Class of Non-flammability Euroclass TS EN 13501-1 EU" norms, "Class A2 s1 d0 - Non-combustible"

Density "1.46 gr/cm³" according to "TS EN ISO 1183-1" norms

Temperature Resistance Limit "No deterioration at 800 °C" according to "ASTM E1069" norms

Barcol Hardness "52" according to "TS EN 59" norms

Impact resistance -Ball Method "No crackages" according to "DIN ISO 4586 T12" norms

Impact Resistance - with Charpy Device "30 kj/m2" according to "TS EN ISO 179-1" norms

Sound Insulation "40 dB" according to "TS EN ISO 140-3" norms

Frost Resistance "No deterioration" according to "ASTM C 666" norms

Panel Size 300 × 120 cm [h] (± 1%)

Panel Thickness ~ 10–30 mm

Texture Depth ~ 20–25 mm

Weight ~ 6–7 kg/m²

The Trape wall panel is a fiber–fiberglass-based three-dimensional wall system engineered to replicate the mineral character of concrete surfaces. The embossed surface pattern consists of subtle undulations, abrasion effects, micro-textural recesses, and details that mimic natural concrete roughness. This topography is produced using high-precision molds, ensuring consistent depth and texture across every panel.

Its core structure combines fiberglass layers embedded within a mineral-filled polymer matrix. This hybrid composition provides high resistance to bending and impact loads while minimizing deformation risks even in large-format installations.

Designed with optimized thermal behavior, Trape has a low expansion coefficient, preventing blistering, separation, or cracking under temperature changes. The surface coating is formulated with protective components resistant to UV radiation, humidity, water vapor, and outdoor exposure—ensuring that the panel maintains its color and texture over many years.

The embossed geometry helps distribute and dissipate impact energy, increasing overall surface durability. The fiber–fiberglass core allows the panel to be cut, drilled, and shaped with ease, enabling seamless integration of electrical outlets, lighting lines, service conduits, or architectural detailing.

Installation is performed using a mechanical fastening system (screw + dowel), which provides strong anchorage at connection points, ensuring long-term stability and surface continuity.

Technical advantages of the Trape Panel include:

lightweight yet high-rigidity structure

three-dimensional surface topography reflecting authentic concrete texture

thermal and humidity stability

resistance to outdoor conditions and UV exposure

high impact resistance

large panel size with minimal joint visibility

workable fiber–fiberglass core for cutting and detailing