Renewal of structural levelling and mechanical functionalities of industrial flooring in concrete damaged by frost-defrost cycles or poor laying.
Structural, fibre reinforced fluid mortar for very low thickness screeds
Two-component polyester-based chemical anchoring for quick fasteners
QL NANO LITHIUM
Chemical/mechanical hardener, anti-dust, nano-technology, non-pellicular
Epoxy adhesive for structural construction joints, brushable
Concrete floors, particularly if outdoors or in industrial environments, are subject to heavy mechanical and chemical-physical stress. The further aggression caused by frost-defrost cycles can cause serious degradation and early aging of the floor. Over the years, the continuous and repeated degradation actions and natural wear due to use cause cortical detachment, which can be considerable and a few centimetres deep, cracks in the joints, surface fraying, pulverisation, etc.
In heavy industrial environments (steel factories, mechanical industries, chemical industries, etc.), further cases of degradation are possible on the surface of the flooring, due to enormous mechanical stress, possible thermal stress and chemical abrasion (such as the frequent and considerable impregnation of hydrocarbons). The repair cycle proposed was in fact developed between 2004-2006 for cortical repair of flooring in the Taranto steel factories, specifically requested by the client. In this case, total milling was decided of the degraded part impregnated with hydrocarbons, for a depth of a few centimetres and its renovation as indicated below. The same procedure was then used in hundreds of other building sites at national level, proving its efficiency, especially in environments subject to high mechanical stress.
The intervention protocol includes:
Lastly, the overall waterproofing of the system is ensured, as well as the impregnation with lithium silicates, also by the firm presence of thickened micro-silicates in FLOOR Q.
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SYNTECH POLIUREA: waterproofing with elastomeric coatings with high elasticity