An engineered wood flooring - is a two-layer floor, which are produced industrially by gluing two layers of wood. Engineered hardwood boards are glued together in a cold way, using EPI glue, that adhesives to resistance class D4, according to EN204. The top layer of parquet is 4 or 6 mm thickness, one strip oak lamella. This layer ensures the durability of wood floor, creates surface pattern exclusivity and elegance. The second layer - the multi-layered birch plywood, which is responsible for the stability of the engineered wood floors, protecting it from deformation.
An engineered hardwood boards are with tongues and grooves, has two edges bevels on the long sides. Engineered parquet are usually laid on the heated base for good thermal conductivity. The heat conduction rate is λ = 0,15-0,17 W/m2K, depending on the thickness of parquet.
An engineered parquet might be glued to a wooden base or straight on the concrete, using a special glue. Before installation on the heated base, make sure that heating of the entire floor area is the same level. It is very important, that floor temperature fluctuation amplitude would be a small. Recommended floor temperature change is not more than 2-4° C during the day, for lifting or reducing the temperature of the floor. Temperature of heating on the surface of parquet must never exceed +27° C.
Engineered oak, thickness 15,5 mm, unfinished - DECLARATION Engineered oak, thickness 15,5 mm, oiled with "SAICOS" - DECLARATION Engineered oak, thickness 15,5 mm, oiled with "RUBIO MONOCOAT" - DECLARATION Engineered oak, thickness 15,5 mm,, oiled with "FLOOR SERVICE" - DECLARATION Engineered oak, thickness 20 mm, unfinished with- DECLARATION Engineered oak, thickness 20 mm, oiled with "SAICOS" - DECLARATION Engineered oak, thickness 20 mm, oiled with "RUBIO MONOCOAT" - DECLARATION Engineered oak, thickness 20 mm, oiled with "FLOOR SERVICE" - DECLARATION Engineered oak, thickness 20 mm, lacquered - DECLARATION Engineered oak, thickness 15,5 mm, unfinished - PROTOCOL