The performance and lifespan of a structure are largely determined by the properties of the materials used. Sanacon investigates and assesses concrete, steel, wood, and masonry to objectively map out causes of damage, degradation mechanisms, and remaining lifespan.
In the event of concrete damage (concrete decay), it is crucial not only to combat the visible symptoms but also to expose the underlying chemical causes, such as carbonation or chloride penetration. Superficial concrete repair without a prior diagnosis often leads to a rapid recurrence of the damage, whereas targeted concrete testing lays the foundation for a sustainable extension of the lifespan.
Corrosion in steel structures can invisibly undermine structural integrity, especially at critical points such as joints and welds. Only through accurate thickness measurements and material analyses can the actual remaining capacity be determined, allowing for informed decisions regarding reinforcement or preservation.
Wood rot and insect infestation can decimate a structure’s internal load-bearing capacity even before major damage is visible on the exterior. Specialized non-destructive testing maps the true condition of the core, which is essential to ensure safety and prevent unnecessary complete replacements.
Behind damp patches or cracks in (historic) masonry often lies a complex interplay of salt loading and material fatigue. An in-depth analysis prevents the use of incorrect mortars or techniques that would further damage the authentic material, thereby guaranteeing a technically correct restoration.
