Fassa screeds and underlays: a solid base for your floors

Fassa screeds and underlays available on EmmetiStore.it are the ideal solution for creating a solid and stable base for your floors. In this article, we will explore everything you need to know about Fassa screeds and underlays offered on EmmetiStore.it, from features to advantages and disadvantages, to help you make an informed choice.

Introduction to Fassa screeds and underlays

Screeds and underlays are used to create a flat and uniform surface before applying flooring. Fassa screeds and underlays offered on EmmetiStore.it are designed to offer a high-quality solution for leveling and preparing surfaces, ensuring correct and long-lasting flooring installation. These products are formulated with high-quality materials and are suitable for different types of floors and surfaces.

Advantages of Fassa screeds and underlays

Fassa screeds and underlays available on EmmetiStore.it offer numerous significant advantages. This is why they are a popular choice for surface preparation projects:

Leveling and flatness

Fassa screeds and underlays allow you to obtain a level and flat surface. These products are specially formulated to fill any unevenness and create a uniform base, ensuring correct installation of the floors without deformations or irregularities.

Mechanical resistance

Fassa screeds and underlays offer high mechanical resistance. Once hardened, these products become a solid and resistant base, capable of withstanding mechanical stress and daily wear and tear of floors.

Excellent adhesion

Fassa screeds and underlays offer excellent adhesion to application surfaces, such as concrete, plaster or existing underlays. This solid adhesion ensures that the screed or underlay is firmly fixed to the surface, avoiding the risk of movement or detachment.

Ease of application

Fassa screeds and underlays are designed for easy application. They can be mixed and spread easily, allowing for easy and precise laying. Their workable consistency facilitates the installation process, reducing the time and effort required.