The terrace is designed as a large, accessible area and remains clearly visible as an open construction between the balustrade and planters.
Gratings were installed in the comb grating design, used for flooring and walkways. The open grating surfaces create non-slip walking and recreation zones in the outdoor area and support the drainage of water. The result is a functional solution that blends in with the historic façade effect and the glass entrance area.
Verbaute Produkte
Piece, strip galvanizing and powder coating for reliable corrosion protection of steel components.
MEISER comb gratings are pressed gratings with filler bars that protrude upwards. This makes the bearing bars almost invisible, so that the grating no longer looks like a grating but like a comb. By emphasizing the filler bars, a very elegant and light appearance is achieved.
Gratings are used as robust platform and walkway coverings in heavy industry, architecture, plant construction and logistics.
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At the pilot pier in Brunsbüttel harbor, gratings are used as walkway decking and railing infill for safe paths down to the water's edge.
At Denios AG in Bad Oeynhausen, open walkways and shelving areas support safe operation in modular container systems.
Safe walking and staircase areas for industrial operations were implemented at the Siemens Energy Testfield in Erlangen.
In the Egyptian Museum in Munich, grid elements were integrated into the ceiling as linear bands and structure the space along the access route.
In the Serengeti Park, profiled metal gratings are used as walk-on flooring on a visitor path or panorama trail.
In the Deutsches Hygiene-Museum, grid elements were integrated as permeable ceiling cladding above the stage and structure the event hall.
At the University of Twente, red lattice elements were used in the upper façade zone, creating a clear accent on the building envelope.
At Tiger & Turtle, MEISER gratings make the curved circular path with steps a safe area for visitors to walk on.
At Van Volxem in Wiltingen, a flush-fitted grating surface was integrated into the courtyard design as a functional cover.
At Hanse-Haus in Oberleichtersbach, gratings are used as accessible walking, working and maintenance surfaces in the hall and production area.
At the Imma-Mack secondary school in Eching, open façade and ceiling surfaces divide the interior and exterior areas with a permeable structure.
At the Gobelwarte observation tower in Grein, the platform and staircase were fitted with grating coverings for safe, accessible surfaces in the steel structure.
At the Clariant bioethanol plant in Straubing, stairs, landings and walkways were fitted with walk-on grating for safe maintenance routes.
At the Steigerwald treetop walk in Ebrach, gratings act as walk-on viewing windows to complement the path and recreation area and provide a view downwards.
In the National Library in Luxembourg, solid gratings were used as partial elements of the ceiling cladding to give the interior a clear structure.
VP Venetian blind grilles were integrated into the façade design of the office building in Horw as upstream parapet and sun protection elements.
At the day care center in Baden-Baden, external access areas were implemented with lattice elements as railing infill and walk-on flooring.
At the Europaschule Rövershagen, external stairs and paths as well as areas around the building were designed with permanently safe, accessible surfaces.
For the "First View" viewing platform on Grindelwald First, load-bearing and accessible surfaces were integrated into the striking steel structure at an altitude of around 2,200 meters.
At the Elbphilharmonie concert hall in Hamburg, open maintenance areas create clear walking zones in the roof area around the technical equipment.
Lattice elements were integrated into the glass façade of the Stahlwerke Bremen administration building as visible façade and construction elements.
At the Kohlbachweiher viewing platform in Göttelborn, gratings were used as an accessible walkway and platform covering for safe paths down to the water's edge.
At the Timmendorfer Strand jetty, the walkway over the sea was fitted with a safe, easy-to-walk-on floor covering.
In the Rügen Bridge in Stralsund, a continuous maintenance walkway was implemented in the interior of the structure with accessible grating surfaces.
At Heinsfeld Castle Museum, full gratings were integrated into the historic wall situation as walk-on flooring in front of the arched openings.
In the Ozeaneum Stralsund, pressed gratings were used as railing fillings to clearly define the ramp layout in the interior.
At the geothermal power plant in Freiham, maintenance and operating platforms in the technical area were equipped with walk-on grating surfaces.
At the Potsdam Technology Center, stairs and access areas in the outdoor area were covered with grating for safe paths.
In the Plauen municipal swimming pool, pressed gratings were used as partial elements of the ceiling cladding and characterize the design of the indoor swimming pool.
In the Saarbrücken footbridges, gratings were used as a walkable surface for the footbridge over the water.
In the workshop hall of Saarbahn GmbH in Saarbrücken, accessible walking and working platforms with grating coverings were installed along the maintenance tracks.
In the Institute of Science & Technology Austria project, a grating forms a clear boundary along the glass façade as a circumferential line.
In the BMW parking garage Paris Vélizy, a circumferential MEISER grating façade forms the permeable outer skin of the parking levels.
At Silicon Products Group, maintenance platforms and walkways in the industrial plant were equipped with walk-on grating surfaces.
In the Kaufbeuren pedestrian zone, a grating was integrated into a seating and recreation area as a flush cover and drainage surface.
In the European Court of Justice Luxembourg project, gratings are used as a walkable surface on outdoor areas and terraces.
In the Hegau Tower Hotel, pressed gratings were used as walk-on flooring in the maintenance area on the roof.
In the Pinakothek in Munich, gratings support safe inspection and service work as an accessible maintenance walkway in the roof area.
At the Ecole Privée Notre-Dame Sainte-Sophie in Luxembourg, an upstream façade structure with lattice elements was implemented as a second skin in front of the glass surfaces.
At Atlantic Sail City, raised outdoor platforms with walk-on floor coverings were implemented and secured by railings and balustrades.
In the Moritzburg Art Museum project, a recessed façade area was implemented with lattice elements to clearly accentuate the transition between the old and new buildings.
In the St. Josef Regensburg multi-storey parking lot, VP louvre grilles characterize the building envelope as façade cladding and enclose the open parking levels.
At the Zollverein World Heritage Site, lattice elements were used as railing infills to safely enclose openings and entrances in the hall area.
In the Steinplatte Waidring project, gratings were used as walkable surfaces on a viewing platform on the rock.
At the Porsche Center Lübeck, narrow grating strips were integrated into the interior as clear lines both in the floor area and as a ceiling solution.
At the music fountain in Bad Schlema, gratings were used as walkable walking and covering surfaces around the installation.
At the Exzenterhaus Bochum, full gratings were used as walk-on surfaces and blend in with the surrounding design of the building envelope.
In the APCOA New Station Quarter multi-storey parking lot in Bielefeld, venetian blind grilles are used as large-scale façade cladding on the open parking levels and set colorful accents.
At Ammersee-Gymnasium in Dießen, outdoor areas and steel construction elements were finished with grating to give paths and façade areas a clear structure.
At Moselblick, gratings are used as a walkable surface on a raised viewing platform.
The access core of the parking garage in Bietigheim-Bissingen was designed with a permeable grid cladding that clearly accentuates the façade.
At Fraunhofer IPM, lattice elements in the outdoor area secure a technical system and at the same time support the necessary ventilation.
