This type of panel has become a highly appreciated construction solution for its functional and aesthetic characteristics. Its innovative design combines effective insulation materials and an appearance that mimics traditional roof tiles.
Composition and materials
The structure of the tile sandwich panel is composed of several key elements that contribute to its performance and durability. Its manufacture involves the use of exterior metal sheets and a core of insulating material, resulting in an efficient product.
Sheet metal
The external plates are made of pre-painted steel, which provides greater resistance to adverse weather conditions. This material is designed to withstand corrosion and retain an aesthetic finish over time. Generally, the thickness of these sheets ranges from 0.5 mm, which ensures the integrity of the panel in various applications.
Insulating core
The core of the panels can be made of different insulating materials, the most common being polyurethane (PUR) and polyisocyanurate (PIR). This element is crucial, as it provides the thermal and acoustic insulation capacity of the panel. PUR is known for its excellent insulation capacity, while PIR stands out for its higher fire resistance, allowing architects and builders to choose the material according to the specific needs of their projects.
Available thickness
Tile sandwich panels are offered in a variety of thicknesses, typically 20 mm, 30 mm and 40 mm. This diversity allows the panel to be adapted to different climatic conditions and structural requirements. Choosing the right thickness is essential to ensure optimum performance in terms of insulation and durability.
Advantages of the Tile Sandwich Panel
Tile sandwich panels offer multiple benefits that make them an attractive option for construction. Their innovative design allows them to satisfy both functional and aesthetic needs in different types of buildings.
Thermal and acoustic insulation
One of the main advantages of tile sandwich panels is their outstanding ability to provide excellent thermal and acoustic insulation. Thanks to their insulating core, the panels help maintain the interior temperature of buildings and reduce energy consumption, resulting in significant savings on heating and air conditioning bills.
Acoustic insulation is also a fundamental aspect. These panels prevent the transmission of external noise, creating a more comfortable and quiet indoor environment. This is especially relevant in urban areas where noise can be a constant problem.
Ease of installation
The installation of tile sandwich panels is quick and easy. Their modular design allows them to be assembled without the need for highly specialized personnel, which contributes to reducing construction time and associated costs. The lightness of the materials facilitates the movement and placement of the panels, which speeds up the entire construction process.
High strength and durability
Tile sandwich panels are designed to withstand adverse weather conditions. Their composition is designed to withstand factors such as humidity, which prevents the proliferation of fungi and bacteria. Thanks to this resistance, these panels have a useful life of more than 30 years, making them a very important option for long-term buildings. This durability ensures that investments made in these materials pay off over time.
Aesthetics and versatility
From an aesthetic point of view, tile sandwich panels have finishes that mimic the appearance of traditional tiles, allowing them to blend harmoniously into different architectural styles. This characteristic makes them ideal for residential buildings as well as commercial and industrial facilities. The variety of colors and finishes available provides multiple options that adapt to the tastes and needs of each project.
Certifications and regulations
Tile sandwich panels comply with European fire and safety standards, guaranteeing their suitability for use in different constructions. These certifications not only give users peace of mind, but also increase confidence in the product among architects and engineers involved in construction projects. The safety standards they must meet ensure reliable performance in most applications, whether residential or industrial.
