Construction, Architecture & Restoration
Long-term protection and breathability for stone, concrete, glass, and wood
Our nanotechnology solutions incorporate advanced hydrophobic and oleophobic properties specifically designed to provide deep protection for porous materials, whilst ensuring self-cleaning surfaces and high resistance to UV-induced degradation.
In addition to enhancing the thermal and acoustic insulation of the building envelope, these formulations optimise safety through high-grip anti-slip treatments and permanent anti-graffiti barriers that do not compromise the breathability of the substrates.
The use of these systems effectively prevents structural damage caused by freeze-thaw cycles and the growth of mould, algae and rising damp, ensuring the highest standards of indoor air quality.
The application results in a significant reduction in routine maintenance costs and an increase in the sustainability of buildings’ life cycles, enabling the aesthetic integrity and historical value of architectural works to be preserved over time.
From Consultancy to Certified Application
While our nanotechnology offers superior protection across multiple materials, high-value natural stone surfaces require a specialized approach. BSB60 provides a dedicated service where our industry experts manage the entire process: from technical diagnosis and project specifications to professional on-site application. Ensure your stone investment is protected by a certified treatment that guarantees lasting aesthetic and structural integrity, whether on land or at sea.
Discover the molecular science behind BSB60 treatments. Download the complete compendium on nanotechnological solutions for the construction and restoration sectors.
To ensure the highest application standards and long-term performance, BSB60 provides customized documentation for each project.
You can request the specific Technical Data Sheet (TDS) and operative protocols by completing the form in the section below.
Request Technical Data Sheet (TDS) & Application Protocols