Flush mount RIO 110 cm, beige, Thoro - 310148

Flush mount RIO 110 cm, beige, Thoro - 310149

Flush mount RIO 110 cm, beige, Thoro - 310150

Flush mount RIO 110 cm, beige, Thoro - 310151

Flush mount RIO 110 cm, beige, Thoro - 310152

Flush mount RIO 110 cm, beige, Thoro - 310153

Flush mount RIO 110 cm, beige, Thoro - 310154

Flush mount RIO 110 cm, beige, Thoro - 310155

THORO

Flush mount RIO 110 cm, beige, Thoro

1 649 PLN

14 days left

Lowest price guarantee

Choose amount

The RIO 110 cm flush mount by Thoro exemplifies contemporary ceiling lighting, defined by minimalist geometry and precise finishing. The aluminum ring, 110 cm in diameter and 4 cm high, features a matte beige coating that creates a clear, harmonious structure. The fixture maintains a uniform color throughout—the ring and cylindrical mounting element form a seamless, undecorated composition. The integrated light line is concealed along the inner edge, leaving the lamp’s surface smooth and free from visible joints or construction details. The matte texture eliminates reflections, emphasizing the purity of form and making maintenance easier. Dimensions: width 115 cm, depth 110 cm, height 16 cm, weight 2.6 kg. The product is fully manufactured in Poland, reflecting the manufacturer's attention to quality.The RIO 110 uses the language of clean lines and a calm color palette. The matte beige evokes the soft glow of early morning, while the ring’s regularity conveys a sense of order. Light, confined within the geometric boundary, creates a subtle halo effect on the ceiling—a discreet presence that does not compete with its surroundings but rather highlights their clarity.RIO 110 works well in spacious living rooms, hallways, or modern offices where clarity of form and visual lightness are valued. It can be combined with simple furniture in neutral shades such as white, light wood, or grey to accentuate its understated character. Pairing with natural textiles, matte glass, or ceramics, as well as other fixtures from the RIOProdukt sprzedawany jest bez źródła światła.