Post-EQ Masonry Wall Strengthening with solidian Briksy
This reconstruction and strengthening project was carried out in the Sındırgı district of Balıkesir following the earthquake, in collaboration with our partnerOmnis Kompozit and the application contractor Savur İnşaat. Masonry infill walls that had...
Walkway & Common Area Screed with solidian Primafloor
In this project, solidian Primafloor was used in the reinforced screed application of pedestrian walkways and common circulation areas within a residential building complex. The project was implemented by Meteor İnşaat, and our partner Omnis...
Reinforced Screed Application with solidian Primafloor
In this project, which is applied by Mr.Rıza Elhan and his company Arı Yalıtım Danışmanlığı and with our partner Omnis Kompozit; a high-performance and durable terrace flooring system was constructed on top of an existing waterproofed surface. The...
Use of solidian Briksy AR 100 with PMU (Pumice Masonry Unit) Masonry Walls
In this project that we collaborated on with our partner Omnis Kompozit and executed by Edda Architecture, solidian Briksy AR 100 bed joint reinforcement was installed in all PMU masonry walls. solidian Briksy was used on the walls of a villa...
Concrete repair with solidian ANTICRACK
The refurbishment of the underground car park at Reeperbahn 18 in Hamburg–Elmshorn represents a demanding rehabilitation project that clearly demonstrates how modern carbon reinforcement can economically and...
Carbon Concrete as a Pioneering Bridge Deck Solution
The Franklin footbridge in Mannheim represents an innovative infrastructure project that impressively demonstrates the potential of carbon concrete in bridge construction. The bridge combines...
The pedestrian and cycle bridge at Plenklberg has existed since 1993 and was originally constructed as a tubular steel structure suspended from pylons, with a roadway formed by a trapezoidal steel sheet slab with composite concrete and asphalt...
Improving stiffness and ductility with solidian FLEX GRID carbon (FRCM)
In a recent project completed with our partner Omnis Kompozit, we applied it as part of a FRCM (Fiber Reinforced Cementitious Matrix) system to strengthen masonry infill walls inside an existing reinforced concrete building.
The application,...
The pedestrian and bicycle bridge over Seeblickweg in Stuttgart-Neugereut/Steinhaldenfeld is an approximately 73 m long and 4 m wide integral timber–concrete composite bridge with a carbon-reinforced deck slab. It connects the districts of...
Project Description
A modern residential complex with three barrier-free multi-family houses, including carports and outdoor parking spaces, is being built in Offingen, Bavaria. For this innovative residential construction project by bendl, 18...
With the opening of the Klinik Gut in Fläsch in 2017, an architecturally and technologically innovative project was realized. A distinctive feature is the carbon concrete facade with a wood-like surface texture, which gives the building a modern...
Bridge over the Kuppritzer Water – Wurschen (Saxony)
With the replacement construction of the bridge over the Kuppritzer Water on the S 111 in Wurschen (Bautzen district, Eastern Saxony), a pioneering infrastructure project was realized in 2021: the first road bridge made of carbon concrete in the...
How solidian Briksy Reinforced AAC Walls in a Go-Tek Yapı Project
In a recent project with Go-Tek Yapı which we followed with our partner Omnis Kompozit, solidian Briksy was used as reinforcement for AAC walls in a modern construction project in Türkiye. The solution offered superior crack control and structural...
How solidian Primafloor Reinforced Both Indoor and Outdoor Screeds in a Villa Project
In a recent villa project, solidian Primafloor screed reinforcement was used to improve the durability and performance of screed layers. The goal was twofold:
- Prevent shrinkage cracks in the screed.- Improve thermal efficiency when used with...
Innovative Infrastructure for Tomorrow – Two Carbon Concrete Bridges in Kreuzau
In the town of Kreuzau two new pedestrian and bicycle bridges were constructed using carbon concrete – one of the most advanced building materials available today. This...
Next-Generation Building with Carbon Reinforced Concrete
With the CUBE project, the aim was to prove the real-world viability of carbon reinforced concrete (CRC) beyond the lab. Traditional steel reinforcement limits both durability and design freedom...
Building the future with carbon
What will the facades of the future look like? Lightweight, delicate, durable—and above all, sustainable. The carbon sandwich facade system, which has been successfully implemented as part of a pilot project in...
Carbon-reinforced Concrete for Structural Rehabilitation
Traditionally, strengthening existing structures involves applying several centimeters of shotcrete combined with steel reinforcement. However, innovative methods—such as the use of carbon-reinforced concrete—are gaining increasing importance,...
Reinforcement of historic ceilings in the German Optical Museum in Jena
How much of the existing structure can we preserve if we are brave enough to think outside the box? This question symbolizes the renovation of the German Optical Museum in...
Space Eye in Uecht: an observatory with a visionary facade made of carbon-reinforced concrete
The Space Eye in Uecht near Bern is not only a modern observatory, but also an architectural masterpiece. In addition to the largest public telescope in...
The black facade of the Montblanc building is aesthetic, eye-catching and structurally demanding
The writing instrument manufacturer Montblanc has set up a permanent exhibition in Hamburg. The new building is characterized by its black, elaborately...
Carbon concrete for lightweight and durable facades
The Neuer Gehren retirement center in Erlenbach offers modern living space for older people. The new building was planned by Graber Pulver Architekten AG of Zurich and completed in 2017. Steiner AG was responsible as the general contractor. The...
In November 2010, the world's longest bridge made of textile-reinforced concrete was opened in Albstadt-Lautlingen. The new pedestrian and cyclist bridge was built in response to the increasing safety deficiencies of the old reinforced concrete...
Sustainable Construction for the Future
With the completion of the new bridge in Neuhofen an der Krems in 2024, a pioneering construction project has been realized. The uniqueness of this project lies in the use of carbon concrete, an innovative...
A neighborhood for several generations and environmental protectionA neighborhood is currently being built in Wangen in southern Germany that impresses in two ways – firstly with its usage concept and secondly with its construction. The usage concept...
このプロジェクトでは、古い下水道をカーボンコンクリートで改修し、その耐用年数を大幅に延長しました。補強材は、製品の取り扱いを容易にするために、当社のCARGO システムでロールで供給されました。幅 2.3 m のロールの長さは約 175 メートルでした。2.3 m x 5 m のカットがロールから取り出され、現場で切断されました。 5 メートルの切断部分は巻き上げることができ、シャフトを通して下水道に簡単に運ぶことができました。作業員が立ったまま作業できるよう、溝の高さは約 2.3 メートルでした。構造はショットクリート層で準備され、古い溝の石積みの凹凸を平らにするために使用されました。次に、構造の曲線に沿って、溝の片側から反対側まで、ソリディアン GRID Q43-CCE-38 補強材が敷かれました。その上に適切なコンクリート充填材が塗布されました。約 30 cm の重なりにより、1 回の切断で下水道の約 2 メートルを改修することができました。最初のセクションでは、下水道の約 80 m の長さが...
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