EcoLayer

EcoLayer is a sustainable architectural cladding material made from compacted natural earth and minerals, replicating the look of stone, wood, or terracotta at a fraction of the environmental impact. It offers A1 fire-rating, 3-5x the UV and weather durability of PVC, low-temperature manufacturing with no wastewater or toxic emissions, and full recyclability - making it a green alternative to tile, wood, and plastic finishes.

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Natural Stone-Look Architectural Cladding

EcoLayer Stone Series

An architectural cladding panel from EcoLayer's natural earth-and-mineral material, finished to replicate the texture and appearance of natural stone. Offers A1 fire rating, 3-5x the UV and weather durability of PVC, and a low-temperature, low-emission manufacturing process - a sustainable alternative to genuine stone facades.

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Natural Wood-Look Architectural Cladding

EcoLayer Wood Series

An architectural cladding panel finished to replicate the warmth and grain of natural wood, without the fire risk or long-term maintenance of timber. Built from compacted natural earth and minerals with A1 fire rating and 3-5x the durability of PVC, it's a lightweight, flexible, recyclable alternative to wood facades.

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Natural Brick-Look Architectural Cladding

EcoLayer Brick Series

An architectural cladding panel finished to replicate the texture of fired brick or terracotta, made from compacted natural earth and minerals via a low-temperature manufacturing process with no wastewater or toxic emissions. A1 fire-rated and significantly more UV- and weather-durable than PVC, suited to facades seeking a traditional masonry look with a lower environmental footprint.

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Woven-Texture Architectural Cladding

EcoLayer Weaving Series

An architectural cladding panel finished with a woven, textile-inspired texture, offering a distinctive decorative surface for feature walls and facades. Shares the same natural earth-and-mineral composition, A1 fire rating, and low-impact manufacturing as the rest of the EcoLayer range, with 3-5x the durability of PVC.