NBS Source
Schlüter®-DITRA-SOUND

Application

For tile coverings. May be installed over the following substrates:

  • Concrete;
  • Cementitious screeds;
  • Calcium sulfate screeds (residual moisture content 0.5 CM% or less);
  • Heated screeds;
  • Plywood panels;
  • Hardwood floors;
  • Stair treads and risers.

Description

A bonded impact sound insulation for tile coverings, made of a heavy polyethylene mat, which has an anchoring fleece laminated on both sides to bond with the tile adhesive. Installation is preferred by Schlüter-Systems trained installers.


Features and benefits:

  • A heavy polyethylene mat with a thickness of approximately 3.5 mm.
  • A fleece fabric is laminated on both sides of the mat.
  • Does not rot, is waterproof and bridges hair line cracks in problematic substrates.
  • The test institutes review such systems, regardless of their manufacturer, in accordance with the requirements of standard DIN EN ISO 140-8 (BS EN ISO 140-8).
  • Taking measurements on the full assembly in a real installation situation, this test resulted in a sound impact insulation value (ΔLW) of 13 dB. However, the actual impact sound reduction of an assembly depends on the local circumstances (construction system) and may differ from this value. Consequently, the determined test values cannot be applied to specific construction site situations.
  • Largely resistant to the effects of watery solutions, salts, acids and alkalis, many organic solvents, alcohols and oils. The suitability of the material must be verified based on the specific chemical stresses, including the anticipated concentration, temperature and length of exposure. The water vapour permeability of the material is relatively low.
  • In conjunction with Schlüter-KERDI, provides a waterproof assembly for ceramic tile and natural stone applications.
  • The tiles are installed directly over Schlüter-DITRA-SOUND in accordance with the applicable regulations, using the thin-bed method. The thin-bed mortar bonds with the fleece fabric on the topside of the mat. This results in the complete bonding of the entire system.
  • The floor/ceiling structure absorbs the structure borne noise and transmits the resulting impact sound in the form of airborne noise. The heavy mat material absorbs much of the impact sound created by walking and reduces the drum roll effect.
  • The insulation panel is suited for renovation and refurbishment projects in buildings, but also for new construction projects.
  • Can be used to bridge cracks, which are not expected to widen significantly or show height displacement. This ensures that cracks in the substrate are not transferred to the tile covering.
  • If high traffic loads are expected (maximum 5 kN/ m2; e.g. in commercial applications), the tiles must be sufficiently thick and pressure stabilised for the corresponding application area. In areas with high traffic loads, it is particularly important that the tiles are fully embedded in the tile adhesive. Tiles should at least have a dimension of 50 x 50 mm.

General information

Finish

Laminated

Fleece fabric laminated.

Color

Grey

Black

Material

Polyethylene

Heavy.

Fleece

Shape

Rectangular

Size

3.5 x 50 x 750 mm

WarrantyDescription

Five years

Uniclass 2015

Ss_30_42_32_40 Internal floor tiling systemsPrimary

CAWS

M40/110 Tiling to

M40/5 Tiling to

Product range

Waterproofing, Uncoupling, Drainage and Sound Insulation

Specification data - Internal floor tiling systems Enhanced data

Separating layer

-

Material

Fleece fabric.

Intermediate substrate

-

Type

Heavy polyethylene.

Fixing

Thin-bed mortar.

Joints and seals

If waterproofing is required, the matting should be covered in Schlüter-KERDI-200 waterprofing membrane.

-

Bedding

-

Type

Cementitious adhesives

Application

Thin bed, solid.

Product Reference

Schlüter®-DITRA-SOUND

Accessories

Schlüter-DITRA-SOUND-KB.

Adhesive tape to cover joints.

Schlüter-DITRA-SOUND-RSK.

Soft adhesive edge insulation strip.

Thermal Conductivity:

0.40 W/(Mk).

Thermal insulation

0.007 m2 K/W.

Weight

5.5 kg/m².

Environmental information

Country of material origin

Germany