DOLINA NIDY THM
MACHINE-APPLIED HYBRID PLASTER
- combines the advantages of gypsum and cement plasters
- extremely strong surface
- resistant to microcracks
Product description
DOLINA NIDY THM is innovative, ready-to-use hybrid gypsum-cement mortar.
• for single-layer rendering of interior walls,
• for all rooms with a maximum air humidity of 80 % - including kitchens and bathrooms, garages, utility rooms etc.,
• ideal as substrate for paints, finishing coats and wallpaper,
• as substrate for decorative plasters,
• ideal as substrate for wall tiles (including large-format tiles) with a weight of up to 35 kg/m2.
PACKAGING:
Paper bags: 30 kg.
Properties
- a combination of two binders characterised by different properties - synthetic gypsum for easier processing and Portland cement for increased strength, as well as selected mineral fillers and chemical additives;
- a balanced composition of raw materials and a coordinated ratio of the two binders give the finished plaster a number of particularly sought-after properties and characteristics: - it ensures high strength, hardness and resistance of the surface to scratching as well as excellent adhesion to the substrate, - the cement binder makes the plaster more resistant to moisture, - thanks to its parameters, the rendering mortar can be used also in rooms with less favourable ambient conditions.
Main parameters
- Minimum layer thickness: 8 mm
- Maximum layer thickness on walls: 40 mm
- Maximum layer thickness on ceilings: 15 mm
- Adhesion to the substrate > 0.5 N/mm2
- Bending strength: > 2.0 N/mm2
- Compressive strength: > 7.0 N/mm2
- Surface hardness: > 13.0 N/mm2
- Mixing ratio: approx. 11.1 l water per 30 kg CONSUMPTION: The average consumption is approx. 13.5 kg per 1 m² at a layer thickness of 10 mm (consumption depends on, among other things, the evenness of the substrate, the consistency of the mortar during the application and the type of construction material).
Technical documentation
Here you will find product-related documents and other files for download: