Ditra 150 Roll Mat

To bond ditra and ditra xl to the substrate.

Ditra 150 roll mat.

Thus ditra effectively manages moisture beneath the tile. Ditra can be installed over a variety of subfloors including concrete plywood osb and radiant heated floors. Tile is installed over schluter ditra using the thin bed method in such a way that the mortar becomes mechanically anchored in the square cutback cavities of the schluter ditra matting. Uncoupling membrane for tiled floor applications.

To bond ditra xl to the substrate using the ditra xl trowel. The distinguishing feature of ditra is the existence of free space created by the configured channels on the underside of the matting. 22 68 kg bag of mortar per 100 ft 2 9 3 m 2. Free delivery on orders over 150.

Schluter ditra matting per sq m rolls or by pallet from tile fix. It provides uncoupling to prevent cracked tile and grout. The thickness of the tile assembly is minimized by using ditra which is only 1 8 in. Thick and is designed for ceramic and stone tile.

22 68 kg bag of mortar per 150 ft 2 10 7 m 2. To bond ditra to the substrate using the ditra trowel. To bond tile to ditra using a 1 4 x 3 8 6 mm x 10 mm square or u notched trowel. Find schluter products in our huge range of wet room supplies.

Use one 50 lb. Ditra is an uncoupling membrane designed for ceramic and stone tile installations on floors. Roll covers 150 sq. Use one 50 lb.

The free space provides a route for excess moisture and vapor to escape from the substrate that could otherwise cause damage to the tile layer above. 22 68 kg bag of mortar per 150 200 ft 2 13 9 18 6 m 2. Uncoupling membrane 1 8 inch thick 3 3 ft x 45 9 ft 150 square feet uncoupling membrane for under tile tile underlayment mat waterproofing anti fracture and crack isolation membrane 4 0 out of 5 stars 29. The anchoring fleece on the underside of schluter ditra is fully engaged in the mortar to provide a mechanical bond to the substrate.

Ditra is 1 8 in. Use one 50 lb. Use one 50 lb 22 68 kg bag of mortar per 40 50 ft2 3 7 4 6 m 2.