Calculator for Calculating the Reinforcement Mesh

Mesh calculation

Mesh sizes in mm:
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Calculation result:
D1 D2
Rods Qty Protrusions, mm Total length, m Total weight, kg
Longitudinal (green)
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A1:
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Transverse (red)
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A2:
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Total weight - - -
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Number of meshes, pcs - - -
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Normative literature

Our online reinforcement mesh calculator will help you calculate the amount of reinforcement both longitudinal and transverse, form the cells correctly with the correct rod release, as well as find out the total weight of the mesh.

To calculate the number of meshes, you only need to specify the area of the reinforced zone (screed area). It should be noted that the overlap is not taken into account, as it is impossible to make a calculation without knowing the exact dimensions of the mesh and the cell pitch.

Information

To significantly increase the strength of monolithic concrete structures, a special reinforcing mesh is used. To correctly perform all the necessary installation operations, you need to know how to calculate the reinforcing mesh. If you do not know the weight of the material, its length, and the load values that the structure can withstand, you will never be able to perform proper reinforcement. The online reinforcing mesh calculator will help you calculate all the necessary parameters.

Improper reinforcement of reinforced concrete structures can lead to serious consequences. Cracks will appear, the service life will be significantly reduced, and sometimes it can lead to the destruction of the building or structure. To avoid this, it is important to correctly calculate the reinforcing mesh and consider the consumption per 1 m².

The main task when calculating for concrete pouring, masonry, or screed work is to quickly obtain the required amount of reinforcement per 1 m² to create a reinforcing mesh and determine the consumption of the reinforcing mesh. You need to know the dimensions and weight of the mesh, the number and sizes of steel rods. Particular attention should be paid to calculating the weight of the reinforcing mesh to understand how much material is needed.

Organizing work, purchasing materials, and correctly placing elements are the keys to achieving a decent quality result. Quickly obtaining this information without an online tool is difficult.

To determine the dimensions of the mesh, you will need to enter a number of data:

  • diameters of longitudinal and transverse rods, in mm;
  • dimensions of the required sheet, in mm;
  • rod spacing in longitudinal and transverse directions, in mm;
  • the necessary area to be filled with rods, in m².

Upon completion of the input, the results will be automatically presented:

  • number of longitudinal and transverse rods, pcs;
  • required rod extensions in longitudinal and transverse directions, in mm;
  • total required length of material for the rods, in mm;
  • separate weights of longitudinal and transverse elements, in kg;
  • total weight of the finished mesh, in kg;
  • number of meshes with the proposed dimensions to cover the previously specified area, pcs.

The online reinforcing mesh calculator has a big surprise for the user – an updating diagram. By entering your linear and quantitative values, you can see what the finished object will look like. The weight calculation of the mesh is also performed automatically, allowing you to quickly and accurately determine the material consumption.

With this calculator, calculating the reinforcing mesh becomes quick and convenient. Now you can easily calculate how much material is needed for the job.

Advantages

  • speed: data is entered and calculated in seconds;
  • simplicity: there are few values, and they are simple;
  • accuracy: obtaining correct dimensions and geometry;
  • autonomy: working directly on the site is easy and convenient.

Now every builder and engineer can handle the planning. The online calculator allows you to calculate the consumption and weight of the reinforcing mesh by area, taking into account all the necessary parameters.