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 130 cm × 301 cm [h] (± 1%)

Panel Thickness ~ 10–20 mm

Texture Depth ~ 20–22 mm

Weight ~ 6–7 kg/m²

The Amazon wall panel is a high-strength decorative wall panel made from fiber and fiberglass composites, recreated using three-dimensional surface replication techniques that mimic the irregular morphology of natural tree bark. The panel surface features a multilayered topography incorporating deep crack lines, raised regions, surface fractures, and pore transitions found in real bark. This organic structure is transferred from the master model to the panel using high-precision modeling and molding technologies without losing detail, allowing the surface to accurately reflect the random geometry and rhythm of natural bark formations.

The panel core consists of fiberglass layers reinforced with mineral additives and polymer binders. Despite its low density, this composite structure offers high mechanical performance, maintaining form stability under bending, torsion, and compression loads. Mineral components enhance surface rigidity, while fiberglass reinforcement distributes impact energy across the panel, reducing the risk of cracking. The Amazon Panel exhibits low thermal expansion across wide temperature ranges and preserves its dimensional stability through thermal cycles without blistering, deformation, or surface delamination.

The deep embossed geometry optimizes light–shadow behavior, bringing a sense of natural movement to spaces. This topography also contributes to mechanical strength by dispersing and partially absorbing impact energy, helping the surface maintain its long-term stability. Surface components are engineered to resist UV radiation, humidity, water vapor, chemical atmospheres, and outdoor exposure; under intense sunlight, the surface does not chalk or fade. During freeze–thaw cycles, the fiberglass structure retains its elastic behavior, preventing peeling, delamination, or cracking.

The panel’s lightweight nature imposes minimal static load on application surfaces; its large-format structure allows for fewer joints, creating a more seamless appearance across wide areas. The fiberglass-based composition provides excellent workability, allowing the panel to be cut, shaped, and adapted to technical details such as outlet points, lighting elements, or infrastructure passages. Installation is performed using a screw–dowel mechanical fastening system, and the fiber-fiberglass core provides strong anchorage at connection points, reinforcing post-installation stability.

The Amazon wall panel featuring high thermal resistance, a low-density yet high-strength composite core, a UV- and weather-resistant surface, an impact-enhancing embossed geometry, and a sound-diffusing surface morphology is engineered for long-lasting use in both interior environments and controlled exterior conditions.

When combined with its environmentally responsible production approach, this technical structure aligns naturally with international sustainability standards. Its mineral-reinforced, lightweight, and durable composite composition reduces resource consumption and improves energy efficiency during transport and installation. These characteristics align with LEED and BREEAM criteria regarding material efficiency, longevity, and low environmental impact. Free of harmful chemical substances, it supports indoor air quality and meets WELL certification goals for health and user comfort. Thus, the Amazon Panel stands as a strong architectural option that complies with LEED, BREEAM, and WELL standards in material health, durability, resource management, and environmental quality.

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