Solve every problem

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Thanks to our decades of experience, we can offer a solution to just about any problem you may encounter in water supply systems.

Below is an interactive guide to solving the most common pipeline problems.

The problem you are facing is: *

Leakage at the pipe connection
Pipe rupture
Damage at the pipe connection and/or connecting elements
Pipe breakage
Installing new pipeline
Pipeline reconstruction

If your problem is not listed, you can contact us here.

You can always browse our Solutions Guide to facilitate the process of fixing the problem you are having.

Choose what material the pipe is made of *

Asbestos-cement (AC)
Concrete
Cast iron (ductile)
Polyethylene (PE)
Polyester
polyvinyl chloride (PVC)

Choose the length of the rupture: *

Up to 200mm
Between 200 and 500mm
Over 500mm

Is the nominal diameter of the pipe greater than DN150? *

Is the connection made with a Gibault joint? *

Select the pipe connection method *

With lead
ŽI (Zelezara Ilijaš) junction
TYTON connection
UNION connection

Are the connected pipes made from the same material (and have the same DN)? *

Is the damaged pipe made of PVC or polyethylene? *

What material is the damaged pipe made of? *

PVC
Polyethylene

Do you have the appropriate spare pipe to install? *

Is it necessary to secure the pipe connection from axial movement?: *

Choose what has to be done *

It is necessary to make the connection between a pipe and the flange:
It is necessary to make a connection between two flanges
It is necessary to make a connection between two pipes
It is necessary to attach secondary pipeline on primary

Choose what has to be done *

It is necessary to replace the shutter
It is necessary to make the connection between a pipe and the flange:
It is necessary to make a connection between two flanges
It is necessary to make a connection between two pipes
It is necessary to attach secondary pipeline on primary
It is necessary to get rid of leakage on pipeline

Is the pipe made of polyethylene? *

Is it necessary to secure the pipe connection from axial movement?: *

Are nominal diameters (DN) the same? *

Is there angular deviation between flanges? *

Is there also an off-axis positioning between flanges?: *

Is the nominal diameter larger than DN200?: *

Is there an off-axis positioning between flanges? *

Is installation space limited? *

Is there a need for simplified solution of detachable element?

Are nominal diameters (DN) the same?: *

Are the pipes made from PVC or polyethylene?: *

Choose the material of the pipes: *

Is it necessary to secure the pipe connection from axial movement?: *

Do the connecting pipes have flanges?: *

Should one or two secondary pipelines be connected to primary? *

Should the secondary pipeline be at the right angle to primary?: *

Should the secondary pipelines be at the right angle to primary?: *

Should the both secondary pipelines be at the angle to primary?: *

Is the oval shutter being replaced with the flat one?: *

Is there a need for detachable element?: *

Is installation space limited? *

Is there a need for simplified solution of detachable element? *

Is there a need for connecting element? *

Is the pipe made of polyethylene?: *

Is it necessary to secure the pipe connection from axial movement?: *

Are nominal diameters (DN) the same?: *

Is there angular deviation between flanges? *

Is there also an off-axis positioning between flanges: *

Is the nominal diameter larger than DN200?: *

Is there an off-axis positioning between flanges?

Is installation space limited? *

Is there a need for simplified solution of detachable element? *

Are nominal diameters (DN) the same?: *

Is there a large angular deviation between the connecting pipes?: *

Are the pipes made from PVC or polyethylene?: *

Choose the material of the pipes: *

PVC
Polyethylene

Is it necessary to secure the pipe connection from axial movement?: *

Do the connecting pipes have flanges?: *

Should one or two secondary pipelines be connected to primary? *

Should the secondary pipeline be placed perpendicular to the primary?: *

Should the secondary pipelines be placed perpendicular to the primary?: *

Should the both secondary pipelines be at the angle to primary?: *

Has the leakage occurred on pipe connection? *

Are the connected pipes made from the same material? *

Are the connecting elements of the connection undamaged?: *

Choose what material the pipe is made of: *

Asbestos-cement (AC)
Concrete
Cast iron (ductile)
Polyethylene (PE)
Polyester
polyvinyl chloride (PVC)

Select the pipe connection method: *

with lead
ŽI (Zelezara Ilijaš) junction
TYTON connection
UNION connection

Is the connection made with a Gibault coupling? *

Are the connected pipes of the same nominal diameter?: *

Is there a large angular deviation at the connection?: *

Has the leakage occurred at the pipe’s branching point?: *

Confirm your selections

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The problem you are facing is:

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Choose what material the pipe is made of

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Choose the length of the rupture:

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Is the nominal diameter of the pipe greater than DN150?

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Is the connection made with a Gibault joint?

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Select the pipe connection method

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Are the connected pipes made from the same material (and have the same DN)?

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Is the damaged pipe made of PVC or polyethylene?

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What material is the damaged pipe made of?

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Do you have the appropriate spare pipe to install?

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Is it necessary to secure the pipe connection from axial movement?:

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Is it necessary to secure the pipe connection from axial movement?:

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Choose what has to be done

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Choose what has to be done

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Is the pipe made of polyethylene?

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Is it necessary to secure the pipe connection from axial movement?:

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Are nominal diameters (DN) the same?

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Is there angular deviation between flanges?

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Is there also an off-axis positioning between flanges?:

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Is the nominal diameter larger than DN200?:

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Is there an off-axis positioning between flanges?

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Is installation space limited?

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Is there a need for simplified solution of detachable element?

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Are nominal diameters (DN) the same?:

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Are the pipes made from PVC or polyethylene?:

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Choose the material of the pipes:

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Is it necessary to secure the pipe connection from axial movement?:

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Do the connecting pipes have flanges?:

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Should one or two secondary pipelines be connected to primary?

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Should the secondary pipeline be at the right angle to primary?:

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Should the secondary pipelines be at the right angle to primary?:

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Should the both secondary pipelines be at the angle to primary?:

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Is the oval shutter being replaced with the flat one?:

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Is there a need for detachable element?:

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Is installation space limited?

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Is there a need for simplified solution of detachable element?

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Is there a need for connecting element?

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Is the pipe made of polyethylene?:

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Is it necessary to secure the pipe connection from axial movement?:

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Are nominal diameters (DN) the same?:

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Is there angular deviation between flanges?

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Is there also an off-axis positioning between flanges:

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Is the nominal diameter larger than DN200?:

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Is there an off-axis positioning between flanges?

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Is installation space limited?

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Is there a need for simplified solution of detachable element?

Untitled

Are nominal diameters (DN) the same?:

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Is there a large angular deviation between the connecting pipes?:

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Are the pipes made from PVC or polyethylene?:

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Choose the material of the pipes:

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Is it necessary to secure the pipe connection from axial movement?:

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Do the connecting pipes have flanges?:

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Should one or two secondary pipelines be connected to primary?

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Should the secondary pipeline be placed perpendicular to the primary?:

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Should the secondary pipelines be placed perpendicular to the primary?:

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Should the both secondary pipelines be at the angle to primary?:

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Has the leakage occurred on pipe connection?

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Are the connected pipes made from the same material?

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Are the connecting elements of the connection undamaged?:

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Choose what material the pipe is made of:

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Select the pipe connection method:

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Is the connection made with a Gibault coupling?

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Are the connected pipes of the same nominal diameter?:

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Is there a large angular deviation at the connection?:

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Has the leakage occurred at the pipe’s branching point?:

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Solve every problem

Thanks to our decades of experience, we can offer a solution to just about any problem you may encounter in water supply systems.

Below is an interactive guide to solving the most common pipeline problems.

If your problem is not listed, you can contact us here.

You can always browse our Solutions Guide to facilitate the process of fixing the problem you are having.

Confirm your selections

WE ARE ALWAYS HERE TO HELP

ARMAS | Armature Stojanović

Quality solutions, permanent certitude.

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