Advantageous rate
Labor cost | €4,50 per m2 |
+ | |
Water base paint | €1,00 per m2 |
or | |
Latex paint Sigma | €3 per m2 |
We guarantee good value for money.
Please, contact us:
+421 949 856 987
Applying this method of spraying to walls saves money and time. Airless spraying is often chosen for painting projects where quality, time and money savings are important factors.
of airless spraying
Airless spray technology allows paint or coating to be applied quickly and evenly, resulting in a more efficient process compared to traditional methods such as rolling or brushing.
It ensures even layer distribution even on rough or uneven surfaces, achieving a consistent finish without streaks or brush strokes.
Because the atomization is so fine, less material is wasted compared to other methods, resulting in lower material costs.
It is ideal for applying coatings to large areas, such as walls, ceilings, and facades, allowing projects to be completed faster.
Airless spray can push coatings deep into porous surfaces, achieving better adhesion and durability.
Because of its rapid application and coverage, airless spray can help reduce labor hours, resulting in lower labor costs for projects.
Our rates
Labor cost | €4,50 per m2 |
+ | |
Water base paint | €1,00 per m2 |
or | |
Latex paint Sigma | €3 per m2 |
Please, contact us:
+421 949 856 987
Please, contact us:
+421 949 856 987
MM PROFESSIONAL
Latex paint is more expensive than water-based paint because of the added durability and mold resistance that latex offers over water-based paint. It is important to look at the situation itself. How moisture-resistant is the room, what kind of walls do you have and what color do you want to put on the wall? Latex paint generally has better adhesion, making it more suitable for applying brighter colors.
The rooms where we plan to spray latex should be mostly devoid of objects, allowing for unobstructed movement throughout.
No, we can apply even other colors, but this is extra work and it is more expensive.
Yes, but only if preliminary surface adjustment is performed.