Thermally secured silico – calco – sodium glass. Glass panel in the surface of which compression stresses are induced by a controlled heating and cooling process, in order to give it an increased resistance to established mechanical, thermal stresses and fragmentation characteristics.

Advantages

­Security by fragmentation

In case of breaking of the safety glass, the risk of injury is greatly reduced, as it breaks into small pieces with uncut edges.

­Increased resistance to thermal stresses

The safety glass has a higher resistance to stresses of thermal origin than that of an ordinary annealed glass.

­Transparency

Safety glass doors allow the lighting of corridors or surfaces placed away from the plane of the facade.
Safety glass has the same spectrophotometric characteristics as the base product, the same thickness, before being subjected to heat treatment (except for certain types of glass with a special film marked ``T`` or ``II``)

­Increased resistance to mechanical loads

The safety glass ensures a resistance to shocks and folding 4 times higher than that of an annealed glass of the same thickness.

­Curtain walls

The safety glass panels that are part of the insulating (IG) glazing elements and assembled with the help of metal elements, allow the realization of large glazed surfaces, reducing the image of load-bearing structures.

­­Marking

The safety glass according to SR EN 12150-1 standard is permanently marked. Marking provides the following information:

- Name or brand of the manufacturer;

- European standard number: EN 12150;
Sticla Securizata

The safety glass can be

  • sandblasted or acid-coated (the maximum voltage allowed may be different from the untreated product);
  • drilled and / or cut (operations are performed before securing);
  • film-coated, with a solar control deposit, with low emissivity or with a self-cleaning deposit;
  • stratified;
  • assembled in insulating glazing;
  • enamelled;
  • screen-printed.