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 296 cm × 131 cm [h] (± 1%)

Panel Thickness ~ 15–25 mm

Texture Depth ~ 25–35 mm

Weight ~ 6.5–7 kg/m²

The Tayga wall panel is an advanced fiber- and fiberglass-based cladding system designed to replicate the irregular surface movements of natural pine bark. The linear splits, groove transitions, and volumetric reliefs on the panel surface are transformed into a three-dimensional texture using high-resolution molding technologies that preserve the bark’s random form. This design approach allows light to refract across the surface at varying angles, creating a rhythmic interplay of shadow and illumination throughout the space.

The panel core consists of fiberglass layers reinforced with mineral additives. Despite its low density, this composite structure delivers high strength and maintains form stability under bending, torsion, compression, and impact loads across large surfaces. Mineral components help maintain surface hardness, while fiber reinforcement disperses impact energy, reducing the risk of cracking. As a result, Tayga offers stable and reliable performance, particularly on extensive wall applications.

Engineered to withstand environments with significant temperature variation, Tayga maintains dimensional stability with its low expansion tendency. The panel does not blister, separate, or deform under thermal stress. The embossed relief profiles enhance both impact performance and acoustic behavior; the bark-like topography diffuses sound reflections, creating a softer acoustic environment indoors.

Surface components are formulated to maintain long-term stability against UV radiation, humidity, rain, water vapor, and chemical atmospheres. Even under intense sunlight, the panel does not fade or chalk. Freeze–thaw cycles do not compromise its surface integrity, and no delamination occurs. These qualities make Tayga a durable solution for both interior and controlled exterior applications.

Its low weight enables minimal joint requirements across expansive surfaces, creating a more cohesive and natural appearance. The workability of the fiberglass-based structure allows for easy on-site cutting, drilling, and shaping—offering high adaptability for outlet points, lighting integrations, and custom architectural details. Installation is based on mechanical fastening principles; screw–dowel systems provide strong anchorage with the panel core, ensuring long-term stability.

The Tayga Panel—featuring stable behavior across wide temperature ranges, high mechanical strength despite its low density, UV and atmospheric resistance, a geometry that disperses impact energy, a topography that enhances acoustic performance, and a mineral-reinforced fiberglass core has been developed to provide a reliable cladding solution both aesthetically and structurally.

This advanced technical structure allows Tayga to align naturally with sustainable architectural requirements. Its lightweight and durable composite components improve energy efficiency during production and transportation, while its long-lasting use optimizes material cycles. Free of harmful chemical substances, it contributes positively to indoor air quality and offers a safe surface for users. These qualities make Tayga a suitable cladding alternative that meets LEED, BREEAM, and WELL certification criteria related to material health, durability, energy efficiency, resource management, and indoor comfort.

The Tayga Panel brings warmth, character, and long-lasting surface performance to spaces by combining the organic energy of natural bark texture with modern composite technology.

Projects: Macellan Hq - Go to Link