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Cement screed

Technical data sheet Technical_data_sheet_READY-MIX_SCREED_440_DC0042106.PDF
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Sicherheitsdatenblatt (SDB) Sicherheitsdatenblatt__SDB__READY-MIX_SCREED_440_DC0057203.PDF
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Intended for executing cement floor bases and flooring layers, as well as similar pressure, base layers, slope-shaping layers, both indoors and outdoors.

Used as base in floor heating systems, applied on thermal insulation, separating layer and binding with the groundwork.

The screed can also be used to execute other elements poured directly at the construction site, such as: foundations, lintels, stairs, ceilings - after applying sufficient reinforcement.

Minimal layer thickness: base binding with the groundwork > 25 mm; base on separating layer > 35 mm; base "floating" on the thermal and/or acoustic insulation layer > 40 mm; anhydrite base in the floor heating system -> 45 mm (external diameter of the heating element + thickness of the layer above heating elements min. 30 mm).

Applied as base for ceramic tiles, synthetic lining, panels, parquet, etc.

  • Very high durability
  • Frost resistant
  • Waterproof
  • Universal
  • Under parquet, panels, carpet flooring, tiles

Amount per unit

25 kg/bag

Unit per pallet

48 Stk./Pal.


Up to 12 months from the date of manufacture, in dry areas and in non-damaged factory packaging, at temperatures from +5°C to +25°C.

Classification according to PN-EN 13813:2003CT-C40-F6
Shelf life after mixing with waterUp to 60 minutes
The possibility of treading on the finished floorfrom 24 to 48 hours
The possibility of performing further worksAfter 28 days of hardening
Layer thicknessup to 25mm
Water mixing proportionsc.a. 3.5 l per 25kg of dry mix
Dry mix consumptionc.a. 1.93 kg/m2 per 1 mm of thickness
Soluble chromium VI content≤ 0.0002%
Reaction to fireF
Release of corrosive substancesCT
Water permeabilityNPD
Water vapour permeability µNPD
Tensile bending strengthF6
Resistance to wearNPD
noise insulationNPD
Sound absorptionNPD
thermal resistanceNPD
Chemical resistanceNPD
Release / content of hazardous substancesλ: < 0,83W/m*K