contex/Mesh in action is the most powerful thing we can show you. Watch it being installed on a bridge renovation that could not have been done any other way. Watch an installation team work three times faster than a steel reinforcement crew. Then meet the engineers, manufacturers, and researchers at CONR Technologies Corporation who developed it – and who are already working on what comes next.
contex/Mesh started as a research project at the University of Innsbruck in 2014 – an investigation into the structural properties of textile-reinforced concrete. The findings were remarkable: non-metallic fibre reinforcement could deliver tensile strength multiples beyond steel, at a fraction of the weight, with zero corrosion risk. That research became a patent. The patent became a commercial product. The product is now deployed in infrastructure renovation projects and prefabrication plants worldwide, enabling construction that was simply not achievable with steel reinforcement. What began in a university laboratory is now changing how engineers, architects, and infrastructure owners build.
CONR Technologies Corporation was built specifically to take contex/Mesh global – and to keep developing the construction technologies that come after it. The company’s active R&D and innovation mandate covers advanced materials, construction technologies, and integrated solutions for the global construction and infrastructure industry – across residential, commercial, and industrial projects. contex/Mesh is the most commercially advanced realisation of that mandate to date. It is not the ceiling. It is proof of concept for an innovation engine that is already working on what it produces next. The company is vertically integrated by design: R&D and materials innovation, manufacturing and supply, project management, engineering consulting, and implementation services – all within one structure. That means CONR Technologies Corporation does not just develop innovations. It manufactures them, deploys them on real projects worldwide, and generates the deep technical insight that feeds the next generation of development.
CONR Technologies Corporation is actively expanding its manufacturing capacity and project footprint worldwide. Every new market is a new population of infrastructure owners, developers, and engineers who have never had access to a non-metallic reinforcement solution of this calibre. Every project creates references and relationships that accelerate the next. The company is at the early stage of a global expansion that the NASDAQ listing is designed to fuel – and the capital raised through this offering is the engine that drives it. Investing now, at Stage 1, means participating in that growth from the earliest possible point.
To develop, manufacture, and deploy advanced materials, construction technologies, and integrated solutions that remove the limitations of conventional construction – making the built environment stronger, more durable, more sustainable, and more architecturally ambitious across every market worldwide. contex/Mesh is our proof of concept. Our innovation mandate is what comes next.
CONR Technologies Corporation is guided by an experienced leadership team combining expertise in textile production, concrete construction, structural engineering, and global business development – backed by a scientific advisory network with roots in the University of Innsbruck research programme that created contex/Mesh.
Founder
Werner Gollner
Founder
Danja Gollner
The use of contex/Mesh in the refurbishment of existing structures is one of its most compelling applications. The corrosion resistance and low concrete cover requirement enable a very high increase in load-bearing capacity – up to 60% – in existing structures using only thin layers of top concrete. Renovation using contex/Mesh is in many applications more economically viable and more sustainable than new construction.
Bridges · Underpasses · Harbours & Maritime · Tunnels
Non-metallic reinforcements offer specific advantages in the manufacturing of prefabricated parts. Easy handling, thin and lightweight construction, and non-intrinsic fibre placement enable new possibilities in the design of concrete components – thinner, lighter, and more geometrically complex than steel-reinforced alternatives. Textile reinforcement minimises crack widths and allows three-dimensional components and strengthened ducts.
Facade panels · Sandwich elements · Beams · Ceiling systems · Lost formwork · Sewage systems
contex/Mesh offers completely new perspectives for civil engineers and architects – in terms of design possibilities and
structural strength, achieved using a minimum of resources. Applications range from architectural concrete to water and sewage infrastructure.
Architectural concrete · Maritime structures · Underground parking · Water & sewage infrastructure · Prefabrication · Modular construction · Smart buildings