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AMBRA Retro Glass Candle Holder

AMBRA Retro Glass Candle Holder

Regular price 69,00
Regular price Sale price 69,00
Sale Sold out

incl. VAT, free shipping

In stock

Delivery time approx. 3–5 weeks

A twisted candle holder of coloured borosilicate glass that also serves as a small vase.
Quantity
Details

Handmade from borosilicate glass, resistant from -20 °C to 150 °C. Never leave burning candles unattended.

Included

One candle holder in the chosen colour.

Material & Dimensions
Material Borosilicate glassDimensions Diameter 12 cm (4.7 in) · height 11 cm (4.3 in)Design The twisted wall refracts the light into stripes that shift with the viewing angle.Origin Hong KongWeight 0.113 kg (0.25 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 by hand with lukewarm water and mild washing-up liquid. Carefully lift off wax residue beforehand; do not scrape it out.

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AMBRA glass candle holder, handmade in black, orange, blue, green or transparent – Lorenz Laurent Home

Description

In twisted glass, light never runs straight: each groove refracts it a little differently, and a candle flame behind it becomes many instead of one.

The AMBRA candle holder is made entirely by hand from coloured borosilicate glass and withstands sudden temperature changes from minus twenty to one hundred and fifty degrees.

Five colours are available, from transparent to black. And without a candle, the holder becomes a small flower vase; the retailer explicitly lists it as both.

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

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