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SCHÖNOX® HS 10

Rapid setting, self leveling hybrid floor leveling compound with Hybrid Active Dry Technology

Combines the advantages of a low tension calciumsulphate based leveling compound with the fast drying of cementitious systems. SCHÖNOX HS 10 guarantees very fast, climate-independent drying and early readiness for covering, while at the same time being very easy to apply.

EMICODE EC 1PLUS: very low emission
- 30 % CO2 Emissions
RAL UZ 113: Environment-friendly, because very low-emission
quickly ready for covering through high water binding capacity
fast developement of strength
dust reduced
for interior use
self-levelling
high level of hardness and strength
very smooth application
suitable for application on subfloor heating systems
ideal in combination with Sika coatings
synthetic resin-modified
layer-thickness 1,0 to 20 mm
pumpable
low tension/stress
suitable for castor wheels loading with layer-thickness more than 1,0 mm according to EN 12 529
low porosity surface

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Usage

SCHÖNOX HS 10 is suitable for filling, smoothing, evening and levelling of substrates:

in residential, commercial and light industrial areas, e.g. hospitals, high-traffic shopping centres
under textile and elastic coverings as well as parquet (for full-surface levelling under parquet, layer thickness at least 2 mm)
for full-surface levelling under sealings and coatings (Note the system design in combination with Sika coatings)
in interior areas

Advantages

EMICODE EC 1PLUS: very low emission
- 30 % CO2 Emissions
RAL UZ 113: Environment-friendly, because very low-emission
quickly ready for covering through high water binding capacity
fast developement of strength
dust reduced
for interior use
self-levelling
high level of hardness and strength
very smooth application
suitable for application on subfloor heating systems
ideal in combination with Sika coatings
synthetic resin-modified
layer-thickness 1,0 to 20 mm
pumpable
low tension/stress
suitable for castor wheels loading with layer-thickness more than 1,0 mm according to EN 12 529
low porosity surface