Figura Mini Recycled Wood

The Figura Mini Recycled Wood is a square decorative object crafted entirely from reclaimed timber. Measuring 23.00 centimeters in width, 23.00 centimeters in depth, and standing at a height of 3.00 centimeters, this piece has a total volume of 0.0008 cubic meters. The compact dimensions make it suitable for placement on narrow ledges, bookshelves, or flat table surfaces where spatial economy is a primary consideration.

The primary material used in the construction is wood recovered from previous applications, resulting in a distinct surface texture unique to each individual item. Reclaimed wood exhibits natural variations including knots, grain irregularities, minor surface fissures, and remnants of older finishes or weathering processes. These characteristics are inherent to the material sourcing and remain visible across the flat plane of the object. The neutral, earthy tones of the timber derive directly from the age and exposure of the original wood rather than applied synthetic stains or paints.

The form consists of a low-profile square slab with straight, defined edges and right-angle corners. At 3.00 centimeters thick, the mass is substantial enough to maintain stability when resting on horizontal surfaces without the need for additional anchoring hardware. The top and bottom faces are planed flat, while the perimeter retains the saw marks and tactile grain patterns characteristic of processed lumber. The joints and seams, where applicable, are secured using standard woodworking assembly techniques appropriate for small-scale timber decor.

Maintenance of the Figura Mini Recycled Wood involves routine dusting with a dry microfiber cloth or a soft-bristled brush to prevent particulate accumulation within the grain recesses. Liquid cleaners, chemical solvents, and excessive moisture should be avoided to prevent warping, fiber swelling, or discoloration of the untreated or lightly sealed wood surfaces. Direct placement in areas subject to high humidity or extreme temperature fluctuations is discouraged to maintain the structural stability of the recycled material over extended periods of use.