Calculate volume
Injection Volume Calculator – Accurate Estimates for Filling Building Structures
The injection volume calculator is a tool that allows for precise estimation of the amount of material needed to fill various spaces in building structures, such as expansion joints, cracks, or other areas requiring injection. It is particularly useful in the case of expansion joints where accurate volume calculations help optimize material usage.
How does the calculator work?
The calculator requires three basic parameters:
- Length [m]
Specifies the length of the crack, expansion joint, or structural space to be filled. - Width / opening [cm]
You can use decimal values (e.g., 0.01 cm, 2.5 cm or more) to indicate the opening of the gap. - Height / wall thickness [cm]
Enter the height or depth of the gap, which corresponds to the thickness/depth of the filling.
Based on these inputs, the calculator automatically computes the volume of the space in liters, allowing you to quickly estimate the amount of material needed.
Additional features
🔧 Liter-to-kilogram converter (and vice versa)
If, for example, you need to convert how many kilograms of ResinBau Ankerbau mortar will be required to fill a space measured in liters, use the liter-to-kilogram converter available at this link. The converter easily calculates liters to kilograms (and vice versa) for various ResinBau products.
Practical tips
- Measure the width and depth of the gap accurately – especially in irregular expansion joints or cracks, where precise data is crucial for correct calculations.
- Check the specifics of the material – remember that some products are sold in kilograms, while others in liters. Because of different densities, the liter-to-kilogram conversion is not universal.
- Use the liter-to-kilogram converter to check the exact conversion for ResinBau products.
The ResinBau injection volume calculator is a versatile tool that helps you plan injection work precisely, saving time and minimizing the risk of underestimating or overestimating materials.
