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Series H3 "Dune"
System
It consists of three unified families U45/M11/X32; X31/X32/M11 and G1/M11/X32. The series allows you to create retaining walls, shore protection systems, marine gabbions; berths for recreational fleet with a draft of up to 3m; beach sections and wet garages.
Fast, Dry assembling of complex marine construction ashore
1. A series of fittings using "sea walls" in structures, implemented using fixing concrete frames, manifolds and bundles of horizontal [one on top of the other] or vertical HDPE pipes.
The bundles are joined together by rebar and filled with concrete through manifolds.
Or the pipes are combined into a sea fence.
2. Thus, the structure consists of nodal fittings with mounting for the frame, manifolds and standard HDPE pipes forming a bundle, frame columns and truss beams.
3. Used seawall frame for tube diameter 125mm and frame column d=160mm.
125/160mm form factor: [M12] - straight manifold and [M13] - angled [tee]
4. Unlike the rest of the HYDRANTULA series, the H3 series is not transparent to waves, contains solid surfaces (sea walls) and is mainly used for terraced coastal reinforcement, the creation of malls, breakwaters, mooring and marine gabions, as well as wet boathouses.
5. H3 structures create significant hydrological disturbances in the sea and rivers and provoke erosion or alluvium of sediments, therefore their installation is preferable on a rocky bottom or after consulting with specialists in hydraulic engineering.
6. The main advantages of the H3 series are the low weight of the empty formwork; the ability to assemble relatively large monolithic structures.
7. The series consists of:
G1 - fitting for wet SeaGarage boathouses
X31/X32/ U45 - fittings for terrace shore reinforcement
J11 and M11 manifolds
X0 - fitting for free-standing shore erosion protection SeaWall
X31 - for slopes of 30°...45° works with J11, M11 manifold.
U45 - for slopes of 45° works with J11, M11 manifold
Terraces can be straight [steps], zigzag, scaled, or mixed.
The shape of the terraces allows you to reduce the number of fittings, pipes, or reduce the volume of rubble and pebbles being moved by repeating the natural water cut. To implement an architectural design or adjust the shape of an artificial dune.
It is possible to create "gabion" tiers at the retaining walls.
8. The H3 series family of fittings, designed to create marine structures filled with rock (rubble) for ice stability. Unlike the Dune family, they are not designed for terracing.
9. The family consists of self-supporting seawall base fittings
X0 - for a flat bottom
X31 - Seawall frame
X32 - upper only elements of Seawall frames
J11 / M11 manifold
Like all HYDRANTULA fittings, they are non-removable formwork for concrete.
10. The fittings have pinched elements and, after filling the rock or rubble into the "pockets", they are securely fixed by gravity.
The bundles are joined together by rebar and filled with concrete through manifolds.
Or the pipes are combined into a sea fence.
2. Thus, the structure consists of nodal fittings with mounting for the frame, manifolds and standard HDPE pipes forming a bundle, frame columns and truss beams.
3. Used seawall frame for tube diameter 125mm and frame column d=160mm.
125/160mm form factor: [M12] - straight manifold and [M13] - angled [tee]
4. Unlike the rest of the HYDRANTULA series, the H3 series is not transparent to waves, contains solid surfaces (sea walls) and is mainly used for terraced coastal reinforcement, the creation of malls, breakwaters, mooring and marine gabions, as well as wet boathouses.
5. H3 structures create significant hydrological disturbances in the sea and rivers and provoke erosion or alluvium of sediments, therefore their installation is preferable on a rocky bottom or after consulting with specialists in hydraulic engineering.
6. The main advantages of the H3 series are the low weight of the empty formwork; the ability to assemble relatively large monolithic structures.
7. The series consists of:
G1 - fitting for wet SeaGarage boathouses
X31/X32/ U45 - fittings for terrace shore reinforcement
J11 and M11 manifolds
X0 - fitting for free-standing shore erosion protection SeaWall
X31 - for slopes of 30°...45° works with J11, M11 manifold.
U45 - for slopes of 45° works with J11, M11 manifold
Terraces can be straight [steps], zigzag, scaled, or mixed.
The shape of the terraces allows you to reduce the number of fittings, pipes, or reduce the volume of rubble and pebbles being moved by repeating the natural water cut. To implement an architectural design or adjust the shape of an artificial dune.
It is possible to create "gabion" tiers at the retaining walls.
8. The H3 series family of fittings, designed to create marine structures filled with rock (rubble) for ice stability. Unlike the Dune family, they are not designed for terracing.
9. The family consists of self-supporting seawall base fittings
X0 - for a flat bottom
X31 - Seawall frame
X32 - upper only elements of Seawall frames
J11 / M11 manifold
Like all HYDRANTULA fittings, they are non-removable formwork for concrete.
10. The fittings have pinched elements and, after filling the rock or rubble into the "pockets", they are securely fixed by gravity.
Series H3
1. DUNE - это семейство фитингов для создания террасированного берега и мелководья.
X30 - для склонов 30° пачка 63/140 или 125/160, работает с манифолдом M6 или M12.
U45 - для склонов 45° трубная пачка формата 125/160 работает с манифолдом M12, M13
Террассы могут быть прямыми [ступеньки], зигзагом, чешуей либо смешанными.
Форма террасс позволяет сократить количество фитингов, труб или сократить объем перемещаемого бута и гальки за счет повтора естесственного уреза воды. Реализовать архитектурный замысел или скорректировать форму искусственной дюны.
Возможно создание "габионных" ярусов у подпорных стен.
X30 - для склонов 30° пачка 63/140 или 125/160, работает с манифолдом M6 или M12.
U45 - для склонов 45° трубная пачка формата 125/160 работает с манифолдом M12, M13
Террассы могут быть прямыми [ступеньки], зигзагом, чешуей либо смешанными.
Форма террасс позволяет сократить количество фитингов, труб или сократить объем перемещаемого бута и гальки за счет повтора естесственного уреза воды. Реализовать архитектурный замысел или скорректировать форму искусственной дюны.
Возможно создание "габионных" ярусов у подпорных стен.
DUNE
1. Семейство фитингов серии H3, предназначенное для для создания морских конструкций, наполняемых для ледовой устойчивости скалой (бутом). В отличие от семейстаа Dune - не предназначены для террасирования.
2. Семейство состоит из самонесущих фитингов основания для морской стены
X0 - для ровного дна
X32 - верхних элементов рамок Seawall
M12 / M13 манифолд
Как и все фитинги HYDRANTULA представляют из себя несъемную опалубку для бетона.
3. Фитинги имеют защемляемые элементы и после засыпки скалы или бута в "карманы" надежно закрепляются гравитационно.
2. Семейство состоит из самонесущих фитингов основания для морской стены
X0 - для ровного дна
X32 - верхних элементов рамок Seawall
M12 / M13 манифолд
Как и все фитинги HYDRANTULA представляют из себя несъемную опалубку для бетона.
3. Фитинги имеют защемляемые элементы и после засыпки скалы или бута в "карманы" надежно закрепляются гравитационно.
SeaWall
1. The SeaGarage fitting system [G1, J11, M11] is designed to create wet garages (single, double and collective) located at a distance from the shore or embedded in a armour shore, embankment (SeawallGarage).
2. The garage can be embedded [the gate is flush with the armour shore] or semi-cut [part of the garage walls and the gate protrude significantly beyond the armour shore].
3. The system consists of G1 nodal fittings, triple T-manifolds M11 and straight manifolds J11.
The system contains everything necessary to create an underwater part of the structures (+ a tidal zone).
4. A wet garage does not have a solid, "sealed" floor by default, as it will be swept up to one degree or another during storms.
When designing a garage, it is recommended to provide for an excessive floor depth [compared to the draft of a watercraft] to compensate for future sediments.
5. The surface part and special garage doors are designed, purchased and installed separately.
The use of vertical columns provided in the G1 fitting is optional.
6. When placing wet garages, it is necessary to take into account the wind rose, the predominant direction of storm waves, the movement of ice fields and the speed of sweeping the garage floor (or gate) with bottom sediments.
7. Incorrect garage placement or incorrect orientation of the gate can make the garage unsuitable for further operation.
There are water areas in which the operation of SeaGarage is basically impossible due to the muddy bottom, high content of suspended solids in the water, harsh climate or strong currents.
8. Embedded and semi-embedded garages in cold climate require a system of anchoring and/or strengthening the walls facing the shore to prevent collapse from frost loads.
9. It is recommended, in addition to the walls of the embedded garage itself, armour shore strip adjacent to the gate with additional G1 sections.
We recommend consulting with a specialist about the feasibility of creating a protection from sediments - on the side of the gate.
10. In freezing waters bodies and shores with strong waves, it is highly recommended to use a pyramid-shaped stone lining of a wet garage with large rubble (from 100 kg) to reduce wave and ice loads
2. The garage can be embedded [the gate is flush with the armour shore] or semi-cut [part of the garage walls and the gate protrude significantly beyond the armour shore].
3. The system consists of G1 nodal fittings, triple T-manifolds M11 and straight manifolds J11.
The system contains everything necessary to create an underwater part of the structures (+ a tidal zone).
4. A wet garage does not have a solid, "sealed" floor by default, as it will be swept up to one degree or another during storms.
When designing a garage, it is recommended to provide for an excessive floor depth [compared to the draft of a watercraft] to compensate for future sediments.
5. The surface part and special garage doors are designed, purchased and installed separately.
The use of vertical columns provided in the G1 fitting is optional.
6. When placing wet garages, it is necessary to take into account the wind rose, the predominant direction of storm waves, the movement of ice fields and the speed of sweeping the garage floor (or gate) with bottom sediments.
7. Incorrect garage placement or incorrect orientation of the gate can make the garage unsuitable for further operation.
There are water areas in which the operation of SeaGarage is basically impossible due to the muddy bottom, high content of suspended solids in the water, harsh climate or strong currents.
8. Embedded and semi-embedded garages in cold climate require a system of anchoring and/or strengthening the walls facing the shore to prevent collapse from frost loads.
9. It is recommended, in addition to the walls of the embedded garage itself, armour shore strip adjacent to the gate with additional G1 sections.
We recommend consulting with a specialist about the feasibility of creating a protection from sediments - on the side of the gate.
10. In freezing waters bodies and shores with strong waves, it is highly recommended to use a pyramid-shaped stone lining of a wet garage with large rubble (from 100 kg) to reduce wave and ice loads
SeaGarage
Не бойтесь сложных конструкций: легкая схема сборки нашей системы
Fast assembling but long life
Разместите конструкцию на площади будущей постройки
Система несъемной опалубки H1 (Hydrantula 1) предназначена для создания надводных переходов, купальных платформ, морских террас и других малонагруженных (пешеходных, рекреационных)
2 шаг
Соберите констркцию из трубок
Система несъемной опалубки H1 (Hydrantula 1) предназначена для создания надводных переходов, купальных платформ, морских террас и других малонагруженных (пешеходных, рекреационных)
1 шаг
Hydrantula based constructiond easy & fast to complete just like LEGO
Быстрая сборка и долгое время службы
Системы Hydrantula собираются очень быстро,
как конструктор Lego
как конструктор Lego
Разместите конструкцию на площади будущей постройки
Система несъемной опалубки H1 (Hydrantula 1) предназначена для создания надводных переходов, купальных платформ, морских террас и других малонагруженных (пешеходных, рекреационных)
2 шаг
Соберите констркцию из трубок
Система несъемной опалубки H1 (Hydrantula 1) предназначена для создания надводных переходов, купальных платформ, морских террас и других малонагруженных (пешеходных, рекреационных)
1 шаг
Duty heavy bearing load, withstand harsh climate
Offshore
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Detailed
HYDRANTULA is designed to be pumped in with concrete via concrete pipeline. It allows Hydrantula to be installed without specialized "marine" equipment (floating cranes, barges, floating shvings) at a distance of up to 70 meters from the shore.
Isotropy of loads
...................
Detailed
Unlike most land structures, HYDRANTULA is perfectly adapted to significant lateral and alternating loads and "ascent" forces. She holds a punch from any direction.
High-rise buildings
...................
Detailed
HYDRANTULA provides possibility of using several floors (tiers) in the structure. This increases the strength of the structure. Makes it suitable for significant depths (5...12m)
...................
Versatility
...................
Detailed
Most HYDRANTULA fittings have an excessive number of connection sockets for pipe beams and rods and can be used at different positions in the structure, performing different roles (corner, wall, bottom, center). This greatly reduce assortment and let us - save on logistics and inventory.
Modularity
...................
Detailed
HYDRANTULA designs consist of elementary 3D cells that can be added arbitrarily (like LEGO bricks). The finished structure can be easily adapted in size and strength to the needs of the customer and the conditions of aquatoria.
Scalability
...................
Detailed
Unlike most other formwork systems, HYDRANTULA allows you to change the size of the product in a wide range (300%) without changing the range of components. Exclusively due to the adjusted cutting of pipe beams.
Offshore
...................
Detailed
HYDRANTULA is designed to be pumped in with concrete via concrete pipeline. It allows Hydrantula to be installed without specialized "marine" equipment (floating cranes, barges, floating shvings) at a distance of up to 70 meters from the shore.
Isotropy of loads
...................
Detailed
Unlike most land structures, HYDRANTULA is perfectly adapted to significant lateral and alternating loads and "ascent" forces. She holds a punch from any direction.
High-rise buildings
...................
Detailed
HYDRANTULA provides possibility of using several floors (tiers) in the structure. This increases the strength of the structure. Makes it suitable for significant depths (5...12m)
...................
Versatility
...................
Detailed
Most HYDRANTULA fittings have an excessive number of connection sockets for pipe beams and rods and can be used at different positions in the structure, performing different roles (corner, wall, bottom, center). This greatly reduce assortment and let us - save on logistics and inventory.
Modularity
...................
Detailed
HYDRANTULA designs consist of elementary 3D cells that can be added arbitrarily (like LEGO bricks). The finished structure can be easily adapted in size and strength to the needs of the customer and the conditions of aquatoria.
Scalability
...................
Detailed
Unlike most other formwork systems, HYDRANTULA allows you to change the size of the product in a wide range (300%) without changing the range of components. Exclusively due to the adjusted cutting of pipe beams.
Бетонирование насосом под давлением
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Detailed
HYDRANTULA structures are designed for pumping in fresh concrete under moderate pressure, which reduces labor intensity and improves the quality of work.
70% off shelf материалы
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Detailed
70% of the HYDRANTULA structure is assembled from standard, widely available constructional materials.
Amphibious
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Detailed
HYDRANTULA is equally good in seasonally flooded lowlands, in the tide zone or at depth.
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Совместимость с винтовыми сваями
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Detailed
HYDRANTULA can be installed both on a field of screw piles or without a strong connection to the seabed [FreeStand mode]. In the latter case, HYDRANTULA structures can be dismantled or relocated.
Без прочной связи с дном
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Detailed
HYDRANTULA can be installed both on a field of screw piles or without a strong connection to the seabed [FreeStand mode]. In the latter case, HYDRANTULA structures can be dismantled or relocated.
Corrosion resistance
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Detailed
The materials used in HYDRANTULA are not subject to corrosion (even in saltwater).
Dry assembly
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Detailed
90% of all work related to the installation of HYDRANTULA is carried out on shore. This ensures the safety of work, speed and high quality. And dramatically reduce budget and workforce essential skills.
Duker
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Detailed
HYDRANTULA designed to allow you connect to main electricity,
Internet, fresh water and sewage from the shore.
Internet, fresh water and sewage from the shore.
Reasonable price
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Detailed
The cost of a "marine" foundation is comparable to its land-based counterparts.
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High transparency for waves
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Detailed
HYDRANTULA structures freely pass waves through themselves, they are not an obstacle to coastal currents. They do not cause erosion of the bottom or sediments. They do not contribute to waterlogging.
Durability/Longevity
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Detailed
HYDRANTULA can be used for up to 60 years.
Frost resistance
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Detailed
Even a 100cm layer of sea ice will not damage the HYDRANTULA structure.
Ease of assembly
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Detailed
Thoughtful engineering solutions allow you to confidently assemble 3D farms, guided by an understandable manual. Its LEGO for adult.
Rich color palette
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Detailed
For a consistently good mood.
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Composite rebar rods
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Detailed
Improve the volumetric rigidity of the 3D truss.
Sealed concrete supply.
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Detailed
Radically reduces aquatoria pollution. Increases the quality and speed of work.
Искусственный риф
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Detailed
HYDRANTULA eventually overgrows with sessile aquatic organisms and mollusks and becomes an artificial reef.
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