Wallboard is made by combining Extruded Polystyrene foam and PVC boards to create a sandwich panel. It contributes to thermal insulation, depending on its thickness.
This product is a sandwich panel made by combining Extruded Polystyrene (XPS) foam and PVC boards. Its lightweight, durable, and long-lasting structure makes it particularly preferred in areas requiring thermal insulation.
The PVC surface is hygienic, easy to clean, and moisture resistant. The XPS foam inside provides high thermal insulation thanks to its low thermal conductivity. Available in various thicknesses, it allows you to achieve the optimal insulation value for your application.
Furthermore, the material is fire resistant (Class B1-E), does not absorb water, and does not exhibit capillarity. Its light weight makes installation easy and does not increase building loads.
| Property | Value |
|---|---|
| Density (kg/m³) | TSE 11989 EN 13164 — 26 - 32 |
| Heat transfer coefficient | TSE 11989 EN 13164 — 0.033 |
| Fire resistance | TSE 11989 EN 13164 — B1-E |
| Thickness (cm) | 17 18 21 22 37 |
| Vapor diffusion resistance coefficient (µ) | DIN 52615 — 100 - 225 |
| Linear thermal expansion coefficient (mm/m°K) | UNI 6348 — ≤ 0.07 |
| Capillarity | Na |
The product has a low thermal conductivity coefficient thanks to its extruded polystyrene (XPS) foam structure. This feature both prevents heat losses and contributes to the maintenance of indoor temperaturehe product has a low thermal conductivity coefficient thanks to its extruded polystyrene (XPS) foam structure. This feature both prevents heat losses and contributes to the maintenance of indoor temperature. Thus, less energy is consumed he product has a low thermal conductivity coefficient thanks to its extruded polystyrene (XPS) foam structure. This feature both prevents heat losses and contributes to the maintenance of indoor temperature. Thus, less energy is consumed and savings are achieved in heating and cooling costs.
The thickness options of the sandwich panel allow the most appropriate thermal insulation level to be selected according to different climate conditions. When applied in the right thickness, it significantly reduces the energy requirement, increases the energy class of the building and contributes to environmentally sensitive, sustainable structures.
In addition, since the material has a high vapor diffusion resistance coefficient, it reduces the risk of moisture and condensation. This extends the structure’s lifespan and minimizes energy lossesIn addition since the material has a high vapor diffusion resistance coefficient, it reduces the risk of moisture and condensation. This extends the structure’s lifespan and minimizes ener
Our products are produced in accordance with national and international quality standards. They have been tested and certified according to TSE 11989 and ENur products are produced in accordance with national and international quality standards. They have been tested and certified according to TSE 11989 Our products are produced in accordance with national and international quality standards. They have been tested and certified according to TSE 11989 and EN 13164 standards. These standards guarantee the thermal conductivity coefficient, density, fire resistance and mechanical properties of the product.
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It has been subjected to fire resistance tests according to DIN 52615 and UNI 6348 norms.
It is produced within the framework of ISO 9001 Quality Management System and subjected to continuous quality control processes.
It is produced using lead-free and environmentally friendly materials in line with production policies that are suitable for the environment and human health.
These documents prove both the reliability and long-term use performance of our products
Cold storage warehouses
Food processing facilities
Clean room applications
Interior/exterior coating in the construction and building sector
