Dilatation & Earthquake Expansion Joints
Dilatation & Earthquake expansion joints are the flexible connection elements that minimize the risk of breakage that may occur in the system as a result of seismic (earthquake, building collapses, etc.) movements by damping the three dimensional movement as axial, lateral and angular and provide the continuity of the system by removing the stress on the rigid pipe. The Dilatation & Earthquake Expansion Joints, which are designed to meet the movement in three different directions (axial, lateral and angular) are widely used in HVAC piping systems. They can also be used in places such as all building passages, dilatation points etc.
Showing all 13 results
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Dilatation&Earthquake Expansion Joint – Threaded&Galvanised
Description
Expansion joints with increased corrosion resistance with galvanized coating and equipped with threaded pipe parts on both sides, which can dampen movements that can occur in three different directions thanks to the joints positioned around it.
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Dilatation&Earthquake Expansion Joint – Flanged
Description
Expansion joints equipped with fixed and movable flanges, capable of absorbing movements that may occur in three different directions thanks to the joints positioned around.
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Dilatation&Earthquake Expansion Joint – Welding Ends
Description
Expansion joints equipped with pipes suitable for welded installation on both sides, capable of dampening movements that may occur in three different directions thanks to the joints positioned around them.
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Dilatation&Earthquake Expansion Joint – Grooved
Description
Expansion joints equipped with grooved pipes suitable for installation with a coupling on both sides and capable of damping movements that may occur in three different directions thanks to the joints positioned around them.
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Dilatation&Earthquake Expansion Joint – Grooved&Galvanised
Description
Expansion joints with increased corrosion resistance with galvanized coating and equipped with grooved pipe parts on both sides, which can dampen the movements that may occur in three different directions thanks to the joints positioned around it.
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Seismic Expansion Joint – Flanged
Description
They are designed to absorb large amounts of motion in three directions, usually in structures with seismic isolators. Flanges of the desired norm can be positioned on both sides.
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Seismic Expansion Joint – Welding End
Description
They are designed to absorb large amounts of motion in three directions, usually in structures with seismic isolators. Suitable for welded installation thanks to the pipes positioned on both sides.
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Seismic Expansion Joint – Grooved
Description
They are designed to absorb large amounts of motion in three directions, usually in structures with seismic isolators. Suitable for coupling installation thanks to the grooved pipes positioned on both sides.
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Dilatation Expansion Joint With Limit Rods – Threaded&Galvanised
Description
Expansion joints that can limit the pressure thrust force by increasing corrosion resistance with galvanized coating and equipped with threaded pipe parts on both sides and limit rods positioned around it.
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Dilatation Expansion Joint With Limit Rods – Flanged
Description
Expansion joints equipped with movable flanges and capable of limiting the pressure thrust force thanks to the limit rods positioned around it.
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Dilatation Expansion Joint With Limit Rods – Welding End
Description
Expansion joints equipped with pipes suitable for welded installation on both sides and capable of limiting the pressure thrust force thanks to the limit rods positioned around it.
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Dilatation Expansion Joint With Limit Rods – Grooved
Description
Expansion joints equipped with grooved pipes on both sides that are suitable for installation with coupling, capable of limiting the pressure thrust force thanks to the limit rods positioned around it.
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Dilatation Expansion Joint With Limit Rods – Grooved&Galvanised
Description
Expansion joints that can limit the pressure thrust force by increasing corrosion resistance with galvanized coating and equipped with threaded pipe parts on both sides and limit rods positioned around it.