Hand-carved, faceted grooves create a striking geometric texture on dark walnut. Its rich colour and artisan feel make it perfect for bold, sophisticated surfaces.
From rich, classic grains to bold contemporary patterns, our veneers offer endless possibilities for furniture, wall panels, ceilings, and bespoke design projects.
Discover premium veneers from Italy, Germany, and China — each bringing its own distinct character, craftsmanship, and design appeal.
Long, linear panels of light pine with pronounced vertical grain and occasional knots. The natural striping and subtle imperfections create a raw, contemporary look with plenty of character.
Soft, undulating wave patterns run across a creamy birch veneer. Its flowing, subdued grain gives an elegant yet understated touch, ideal for serene and stylish spaces.
A striking veneer featuring small square blocks of endgrain wood, showcasing natural growth rings in a geometric pattern. Offers unique texture and organic visual interest—perfect for modern interiors.
Showcasing a distinctive diamond-shaped pattern, this khaki-toned wood veneer blends geometric precision with subtle natural grain. An eye-catching choice for interiors that balance style and warmth.
Smooth, unbroken vertical grains sweep through this khaki veneer, offering a refined and contemporary surface. Its clean, minimal aesthetic is ideal for modern spaces.
The raised, textured grooves in this khaki veneer create a mesmerizing interplay of light and shadow. Perfect for adding dimension and tactile interest to feature walls or furniture.
Dramatic swirls and natural burl formations showcase the elegance of walnut. The deep brown color and intricate patterns add timeless luxury and organic depth.
Hand-carved, faceted grooves create a striking geometric texture on dark walnut. Its rich colour and artisan feel make it perfect for bold, sophisticated surfaces.
Smooth, undulating curves flow across the walnut veneer, delivering a sculptural sense of movement. Its warm brown tone and dynamic lines bring energy and refinement to any space.