Textured Concrete: When Concrete Becomes an Architectural Design Element
Concrete is one of the most important construction materials in contemporary architecture. Beyond its structural performance, its aesthetic qualities are becoming increasingly significant. More and more architects use concrete not only as a load-bearing material but also as a visible architectural feature.
A key role in this development is played by textured concrete. Purposefully designed surface textures create façades and structural elements with a distinctive material appearance that goes far beyond the traditional look of concrete. Light, shadow, and texture shape the perception of a building and give it a unique architectural identity.
Textured concrete enables architects to combine functionality with design and to use concrete as an architectural feature in its own right.
Understanding Textured Concrete
Textured concrete refers to concrete surfaces that are intentionally designed with a specific surface texture. Unlike smooth concrete finishes, textured surfaces create an additional three-dimensional effect that significantly influences the appearance of a building.
The texture is transferred directly onto the concrete during casting and remains permanently embedded in the surface. As a result, façades and concrete elements derive their character directly from the material itself rather than from subsequent coatings or cladding.
Depending on the design, surfaces can appear natural, technical, geometric, or artistic. The possibilities range from subtle textures to striking reliefs with a strong architectural expression.
Textured concrete surfaces are often created using formliners, which transfer their pattern permanently to the concrete during the casting process.
Our Formliner Collection
Abstract
Abstract
Contemporary abstract textures create distinctive concrete surfaces with a modern architectural character.
Functional
Functional
Functional textures combine aesthetic design with practical performance, offering enhanced grip, drainage, or other technical benefits.
Ribs & Waves
Ribs & Waves
Linear ribs and flowing wave patterns add depth, rhythm, and dynamic visual effects to concrete surfaces.
Roughcast
Roughcast
Roughcast textures reproduce the expressive appearance of traditional rendered surfaces while retaining the durability of concrete.
Stone & Masonry
Stone & Masonry
Stone and masonry textures recreate the authentic look of natural stone and brickwork in durable precast or cast-in-place concrete.
Wood
Wood
Wood grain textures capture the warmth and natural appearance of timber while preserving the strength and longevity of concrete.
Unique
Unique
Unique Formliners enable fully bespoke concrete surface designs tailored to the architectural vision of each individual project.
Textured Concrete vs. Architectural Concrete: What's the Difference?
The terms textured concrete and architectural concrete are often used together, but they describe different characteristics of a concrete surface.
Architectural concrete refers to concrete that is deliberately used as a design element and is associated with a pronounced design intent. It is not a separate quality or exposed concrete class, but rather the design ambition underlying a component — one that can be expressed in both smooth and structured surfaces.
Textured concrete, on the other hand, refers to the design of the surface itself. The texture can be created independently of the selected architectural concrete quality class.
A building can therefore qualify as architectural concrete while also being executed with a structured exposed concrete surface and a specific exposed concrete class. Structured concrete surfaces can be realized across different exposed concrete classes: from standard requirements up to high-quality exposed concrete of class SB4.
How Is Textured Concrete Produced?
The texture of a concrete surface is created using formliners.
Formliners are placed inside the formwork and transfer their surface pattern to the concrete during casting. Once the formwork is removed, the desired texture remains permanently visible.
The quality of the finished surface depends on several factors. In addition to the formliner itself, the formwork system, concrete mix design, compaction process, and curing all play a decisive role.
Since many of these parameters are defined during the early planning stages, textured concrete surfaces should be incorporated into the project design as early as possible.
Why Textured Concrete Is Shaping Modern Architecture
Textured concrete combines the creative freedom of bespoke surface design with the proven performance of concrete as a building material. Using formliners, a wide variety of textures can be permanently transferred to the concrete surface, ranging from wood and natural stone finishes to geometric patterns, custom reliefs, and project-specific designs. The result is façades and concrete elements that are precisely tailored to the architectural concept of each project and reinforce its unique design language.
Today, building materials are expected to do far more than fulfil a structural function. They must be durable, cost-effective, and at the same time contribute to the architectural identity of a building. Textured concrete meets these demands by combining the structural advantages of concrete with exceptional design flexibility. The surface itself becomes an integral part of the architectural concept, giving buildings depth, character, and a distinctive identity.
Even the highest exposed concrete standards, such as SB4 architectural concrete, can be achieved with textured surfaces. However, delivering these results requires meticulous planning, comprehensive sampling, and close collaboration between all project participants, as even minor deviations during production can significantly influence the final appearance of the concrete surface.
Where Is Textured Concrete Used?
Today, textured concrete is used across a wide range of architectural applications. It is particularly popular for landmark and representative buildings, where it gives architecture a distinctive identity while emphasising the materiality of concrete.
Typical applications include:
Residential buildings
Cultural buildings
Offices
Infrastructure
Educational buildings
Landscape architecture
Public spaces
Interior Design