Nowadays, interior design is becoming increasingly popular, and one of the latest trends in this area is the use of microcement over radiant flooring. Microcement is a very versatile material that can be used to cover a wide variety of surfaces, from walls and floors to furniture and decorative objects. The fact that microcement is a very durable and easy to maintain material makes it an ideal choice for those looking for high quality and durable interior decoration.
A decorative coating that is increasingly being used in conjunction with radiant floors, as both materials complement each other perfectly. This type of flooring is becoming increasingly popular in homes and offices, as they provide a pleasant feeling of thermal comfort that extends throughout the entire home effectively and being a more economical option in the long run. Microcement is a material that is a good conductor of temperature, making it ideal for use on this type of floor. In fact, the application of microcement over radiant floor heating is one of the latest trends in the decorative scene.
The microcement is already a decorative material that offers a great advantage when it comes to remodeling spaces. It possesses a multitude of properties that make it a versatile and beloved material by the professionals.
In the case of its action on underfloor heating, it was not going to be any different, being one of the few coverings that perfectly combines with this type of heating, compared to other materials, which, generally, are more delicate in these kinds of installations.
Next, we will mention some of its most outstanding qualities that make microcement the ideal coating to be used on underfloor heating.
Microcement is a material that presents high conductivity and thermal insulation properties, making it an ideal material to be used on surfaces such as underfloor heating, as it will prevent the possible appearance of defects, cracks or fissures in the future, a quality that is not usually fulfilled in most decorative coatings.
One of the most characteristic properties of microcement is its ability to create surfaces free of expansion joints. In this way, in the case of application on underfloor heating, the result is the same, creating elegant continuous floors without visual breaks, that give the room greater sophistication.
One of the most outstanding characteristics of microcement is that when installed on underfloor heating, it enhances better performance of them, achieving greater efficiency that translates into less energy required to reach the desired temperature. A good way to save money, especially in times like now, where the price of energy is through the roof.
The potential of underfloor heating lies in its uniform distribution, which helps to achieve more quickly that sensation that you are looking for thermal comfort, creating a perfect balance between the room temperature, as well as our own body temperature that we emit. All this carried out with great efficiency thanks to the thermal conductivity of microcement.
At MyRevest, we are highly skilled professionals working with microcement. Our knowledge extends from the manufacturing process to the application of the product. Thus, our professionals are experts in advising applicators when installing microcement in order to guarantee outstanding results.
In this case, we are going to delve into the execution process, step by step, of a microcement coating on a radiant floor, all with the aim of clarifying certain doubts and ensuring that the best way to obtain a satisfactory finish is firmly understood.
Before proceeding with the application of microcement on the radiant floor, we should perform a preliminary heating activation protocol. In this way, we prevent any potential cracks formed in the support from drastic temperature changes affecting the future surface.
The heating should finally be turned off approximately 48 hours prior to the start of the microcement installation on the radiant floor, ensuring that the maximum temperature does not exceed 18ºC.
Between 3 or 4 weeks should be allowed for the cementitious mortar to enter an advanced stage of setting. The time may vary depending on the climate.
Subsequently, it will be checked that the mortar is almost completely dry, with a maximum moisture content of 5%. Once all these requirements have been met, it will be time to proceed with the application of microcement on the floor.
We have reached the final phase of the process where it will be checked whether the entire installation has indeed been carried out step by step correctly. If the execution process has been rigorously followed, as we have explained, the results should be successful. However, the installation has not yet finished, next we will show you the final steps to achieve a high quality microcement radiant floor.
As with all decorative materials, there are certain problems or drawbacks that can arise if the installation is not satisfactory or if the product is not of high performance. It is for this reason that we urge you to make a small increase in the investment, especially if it is something you intend to keep in the long term.
In the case of microcement radiant floors, we have already mentioned how essential it is to have experienced labor and to know the product in detail, as well as to acquire a material that remains in perfect condition over time. If this is not the case, the problems that we are going to discuss next on your radiant floors could occur, which would mean a much greater expense.
The slippage of the relaxation layer is one of the most common problems that can arise with microcement in a radiant floor. This problem occurs when the layer of microcement slips over the thermal insulation layer. This can be caused by poor installation or the use of low-quality materials. It is important to repair the problem immediately, as this can cause irreversible damage to the radiant floor.
Another problem that may arise is a water leak. This problem occurs when the cement cracks and water seeps through it, affecting the radiant floor system and potentially causing significant damage.
Excessive thickness of the microcement can arise if the applicator has not made a uniform application of it, leading to a cement that becomes too thick and cannot be applied correctly. This interferes with the heating performance.
As we have mentioned before, it is essential to bet on a high performance product and experts who know how to do their job skillfully.
At MyRevest we specialize in the manufacturing, design, and sale of microcement. We have experience that has made us real experts in the product and everything that surrounds it, allowing us to offer a quality material with demonstrable success guaranteed.
Would you like to know more about the application of microcement on radiant floors? In that case, contact our experts and they will be happy to solve any questions you may have.