Technical characteristics of polished concrete
High-strength mineral mortar is a decorative coating for interiors, based on cemented resin for floors and walls, of the "polished concrete" type. Its colour is obtained by the addition of iron oxide-based pigments and synthetic pigments. Its particularity is that it can be applied in thin layers of 1 to 3 mm.
Nature of compatible media
Cement or anhydrite screeds, old tiles, concretes and derivatives that are perfectly stable and rigid;
Plasterboard, resin, wood, metal etc.
The substrates must be perfectly healthy and dry, free of dirt.
Composition
Ready-to-use coloured mortars, composed of aggregates, special cements reinforced with synthetic resins.
Packaging in the form of buckets
Kit for 4 to 5 m2 including :
- 5 kg - Primary mortare P 3 kg - Finishing mortar F
- 1 litre - Adhesion primer for varnishes - Vinseal
- 1 litre - Varnish for polished concrete
For approved applicators, packaging in the form of buckets of :
- 18 kg Primary mortar - P
- 10 kg Finishing mortar - F
- 5 litres - Adhesion primer for varnishes - Vinseal
- 5 litres - Matt varnish for polished concrete
- Dye used for "tinting": iron oxide
Storage : 12 months in its original packaging stored away from frost and sunlight
Water/cement ratio : Approx. 34 to 37% water depending on the desired look.
Mixing time – mixing : Approx. 2 to 3 minutes
Practical duration of use :
- 10 and 20 minutes depending on the conditions of implementation
Conditions of implementation :
- Minimum temperature of 10° to 25°C degrees at most.
- Relative humidity approx. < 80 %
- Cleaning of tools: with water
Technical data of the coating
- Bulk density: 1.6 kg / liter
- Consumption of primary mortar: approx. 1 to 2 kg/m2 Consumption of finishing mortar: approx. 0.6 to 1.2 kg/m2 Thickness of microcement: approx. 1 to 3 mm
- Thickness with the pre-layer of the self-levelling mortar: approx. 5 to 6 mm.
Flexo Tensile Strength
Approx. 1 day : 5 N / mm
2 - 3 days : 6 N / mm
2 - 7 days : 7 N / mm
2 - 28 days : 10 N / mm2
Compressive strength
Approx. 1 day : 15 N / mm2
3 days : 20 N / mm2
7 days : 25 N / mm2
28 days : 30 N / mm2
Brinell Hardness
Approx. 1 day : 40 N / mm2
3 days : 50 N / mm2
7 days : 55 N / mm2
28 days : 60 N / mm2
Our recommendations are based on tests and practical experience over several years. The data and results may be influenced depending on the conditions of implementation.
All details presented are given for information purposes only and do not represent a condition of responsibility.
These data cannot therefore be used as a basis for the assessment of reparations.