Alura

Alura black teak wood mirror 158 x 61cm FSC 100%

Split your payment into easy instalments.

Alura teak wood mirror 158 x 61cm FSC 100%

Alura black teak wood mirror 158 x 61cm FSC 100%

Product details

About this Product

Mirror made from teak wood.
Anti-tip wall anchorage to prevent falls.
Made of wood, so each piece will be exclusive with its own tones.
FSC™ 100% chain of custody certified wood and a responsible forest management model.
Can be combined with the rest of the collection.

This organically shaped mirror, made of teak wood, stands out for its fluid and elegant design. Its unique silhouette adds dynamism and personality to any space, making it a decorative element that balances functionality and aesthetics. Perfect to complement modern or warmer interiors, this mirror brings character and originality to any part of the home.

Number of packages: 1

Package dimensions: Height: 12,50, Width: 73,00, Length: 169,00, Weight: 23,50

Item Code: D0300030MM01

Colors: Black

Main color: Black

Style: Modern, Nordic

Season: Timeless

Height: 158 cm

Width: 61 cm

Depth: 3,2 cm

Product weight: 14,3 Kg

Measurement tolerance (±cm): 2 cm

Product shape: Free form

Number of units per SKU: 1

Use: Domestic

Indoor (yes/no): Yes

For use in covered outdoor spaces (yes/no): No

For outdoor use (yes/no): No

To hang on the wall: Yes

Main material: Glass

Materials: 68% Glass, 19% Teak wood (Tectona grandis), 13% Low emissions Plywood E0 class

Main finishing: Natural

Made of recycled materials (yes/no): No

Made of natural materials (yes/no): Yes

Percentage of natural materials: > 25

Unpacking suggestions: Be careful opening with a knife. Keep the packaging some days for in case of return and keep assembly instructions for possible future consult.

Assembly required (yes/no): No

Installation required (yes/no): Yes

General warnings: Do not place near direct sources of heat. Keep away from direct solar light. Do not use abrasive products like acetones, bleaches, solvents, etc. Sharp elements can scratch the product surface.