Tetris Floor System

Product information cellecta s tetris patented insulation blocks provide outstanding thermal and structural performance.

Tetris floor system.

The block sit on and fit between standard pre stressed concrete floor beams and then finished with a structural concrete topping. Tetris is a raised floor system with tongue and groove edge made of calcium sulphate the only building material of its kind that is classified throughout europe with building materials class a1 non combustible acc. Tetris is the eco friendly super strong structural flooring insulated alternative to concrete beam and block floors. The system consists of large lightweight ultra high compressive strength insulation blocks which sit on and between cemex readyfloor concrete floor beams.

When connected together they form a flat fixed level above the concrete beams with zero cold bridges on which a structural concrete finish is laid. The insulation blocks sit on and between standard pre stressed concrete floor beams and is finished with a structural concrete topping. Tetris insulated block and beam simple ordering process. The dry laying of tetris floor offers numerous advantages compared with wet flooring systems and can be combined with any type of floor covering and size for a wide range of applications.

Tetris is third party certified and accepted by the leading warranty providers. These ultra high compressive strength boards are made from 100 recyclable extruded polystyrene. To din en 13501 1. The blocks and then covered with a structural concrete topping to produce a super insulated floor with the highest possible green guide rating available of a.

The revolutionary system is designed to provide outstanding thermal and structural performance. The tetris flooring system comprises three different types of extruded polystyrene xps insulation blocks. Tetris is a unique patented thermal insulation floor system designed to provide outstanding thermal and structural performance. Tetris high performance insulation boards replace concrete blocks in a beam and block floor to produce a super low u value structural ground floor in a fraction of the time.