In modern medical facilities, the choice of facing and finishing materials determines not only the aesthetics of the premises, but also the level of safety, hygiene, and durability of the building. Rieder (Austria) glass fiber reinforced concrete panels, known under the fibreC trademark, perfectly combine architectural freedom, naturalness of the material, and high technological efficiency, so their use in facades and interior spaces of clinics and hospitals is becoming increasingly popular.
fibreC panels are made from cement reinforced with glass fiber, which provides exceptional strength and resistance to sudden temperature fluctuations, aggressive atmospheric phenomena, and mechanical loads. The production cycle uses a minimal amount of fossil fuels, which leads to a significant reduction in CO₂ emissions and reduces the greenhouse effect. At the same time, Rieder deliberately avoids artificial uniformity of surfaces and does not use chemical sealants: fibre concrete remains a genuine natural product with a living texture, in which natural “cloudiness”, slight colour changes, micro-indentations and fine stretch lines may appear.
The most common type of exterior cladding for medical facilities is a ventilated curtain wall, which consists of an aluminum subsystem (brackets, L- and T-profiles), mineral wool insulation, an air gap, and an outer protective layer of fibreC glass fiber reinforced concrete panels. The panels are fixed to the metal subsystem with AL/A2 rivets, self-tapping screws, anchor rivets, or undercut anchors through a clip, using an adhesive system. In cases of interior decoration, installation on cement-polymer adhesive directly on the walls is possible. This design ensures effective moisture removal and stable maintenance of the indoor microclimate, as well as significantly extending the service life of the entire facade.
Thanks to the 2500 (3100, 3600) × 1200 mm formats and 13 mm thickness, architects can create facades of various sizes without excessive joints and seams, which is important for maintaining a clean appearance and simplifying maintenance. The material is suitable for cladding window and door openings, balconies, plinths, sloping facades, cornices, pylons, and even roofs.
Since medical facilities often feature complex shapes—from sloping facades to bay windows and canopies—fibreC does not limit designers: the slabs can be milled, perforated (up to 30% of the surface area), stamped, and even cut with waterjet cutting to create individual decorative elements or letters. Digital and screen printing on concrete allow logos, orientation diagrams, or artistic motifs to be transferred directly onto the panel surface. This opens up new possibilities for creating intuitive and visually appealing spaces in hospitals.
Sandblasting creates a matte texture with less vivid but deeper shades, while smooth concrete looks more saturated — by choosing the finishing method, you can vary the perception of color and the tactility of the facade. Textures and speckles add depth and dynamism, allowing the facade to “come alive” depending on the viewing angle and lighting.
Inside clinics, fibreC is used to clad walls in lobbies, corridors, reception areas, and other common areas. Attached to a metal substructure or glued to cement-polymer adhesive, the panels create monolithic, level surfaces that retain their appearance even with regular wet cleaning and disinfection. The natural vapor permeability of the material maintains comfortable air humidity, and thanks to minimal adhesion of dust and microorganisms, the surfaces are easy to clean without aggressive chemicals.
Rieder glass fiber reinforced concrete panels guarantee up to half a century of service life: their structural properties remain unchanged even in harsh climatic conditions with cold winters and hot summers. The absence of organic coatings or dyes prevents fading and delamination, while the environmental friendliness of production and ease of recycling ensure the material's reputation as a completely sustainable solution.
As a result, the use of fibreC in the architecture and interior design of medical facilities allows for a combination of the authentic beauty of concrete, technological efficiency, and patient care. Living surfaces with natural shades, unique design possibilities, and ease of maintenance create an atmosphere of trust and confidence in clinics, while the material itself benefits the environment and the institution's budget for many decades.
