Rug Frame Leaf green 170x240, sisal, wool, Brink&Campman

Rug Frame Leaf green 170x240, sisal, wool, Brink&Campman - 380948

Rug Frame Leaf green 170x240, sisal, wool, Brink&Campman - 380949

Rug Frame Leaf green 170x240, sisal, wool, Brink&Campman - 380950

Brink&Campman

Rug Frame Leaf green 170x240, sisal, wool, Brink&Campman

7 890 PLN

Lowest price guarantee

Choose amount

FRAME LEAF 129307 by Brink & Campman is a rectangular, flat-woven rug measuring 170x240 cm, crafted from a blend of sisal and wool. The surface features a fine, grid-like pattern, built from olive green fibers interlaced with lighter threads. The edges are finished with a distinctive scalloped stitch in a matching tone, emphasizing a handcrafted detail. The overall matte finish highlights the natural texture of the fibers and gives the piece a calm, contemporary character. The form, proportions, and precise finishing reference the Scandinavian tradition of design, centered on simplicity, functionality, and material authenticity. The texture is slightly coarse and dense, enhancing durability and making the rug suitable for high-traffic areas. The rug’s visual language is grounded in restraint and naturalness. The olive green tone evokes forest undergrowth or the shade of leaves, while the geometric weave adds depth. Subtle transitions of color and texture suggest a balance between nature and the order of craftsmanship. The minimalist form does not overwhelm the space, and the hand-finished edge introduces a discreet artisanal accent. This rug works well in a modern living room where it can be paired with light wood furniture, simple neutral sofas, or linen and cotton textiles. It can be combined with ceramic accessories and lighting in raw metal to emphasize the organic color palette. In Scandinavian-inspired spaces, the rug complements minimalist arrangements, while in more eclectic interiors it can serve as a calm background for bold graphic art or potted plants. The rug has a weight of 1800 g/m². It is hand-woven using a flat-weave technique. Its resistance to deformation