Briksy
solidian Briksy is an innovative reinforcement system designed for masonry structures, providing superior stability and long-lasting durability. With its easy application and robust design, solidian Briksy is the ideal solution for enhancing load-bearing capacity and improving overall structural safety.
This product is suitable for a wide range of masonry projects, including residential, commercial, and industrial buildings. No matter the complexity of your project, solidian Briksy provides safety and reliability at every stage of construction.
solidian Briksy carbon is tested according to EN 846-2.
Product Features
- High Performance: Reinforces walls effectively, minimizing the risk of cracks due to stress or thermal expansion.
- Easy Installation: A flexible mesh available in roll form (max 30cm width) that’s simple to handle on-site; easily cut to the required length without specialized tools.
- Non-Corrosive: Designed for indoor and outdoor use, providing long-term resistance to corrosion and external elements.
- Enhanced Stability: Primarily strengthens in-plane flexural capacity of walls while also reinforcing against out-of-plane movement, particularly beneficial in vertical seismic loading.
- Lightweight and Compact: Allows for effortless transport and handling, reducing logistical challenges on-site.
- Available in Various Widths: Offers flexibility to meet diverse project specifications.
reinforcements for the future generations
Product Applications
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Horizontal Application: Apply solidian Briksy in at least one horizontal mortar layer every 500 mm within masonry walls, following NTC 2018 and Eurocode 8 requirements for areas with moderate to high seismic risk.
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Wall Positioning: Place solidian Briksy at key points, such as corners and joints, to enhance in-plane flexural strength.
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Corrosion Resistance: Suitable for both indoor and outdoor use, solidian Briksy is non-corrosive, ensuring long-lasting wall reinforcement
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Optimal Bonding: Ensure solidian Briksy is fully integrated with the mortar for maximum stability.
