ANTICRACK
Best bonding properties.
Smallest crack widths.
Liquid-tight.
Smallest crack widths.
Liquid-tight.
solidian ANTICRACK is carbon reinforcement with an even better bonding behavior for optimum crack distribution, small cracks, and short anchorage lengths.
solidian ANTICRACK combines many advantages compared to conventional construction with reinforced concrete. The biggest advantage of our crack limiting reinforcement for concrete is the non-corrosive material with superior bonding behavior – this results in many advantages for the future of building with concrete.
CE-certified per EAD 260057-00-0303 Inorganic fibre grids for reinforcement of cement-, anhydrite- or resin-based screeds. For product performance in this application, please check the Declaration of Performance (DoP) available on Downloads page, under certificates section.
Product Features
Advantages
- Sanded surface for superior bonding behavior
- Higher tensile strength compared to structural steel
- Much lighter and thinner than steel
- Sustainable material as consumption of water, sand, and cement are significantly lower
- Thinner and safer components and thus less raw material usage and economical transport
- No corrosion
- Less crack widths and therefore much lower repair costs
reinforcements for the future generations
Excellent Bonding
High Tensile Strength
Recyclable
Long Life Span
Corrosion Free
Anticrack
Lightweight and easy to install
Reference project
Projects
Pedestrian bridges in the Remstal
In 2019, the world's first integral wooden bridge featuring textile concrete was constructed. This innovative bridge combines wood and carbon concrete, showcasing the unique strengths of both materials. During the planning stage, the...
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Projects
Pedestrian bridge Albstadt-Ebingen
The pedestrian bridge in Albstadt-Ebingen marks a new chapter in bridge construction: it is the first bridge in the world to be built entirely from carbon concrete – a true pioneering achievement that points the way toward the future of...
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Projects
Road bridges in Albstadt-Pfeffingen/Margrethausen
In a significant advancement for civil engineering, the first two road bridges made of carbon concrete have been completed in Albstadt Margrethausen and Peffingen. These structures demonstrate the exceptional load-bearing capacity of...
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Projects
Neviges pilgrimage cathedral
The pilgrimage cathedral in Neviges, opened in 1968, exemplifies the Brutalist architectural style. However, one drawback of the fair-faced concrete roof was its tendency to leak over time . An innovative solution that retains the...
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Projects
Swimming pool reinforced with solidian ANTICRACK
Following water damage in a swimming pool , the subsequent restoration concept demanded stringent crack width limitation for the new floor slab. This requirement was effectively met using solidian ANTICRACK in a two-layer design. To...
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Projects
Anderten Lock
In this project, Anderten lock was repaired with non-metallic reinforcement. The chambers were originally built as reinforced concrete walls with an inner brick lining. As a special feature, five levels of economizer basins are arranged...
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Product Applications
Flat and light reinforcement like the solidian ANTICRACK can be used wherever there are requirements for a non-corrosive environment, especially with requirements to limitation of crack widths, optimal distribution of cracks, and short anchorage lengths e.g.
- Restoration, parking decks, industrial floors
- Hydraulic structures
- Tiling and waterproofing: pools, basements
- Protection layers, where concrete layers are applied on a steel-reinforced concrete underground to protect the underground
- Strengthening measures for restoration (e.g. failure of the bottom plate due to excessive load)
- Marine construction, earthquake, bridge constructions, structures that need small crack widths
Related Products
Floors & Slabs
solidian GRID Carbon is an ultra-strong, lightweight and corrosion-resistant carbon grid reinforcement for load-bearing concrete components.
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Floors & Slabs
solidian GRID glass is a high-strength, lightweight, corrosion-resistant glass fiber reinforcement grid for load-bearing concrete components.
read more
Rigid Meshes
CARBOrefit® refers to the method of strengthening the load-bearing structure of reinforced concrete components with the high-performance material carbon concrete.
read more
- Product Performance & Applications
- Certification & Compliance
- Installation & Handling
- Are your meshes suitable for high-load areas?
- Can your reinforcements be used in chemically aggressive environments like parking garages or industrial floors?
- Why is CE certification important?
- Which products are CE-certified for screed reinforcement?
- Is special equipment needed to install these reinforcements?
- Can your meshes be cut on site?
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solidian Primafloor 130, 145, 340
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solidian Primafloor C220 and B215
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solidian ANTICRACK Q43/Q47/Q85/Q95
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solidian Briksy Carbon
frequently asked questions
Your top inquiries, addressed
Absolutely. Both structural solutions (e.g. solidian ANTICRACK) and screed meshes (e.g. solidian Primafloor) are tested for mechanical performance and crack control under dynamic and static loads.
Yes. Products like solidian ANTICRACK and REMAT are engineered for high-performance use, including resistance to chemicals, de-icing salts, and water ingress. They are ideal for parking decks, warehouses, and production halls.
CE marking ensures compliance with European safety, health, and environmental protection standards. It also simplifies specification in public or regulated construction projects.
The CE-certified group includes:
This covers most standard applications on the market.
No special equipment is required. The materials are designed for fast, simple integration into standard site processes — ideal for both small and large projects.
Yes. All meshes can be easily cut on-site using standard tools. Lightweight formats reduce handling time and complexity.
