Drab Mirror

Drab Mirror

Zieta Collection (5)
↓

Inox Polished

Beige Matt 7006

Graphite Grey Matt 7021

White Glossy 9003

Black Glossy 9005

Heat Collection (2)
↓

Heat Flamed Gold

Heat Cosmic Blue

Your configuration

H: 188,00 cm74,02 inch

W: 46,00 cm18,11 inch

Dimensions

Height: 188.00 cm74.02 inch

Width: 46.00 cm18.11 inch

Depth: 6.00 cm2.36 inch

Gross dimensions (with packaging)

Height: 198.00 cm77.95 inch

Width: 54.00 cm21.26 inch

Depth: 10.00 cm3.94 inch

Collection Zieta Collection

Color Inox Polished

Material Inox

* the package includes a mounting kit for Drab Mirror

* weights, shapes and dimensions may vary, this is a characteristic feature of FiDU products

The colours visible on the screen may be presented differently depending on your monitor settings and screen resolution. Therefore we cannot guarantee an exact match between the colours you see on the screen and the colours of the actual products.

Description

The DRAB mirror is a part of the DRAB family, which adds new functional aspects to the well-known ladder frame. An unobvious manifesto of FiDU technology, enclosed in a simple shape, highlighted by tiny convexities. An intriguing joinder of steel and glass, represented in modern form.

Symmetrical spatial accent

The steel H-like shaped DRAB mirror can act its role in the bedroom or in the bathroom. It will serve perfectly as the finishing touch in a modern or classical hallway. It is a perfect decorative object for private and public spaces such as hotel rooms or spa parlours. Depending on its finish, DRAB changes its optical weight, so it can define or supplement the interior. In corridors, Zieta Studio recommends a KAMM hanger next to DRAB, as they work together to unravel the intriguing wall dialogue.

The art of heating

Thermo-colourized objects from the Zieta Collection in two rare colours: Flamed Gold and Cosmic Blue. Oskar Zięta used the natural properties of steel and, through his research, led to development of a technology using high temperature to colourize metal surfaces.