The Envello Shadow Line+ cladding board has been moulded from real oak masters and designed to perfectly replicate smooth timber with a flat grained finish, giving a clean authentic look. The increased width of the Shadow Line+ board compared to standard timber boards means there is larger grain detail. This gives an enhanced visual impact, without risk of the board twisting or warping over time.
Tested to the rigorous demands of BS EN 13501-1, the Shadow Line+ system achieves a classification of Euroclass D when fitted in accordance with our install guide.
The Envello Shadow Line+ cladding board has been moulded from real oak masters and designed to perfectly replicate smooth timber with a flat grained finish, giving a clean authentic look. The increased width of the Shadow Line+ board compared to standard timber boards means there is larger grain detail. This gives an enhanced visual impact, without risk of the board twisting or warping over time.
Tested to the rigorous demands of BS EN 13501-1, the Shadow Line+ system achieves a classification of Euroclass D when fitted in accordance with our install guide.
Certified to a Euroclass D rating (BS EN 13501-1) by a UKAS accredited laboratory, when fitted in accordance with our installation guide.
Skilfully hand-crafted to ensure a high quality, premium product.
Moulded from selected oak for an organic, realistic wood-grain appearance.
Recycled materials and renewable biopolymers are used within our boards.
UV stabilised for better performance and fade resistance over time.
Wood free composition prevents rot, warping and insect infestation.
No staining or oiling needed. Only seasonal cleaning required.
Unlike wood, it is actively resistant to mould and fungus.
Elastomeric surface ensures increased resilience against natural weathering.
Can be cut and installed easily when following product guides.
Due to the non-porous composition, no sealing is required.
Fibre reinforced core provides strength and durability whilst reducing weight.
The unique composition enhances thermal performance.
Inspiration & ideas