Housed in an oval-shaped porcelain vessel that is made by hand, this candle celebrates diptyque's 50th anniversary, with perfumed whiffs that encapsulate the scent of diptyque's first boutique on 34 Boulevard Saint Germain in Paris. This candle boasts hints of damp Mosses, crumpled Blackcurrant Leaves and sun-dried Fig Leaves, revealing fresh, green and spicy accords from within.
Burn Time: May burn up to 60 hours.
The first time you burn your diptyque candle, allow it to burn for at least two hours, until the whole top is liquid with wax. This will help your candle burn more evenly the next time.
Trim the Wick
: Before lighting your diptyque candle, trim the wick to 1/4-inch length. By shortening the wick you allow it to burn more slowly and also avoid unsightly black smoke marks around the edge of the glass.
Realign the Wick
: After blowing out your candle, re-center and straighten the wick.
Never leave a lit candle unattended. This could be a fire risk. Always place your candle on a level, heat resistant, non-flammable surface away from fabric or drapes. Choose an area free from drafts to avoid uneven burning. Do not place your candle on a marble or glass surface. If the bottom of the hot candle glass comes in contact with a cold material, the glass may crack.
The diptyque story began in Paris at 34 boulevard Saint-Germain with, at its heart, three friends driven by the same creative passion. Christiane Gautrot was an interior designer, Desmond Knox-Leet, a painter, and Yves Coueslant, a theater director and set designer. The first two collaborated designing fabrics and wallpaper for Liberty and Sanderson. They were joined by the third in 1961 and opened a shop to display their designs. Yves became the administrator and consultant; Desmond and Christiane were the artistic soul. Bit by bit, with finely honed taste, the trio transformed the site into a one-of-a-kind setting, a kind of stylish bazaar where one found surprising articles unmatched in Paris, mined and conveyed home by the trio over the course of their travels.