The Surface Impresses with Its High Impact Resistance and Durability
The application areas and resistance of composite ceramic worktops are largely the same as those of large-area solid ceramic worktops. The only differences from solid ceramic are due to the material of the marine edge. The thick edging of composite ceramic has significantly higher shock resistance and slightly lower chemical resistance than large-area solid ceramic.
Construction
| Surface | Solid ceramic plate with liquid-tight glaze Thickness: 8 mm |
| Substrate | Particle board E1V20, thickness 19 mm Max. length of individual panel/tile: 1200 mm |
| Thickness | 30 mm (with polypropylene thick edging) |
| Edge finish | Polypropylene edging |
| Colour | Baltic Blue |
| Maximum length of a single worktop | 2.4 m |
| Recommended basin materials | Ceramic, Baltic Blue |
Properties
| Chemical resistance | Exceptionally good |
| Not resistant to | Hydrofluoric acid, fuming sulphuric acid, hot strong alkaline reagents |
| Temperature resistance | Good |
| Scratch resistance | Good |
| Shock resistance | Surface: moderate Polypropylene thick edging: good |
| Mechanical strength | Good |
| Cutting to size on site | Not possible |