What is the best tile for thermal insulation?
- FW2 Propaganda
- Sep 12
- 3 min read
In countries with hot and humid climates, where temperatures can be high for most of the year, thermal comfort within projects and buildings is a priority. Choosing the right roof tile plays a fundamental role in this regard, directly influencing the interior temperature and, consequently, energy consumption.
But, after all, what is the best tile for thermal insulation?
In this article, we'll explore the concept of thermal insulation and the properties of ceramic tiles, so you can make the best choice for your project with Top Telha.
Happy reading!
Thermal insulation: what is it?
Thermal insulation is a set of techniques and materials used to reduce heat transfer between two spaces with different temperatures.
In other words, it creates a barrier that makes it difficult for heat to pass through, whether from the outside to the inside or vice versa.
This results in greater thermal comfort in the location and a reduced need for heating or cooling equipment.
There are three main forms of heat transfer: conduction, convection, and radiation. Thermal insulation works to minimize these three forms.
Driving
It occurs when heat spreads through direct contact between materials.
Convection
It is the transfer of heat through the movement of fluids (liquids or gases).
Radiation
It is the transfer of heat by electromagnetic waves, such as sunlight.
What is the best tile for thermal insulation?
When looking for the best tile for thermal insulation, ceramic tile stands out as an excellent option, it is widely used due to its natural properties that contribute to the thermal comfort of environments.
Ceramic tiles have a natural ability to absorb and release heat gradually. This means that during the day, they absorb some of the sun's heat but release it slowly, preventing temperature spikes inside the property.
At night, when the outside temperature drops, ceramic tiles release accumulated heat, helping to keep the room warmer. This thermal characteristic is one of the great advantages of ceramic tiles, providing a more stable thermal balance throughout the day and night.
Furthermore, the porosity of ceramic tiles contributes to thermal insulation. The air trapped in the pores acts as a natural insulator, hindering heat transfer through conduction.
The color and shape of the roof tiles can also influence their thermal performance. Lighter-colored tiles tend to reflect more sunlight, absorbing less heat, while shapes that allow for good ventilation under the roof also aid in heat dissipation.
TopTelha, a ceramic tile specialist, offers high-quality products that maximize these insulating properties. When you choose a TopTelha ceramic tile, you invest in a durable, aesthetically pleasing material that, above all, efficiently controls temperature, resulting in greater comfort and lower energy costs.
Differences between thermal tiles and anti-thermal tiles
There is often confusion between the terms "thermal tile" and "anti-thermal tile", but it is important to understand that, although both aim to control temperature, their approaches and compositions are distinct.
1- Thermal tile;
2- Anti-thermal tile.
1- Thermal tile
Thermal tiles are those that, due to their own physical and structural characteristics, already offer efficient thermal insulation, that is, they naturally contribute to maintaining a more stable internal temperature.
This type of tile usually has low thermal conductivity, which means it makes it difficult to transfer heat from the external environment to the interior of the building.
2- Anti-thermal tile
Thermal-resistant tiles, on the other hand, are those that, although they don't naturally have good thermal performance, receive special treatments or additives to improve their heat-reflecting capacity. In other words, they don't insulate heat, but they do reduce the absorption of solar radiation.
Summary of differences
Feature | Thermal tile | Anti-thermal tile |
Thermal insulation | Natural, due to the material | Obtained through reflective treatments |
Common materials | Ceramic, concrete, sandwich tile | Metallic, fiber cement with thermal paint |
Form of action | Blocks heat transfer | Reduces heat absorption by reflection |
Ideal use | Residences, buildings with a focus on comfort | Warehouses, industrial areas, metal roofs |
Conclusion
Understanding how thermal insulation works and the differences between types of tiles is essential for making more effective construction choices.
Ceramic tiles, thanks to their natural properties, offer excellent temperature control, contributing to more comfortable and efficient environments. TopTelha stands out in this scenario by offering high-quality products that combine durability, aesthetics, and thermal efficiency.
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