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GIOIA Candle Holder

GIOIA Candle Holder

Regular price 69,00
Regular price Sale price 69,00
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incl. VAT, free shipping

In stock

Delivery time approx. 3–5 weeks

GIOIA is a candle holder in recycled glass: a green foot, a violet sphere with air bubbles and an amber ring, stacked one on top of another.
Quantity
Details

Never leave burning candles unattended, and place the holder on a level, heat-resistant surface.

Included

1 candle holder for a tealight, without tealight

Material & Dimensions
Material Recycled glassDimensions Width 6 cm (2.4 in) · depth 6 cm (2.4 in) · height 16.4 cm (6.5 in)Design Three coloured glass forms, stacked into a slender tower.Weight 0.91 kg (2.01 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

Clean with a soft, damp cloth. Loosen wax residue carefully with warm water; do not scrape.

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GIOIA candle holder in detail, violet glass sphere with air bubbles and amber ring with a tealight – Lorenz Laurent Home

Description

In mass production, air bubbles in glass count as flaws. In hand-shaped glass they show that the mass was still moving when it set.

In the GIOIA they sit in the middle of the violet sphere. Below it, a green cylinder forms the foot; above it, an amber ring holds the tealight. Three colours, set one on top of another like the stones of a piece of jewellery.

Shaped from recycled glass. Candlelight and daylight alike pass through all three parts.

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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From the Journal

Journal

Origin, Material & Craft

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