Pipes and Passages Calculator – Precise Calculations for Sealed Pipe Transitions
The pipes and passages calculator is a tool designed to accurately determine the volume of material needed to fill the space between a pipe and a passage.
How Does the Calculator Work?
The calculator requires input data for both the pipe and the passage to calculate the volume of the space to be filled.
Input Data for the Pipe:
- Specify the pipe diameter [cm] – provide the external diameter of the pipe.
- Specify the pipe length [cm] – “from barrier to barrier,” meaning the section that will actually be filled.
Based on this data, the calculator determines the pipe volume in liters, which is necessary for further calculations.
Input Data for the Passage:
- Specify the internal diameter of the passage [cm] – define the size of the passage opening.
- Enter the passage length [cm] – input the length of the passage to be injected (“from barrier to barrier”).
Using this information, the calculator calculates the volume of the passage in liters.
Practical Tips:
- Measure the pipe and passage diameter precisely – even small differences can affect the calculation and the required material amount.
- Account for material reserves – always round up the result to avoid material shortages during the project.
- Provide accurate lengths of the passage and pipe – this ensures the calculator considers the full length of the space to be filled.
- Check the material specifications – different products have varying densities, which can impact the volume-to-weight conversion.
Additional Features:
🔧 Liters to Kilograms Converter and Vice Versa
If, for example, you need to calculate how many kilograms of ResinBau AcrylGel + Polymer injection gel are required to fill a space in liters, you can use the liters-to-kilograms converter available here. The converter allows you to easily switch between liters and kilograms (and vice versa) for various ResinBau products.
The ResinBau Pipes and Passages Calculator
This indispensable tool is perfect for engineers and contractors who aim to plan sealing projects accurately and make optimal use of materials. It enables precise volume calculations for spaces to be filled, saving time and costs.