Buy Self Levelling Compound & Kerakoll Keratech Eco Flex Eco Friendly Flexible Self Levelling Compound 25kg Full Pallet (42 Bags Tail Lift) Online

42 x 25kg Bags

Certified, extra-rapid hardening, eco-friendly, self-levelling mineral product for the high-performance and high-deformability correction of irregular substrates, ideal for use in GreenBuilding. Low CO2 emissions and very low volatile organic compound emissions, recyclable as an inert material at the end of its life. 

Keratech® Eco Flex develops a high degree of flexibility and dimensional stability, making it ideal to correct deformable substrates, and gives superior workability and hardness. A self-levelling product suitable for the subsequent laying of all types of coverings.

Used for the self-levelling adjustment of irregular and uneven substrates, with extra-rapid setting and drying, compensated shrinkage and very low TVOC – Total Volatile Organic Compound. Made with hypoallergenic, low chromate content cements. Thickness from 1 to 15 mm.
Compatible adhesives:
- Gel adhesives, mineral adhesives with SAS technology, single and two-component organic adhesives
- Reactive-epoxy and polyurethane, single and two-component cement-based adhesives, dispersed in water or solvent solutions
Covering materials:
- Porcelain tiles, ceramic tiles, Klinker and Cotto of all types and formats
- Natural stone, recomposed materials, marble
- Hardwood floors, PVC, linoleum, rubber in civil, industrial and sports applications, textiles and cork
- Resins for residential use
- Raised floors
Substrates:
- Mineral screeds made with Keracem® Eco Pronto, Keracem® Eco Prontoplus, Rekord® Eco Pronto, Keracem® Eco and Massetto Premix
as a binder or pre-mixed
- Cement-based screeds
- Prefabricated concrete or fresh concrete castings
- Timber, plywood and hardwood floors
- Residual traces of cement-based adhesives

Flooring for internal use in residential, commercial and industrial applications and on heat-radiant slabs.

Do not use in external applications, on highly flexible substrates subject to thermal expansion, or on wet surfaces or substrates subject to continuous moisture rising.