TILE FOR THERMAL AND ACOUSTIC INSULATION AND PRODUCTION METHOD

Abstract

The tile for thermal and acoustic insulation has engravings (1) arranged by a diamond disc angled of about 45? along the inside part (2) of the tile (3). Said tile (3) is hung and glued to the hook (4) of the bracket (5), with the brackets (5) fixed inside each panel (6).

Claims

1. Tile for thermal and acoustic insulation comprising engravings (1) arranged by a diamond disc angled of about 45? along the inside part (2) of the tile (3) characterized in that the tile (3) is hung and glued to the hook (4) of the bracket (5), with the brackets (5) fixed inside each panel (6), with a production method according the following steps: aputting of the brackets (5) inside the shell mold; binsertion inside the closed shell mold of polystyrene added with graphite; cexpansion phase of the polystyrene inside the mold; dsintering phase of the polystyrene added with graphite; ecooling and extraction by opening of the shell mold, wherein the tile for thermal and acoustic insulation is coupled with an EPS insulating panel (6) added with graphite.

2. Tile for thermal and acoustic insulation, according to claim 1, characterized in that the panel (6) is arranged on staggered floors (6A, 6B).

3. Tile for thermal and acoustic insulation, according to claims 1 and 2, characterized in that it presents long the sides of the floor (6A), metal plates (10) with central holes (11).

4. Tile for thermal and acoustic insulation, according to claims 1, 2 and 3, characterized in that in the holes (8, 11) fixing means (9) are inserted, for the connection to the wall of the tile (3).

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0004] FIG. 1 is perspective view of the tile for thermal and acoustic insulation with EPS panel and brackets fir fixing at the wall of the tileFIG. 2 is perspective view of a bracket.

[0005] FIG. 3 is lateral view of the tile connected to a EPS panel.

DETAILED DESCRIPTION

[0006] The thermal and acoustic insulation tile has engravings 1 arranged by a diamond disc angled of about 450 along the inside part 2 of the tile 3. Said tile 3 can be made of porcelain stoneware, preferably of thickness included between six and nine millimeters. In other embodiments the tile can be made of other materials such as stone, resinous compounds, agglomerates and other coatings in use in construction. The tile 3 is, then, hung and glued to the hook 4 of the bracket 5 and to all the outside surface of the panel 6. Are expected at least two support brackets 5 to the panel 6. The hook 4 is preferably a hook with flap 7 inclined at 45? upwards for interlocking with the engraving 1 and the support of the tile 3. Then the hook 4 provides a hole 8 into which the fixing means 9 are placed for the position onto the wall of the tile 3. The glue used between the inside part of the tile 3 and the panel 6 is, for example MS-Polymer glue. The panel 6 is arranged on staggered floors 6A and 6B and provides long the sides of the floor 6A metal plates 10 with central hole 11 for the insertion of further fixing means, in addition to those place into the holes 8 of the hooks 4 for the positioning onto the wall of the invention. In the assembling of more panels 6 so there are not metallic parts that directly connected the external environment at the tile 3 with the wall onto which is placed. The fixing means 9 to the wall can be of different kind, as for example Keil fixing system of Fisher or rawplugs. In other realization version the thermal and acoustic insulating tile is to be placed onto the wall by fixing means 9, such as for example the Keil fixing system of the Fisher, placed in holes 11 of the metal plates 10 in the sides of the floor 6A. The brackets 5 are fixed inside each panel 6 with a production method according the following steps: aputting of the brackets 5 inside a shell mold; binsertion inside the closed shell mold of polystyrene added with graphite; cexpansion phase of the polystyrene inside the mold; dsintering phase of the polystyrene added with the graphite; ecooling and extraction by opening of the shell mold. With this method so are arranged brackets 5 inside the EPS panel 6 avoiding metallic parts in connection with the external environment and with the wall. The same method can be arranged for the production of panel made of pressed cook, The invented device is open to a lot of modifications and variations, all part of the inventive object. Every detail can be changed with technically equivalent alternative without exiting to the protection field of the enclosed claims.