Edil New House
Self-leveling floors and low thickness levels for high efficiency systems for your structure.
Choose the quality.
Who we are
In 2002 was born the only construction company that could create the best floors for your structure.
From an idea and experience of Mr. Cosimo Gemma:
Edil New House.
It doesn’t matter at what height, what position, what place. We can get everywhere.
You can rely on us, we are the only guarantee.
We have everything we need to work independently:
- Installations
Twenty production plants: ten of sand and cement (additives and fibers to obtain different results), five self-leveling and low-thickness levels, five cellular concretes and perlite polystyrene (thermal). - Vans
Four vans (small and equipped) to get to uncomfortable places. - Processing
Insufflation (vertical walls for insulation). Insulation for the attics. It allows the isolation of the environments in order to avoid heat exchanges (thermal aspect) or vibrations (acoustic aspect) between them.
Processing
Traditional sand-cement screed
Innovative and designed for ceramics,
parquet and other materials.
Composed of cement, water and sand for greater durability over time.
Self-leveling screed
Designed with a cement base.
Used for underfloor indoors.
Studied with suitable blends to obtain
quick drying.
Levels
Latest technology used in the construction field, they are used to minimize the thicknesses of application of screeds and to save money
precious space.
Cellular concrete
Used as an intermediate filling
between the floor and the final screed.
Creates low static load thicknesses to increase thermal insulation.
Polystyrene mixed cellular concrete
The difference between standard cellular concrete and polystyrene mixed cellular concrete consists in the insertion of polystyrene beads.
It guarantees greater and even more
stable thermal insulation.
Insulation and thermal
We have matchless experience in this field.
This mixture guarantees both thermal and acoustic insulation which greatly increases the living comfort of the building.
Gallery
Contact us
Where are we
Strada del Francese, 136
Area Produttiva Rostia (TO)
CAP 10156
Phone
Cosimo Gemma
Administrator
335 6243752
Marzia Polignone
Accounting Office
011 295902
Email Address
Traditional screed – sand cement
Innovative screed used for laying ceramic, parquet, linoleum and other materials.
It is composed of cement, water, sand and any additives that give excellent homogeneity to the mixture, good workability of the compound and duration of time.
Thanks to our innovative systems for the production and pumping of substrates, the sand-cement screed is kneaded in a totally automated way through the use of two separate compartments, one for the aggregate and one for the cement: these two materials are mixed in the special tank to obtain a high quality product with a controlled dosage.
It is also possible to load fibers and add additive for quick drying, especially indicated for laying floors that require a humidity level of less than 2.5% within a maximum time of 28 days up to 5cm, allowing for a suitable compactness to facilitate the transmission by irradiation of the heat generated by the coils of the radiant system and excellent surface workability given by the homogeneity obtained from the planetary mixing.
Self-leveling screed – cement based
The cement-based self-leveling screed is mixed by means of a horizontal mixer connected directly to the silo station and sent to the installation point by means of a continuous screw pump.
It is used as a substrate layer, indoors for wooden, vinyl, linoleum, carpet, ceramic tile floors. It is particularly suitable for homes, schools, gyms, offices, warehouses and more generally for large internal surfaces in housing in the tertiary sector.
The self-leveling cement-based screed is a dry premix composed of particular cements, classified sand and chemical additives to improve workability, optimize the self-leveling characteristics and is quick drying.
TECHNICAL FEATURES:
| Specific weight of the finished product (Kg/mg) | Forgivability (h) | Thicknesses (cm) | Yield (Kg,mq) | Flexural strength at 28 gg (Kg/cmq) |
Compressive strength at 25s (Kg/cmq) | Thermal conductivity |
| 2000 | dopo 24 h a 20° C | 3 – 6 cm | 18 (spess. 1 cm) | 50 | 200 | (λ) 1, 40 W/mk |
Cellular concrete
We use Cellular Concrete as an intermediate filling between the floor and the final screed, to create thicknesses with low static load and to increase the thermal insulation characteristics.
Cellular concrete is obtained by mixing in a special machine with the cement binder grout with the foam obtained with the mobile phone additive.
A good regulation of the foam and cement grout is a condition for not having subsequent drops in the level of the finished product after drying.
The product is thrown after having placed the appropriate levels between 5 cm and 80 cm.
EXCELLENT THERMAL INSULATION
TECHNICAL FEATURES:
| Density (Kg/mc) | Cement 325 (Kg) | Water (lt) | Foam (lt) | Resistances(Kg/cmq) | Coefficient of thermal conductivity (λ) (Klcal/m h ° C) |
| 300 | 250 | 125 | 870 | 5 | 0,062 |
| 400 | 331 | 165 | 845 | 10 | 0,085 |
| 500 | 416 | 208 | 666 | 17 | 0,090 |
| 600 | 495 | 228 | 632 | 25 | 0,11 |
Polystyrene mixed cellular concrete
We use cellular concrete with polystyrene beads (300 It / mc of mixture) as intermediate filling between the floor and the final screed, to create thicknesses with low static load and to increase the thermal insulation characteristics.
Cellular concrete is obtained by mixing the cementitious binder grout with the foam obtained with the Cellular Additive and the polystyrene beads in the appropriate plant.
A good regulation of the foam and cement grout is a condition for not having subsequent drops in the level of the finished product after drying.
The product is thrown after having placed the appropriate levels between 5 cm and 80 cm.
The addition of polystyrene beads to simple cellular concrete gives greater thermal insulation and excellent stability of the mixture. This creates an insulating and stable material that is very reliable.
TECHNICAL FEATURES:
| Density (Kg/mc) | Cement 3.25 (Kg) | Water (lt) | Foam (lt) | Resistances (Kg/cmq) | Thermal conductivity (λ) (λ) |
| 300 | 240 | 120 | 500 max | 7 | 0,060 |
| 400 | 320 | 160 | 500 max | 12 | 0,082 |
| 500 | 400 | 200 | 500 max | 20 | 0,090 |
Insulations
Our company truly believes that the insulation technique is useful. Why? It allows to isolate the rooms in order to avoid heat exchanges and acoustic vibrations between them. Long story short, it is useful for two factors: thermal and acoustic.
Good insulation allows you to keep your home warm in winter and cool in summer, allowing us to provide you with the best experience in a home.
We can think of an insulation of your roof, attic, floor or wall. We will choose the materials based on the type of area we will isolate and based on the climate where you live, in fact, it is good to worry about the presence or absence of humidity in order to avoid excessive changes in temperature. Thanks to this operation, the value of a property increases, this is possible, due to greater energy savings to heat the environment and offers superior comfort to a private home or an office.
Insufflation
We understood thanks to research that also a really useful technique for insulation is blowing with wool or fiberglass.
Thanks to the blowing technique, widely used today as it is really effective and at the same time cheaper than the realization of a thermal coat, simply by making holes of 4 cm in diameter (about 5 per wall, depending on the size) in which the glass wool flakes are then blown in, it is possible to thermally-acoustically blow the perimeter walls of the house.
The blowing operation can in fact be carried out in inhabited houses and in houses undergoing renovation as it does not involve particular inconveniences, but only requires some simple precautions. It is also an excellent solution to save energy, it does not require building works to be implemented in complete safety and cleanliness.
Levels
Latest technology used in the building field, they are used to minimize the application thicknesses of screeds.
The levels differ from each other by type of support and mechanical performance. They vary from thicknesses of 2 to 35 mm for application in floating form on traditional radiant systems or anchored as a leveling layer or for lowered radiant systems.
We offer two types of levels:
Self-leveling NE 425
Super Level NE 499
SELF-LEVELING NE 425
It is particularly suitable for the application of floors with a heating system.
Only 20 mm thick above traditional radiant systems and only 8 mm for application in lowered floor heating systems.
It is suitable for all types of cladding, for underfloor heating and high thermal conductivity.
It is also biocompatible, so it respects the environment.
SUPER LEVEL NE 499
Only 10 mm thick above a traditional radiant system for lowered floor heating systems, with only 5 mm above the system.
This is also suitable for all types of cladding, suitable for laying on underfloor heating systems and has a high thermal conductivity.
This is also biocompatible, it respects the environment and it’s safe.