Pipe Bends Restraint

This tool calculates the restraint length for a pipe coupler/joint installed to a pipe bend. All joints/couplers within this calculated length should be restraint versions (like Pipelife Aquagrip) to avoid disconnecting of the pipes from the couplers during operation.


Reference Database

The Reference Database hosts a series of interesting sales project. The projects can be shown for internal use or to customers using a tablet.


Infiltration Tool

Tool for hydraulic calculation of the number and distribution of boxes (Stormbox, Stomrbox II) and percolation pipes used for infiltration systems. The tool required different parameters, necessary for correct dimensioning.


Stormbox Loader Tool

(Authentication required)

Tool for static calculation sustainability of the system made from boxes (Stormbox, Stormbox II) with different loads - vertical and horizontal, which influence on installed system.
The tool required different parameters, necessary for correct dimensioning.


Chemical Resistance Tool

Chemical resistance of plastic pipes produced in Pipelife!
The tool indicates the resistance of different pipes as material-PVC, PE, PP and at various concentrations and temperatures of the different chemicals and acids.


Colebrook-White Tool

Tool for hydraulic calculation of flow rate, diameter and velocity for sewer pipes completely filled profile.
Recommended for sewers for Stormwater.


Colebrook-White Tool PF

Tool for hydraulic calculation of flow rate, diameter and velocity for sewer pipes partially filled profile.
Recommended for sewer pipes for municipal and industrial water.


Wall Thickness Calculator

Calculator for dimensioning the thickness of pressure pipes made from PVC. Requires outer diameter and pressure rating for corresponding pipe.


Static Tool

This tool calculates static loads and deformations on smooth and Pragma pipes.

Flow through an orifice

This is a tool for the calculation of flow through a hole in connection with attenuation of water – the simplest method for controlling maximum flow from a magazine or similar.


About this App

This app was brought to you by Pipelife R&D.

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Pipelife International GmbH


Disclaimer

Please note that these programs are supplements to Pipelife's different design brochures. The user is expected to have an understanding of the equations and principles involved their applicability and limitations. Use of these programs is not intended to replace the evaluation and judgment of a professional engineer competent in this field. Although every effort has been made to ensure the accuracy of the information contained herein, its accuracy is not guaranteed. All tables, statements, and results may be considered as recommendations only. Recommendations arising from use of this program are not applicable to products manufactured by others.


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