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Table Lamps

FUNGO Table Lamp

FUNGO Table Lamp

Regular price 602,00
Regular price Sale price 602,00
Sale Sold out

incl. VAT, free shipping

In stock

Delivery time approx. 8–10 weeks

FUNGO is a table lamp with a base of brown marble and a shade of white, mouth-blown glass. The built-in LED dims in three steps at a touch.
Quantity
Details

A tap on the lamp switches it on and cycles through three brightness levels; the LED gives a warm white light of 3000 kelvin at 3 watts.

Included

A table lamp with glass shade, built-in LED and cable with on/off switch.

Material & Dimensions
Material Marron Emperador marble, mouth-blown glassDimensions Width 28 cm (11.0 in) · Depth 28 cm (11.0 in) · Height 23 cm (9.1 in)Design A heavy marble cylinder carries a round glass shade, cold stone beneath soft light.Origin PortugalWeight 3.7 kg (8.16 lb)
Shipping & Returns

Free shipping. The delivery time is shown above; it depends mainly on the maker and on the shipping method (parcel or freight carrier). Shipping is insured and in protective packaging.

14-day right of return. Return in the original packaging; you bear the return costs.

Care

Dust marble and glass with a soft, dry cloth; no acidic cleaners on the marble.

View full details
FUNGO table lamp in detail, marble base with light veining, glass shade and gold-coloured cap – Lorenz Laurent Home

Description

A mushroom stands on a stem and carries its cap. The stem is firm, the cap softly rounded, and the two belong together, although they have nothing in common.

The FUNGO has this form: below, a cylinder of brown marble with pale veining; above, a shade of white, mouth-blown glass that gives the light out evenly.

Marron Emperador marble, polished, and mouth-blown glass. The LED is built in and is dimmed in three steps by touch. Each marble slab is veined differently; no two lamps are alike.

On the material

Glass in the living space: wall thickness, colour and what harms it

Glass is solidified melt. Sand, soda and lime become liquid at 1,300 to 1,600 °C, and during cooling there is no time for them to arrange themselves: the disordered state of the melt is frozen in. That is why glass is not a crystal, has no direction of cleavage and no sharp melting point.

That sounds like a chemistry lesson, but it explains the things you notice on the shelf: why a thick-walled object costs so much more than a thin one, why the edge shimmers green and the glass is still clear, and why a glass stays dull after two years in the dishwasher, no matter what you clean it with.

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