in the lentil pattern, and 44.1 kg/m² in the round bean pattern.

For a thickness of 6mm, the weight of the plate is 50.1 kg/m² in the diamond pattern, 48.4 kg/m² in the lentil pattern, and 48.1 kg/m² in the round bean pattern.

With a thickness of 7mm, the weight of the plate is 59 kg/m² in the diamond pattern, 58 kg/m² in the lentil pattern, and 52.4 kg/m² in the round bean pattern.

Finally, for a thickness of 8mm, the weight of the plate is 66.8 kg/m² in the diamond pattern, 65.8 kg/m² in the lentil pattern, and 56.2 kg/m² in the round bean pattern.

What Is Chequered Steel Plate?

A chequered steel plate is a type of steel plate that features a pattern on its surface, which can come in various shapes such as lentil, diamond, round bean, or flat circle.

Among these designs, lentil patterns are the most commonly found in the market.

Chequered Steel Plate

chequered plates offer several advantages, including an appealing appearance, anti-skid capability, improved performance, and reduced steel consumption.

As a result, they are widely used in industries such as transportation, architecture, decoration, equipment surroundings, flooring, machinery, shipbuilding, and others.

The mechanical properties required for chequered plates are generally not demanding.

Therefore, the quality of the plate is mainly determined by the formation rate, height, and height difference of the pattern.

The thickness of chequered plates commonly used in the market ranges from 2.0mm to 8mm, with a width usually of 1250mm or 1500mm.

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