New Work by David Taylor

In case you hadn’t noticed, the big trend in these leaner, post­–economic disaster days, has been to elevate the lowest of low-grade materials into something elegant by design. OSB, polystyrene, plywood, plastic, MDF, resin — the list is endless. But you’d be hard pressed to think of a designer who does the opposite, who purposefully debases the precious commodity he’s been trained to craft to perfection. And yet what other choice did David Taylor have? After graduating from Konstfack in 1999, the Stockholm-based silversmith began to see the price of his raw materials soar: “Silver simply became too expensive for me to work with,” he says. “Without the benefit of a commission, working on spec becomes impossible when silver has quadrupled in price over the last eight years.” But Taylor’s loss was our gain: The designer began dabbling a few years ago in what he calls “a cheaper neighborhood,” making object assemblages by grafting more inexpensive materials like concrete, brass, and steel onto smaller silver pieces.
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David Huycke’s Granulation Series

The history of the metalworking technique known as granulation stretches back some 5,000 years, to when ancient goldsmiths in Egypt and the Eastern Mediterranean began fusing tiny ornamental gold balls onto jewelry surfaces using a painstaking invisible soldering process. It was used to decorate the rings of the queen of Ur in the Bronze Age, perfected by the Etruscans in the 7th century BC, and resurrected in 1933 by a jewelry maker looking to copy pieces from the British Museum's collection. Yet only when the contemporary Belgian silversmith David Huycke began experimenting with the obscure technique in 1996 did it feel like granulation had finally evolved — beyond the realm of fussy antique jewelry and into the world of modern design. For Re-Thinking Granulation, Huycke's show of granulated vessels and atomic sculptures on view now at the design museum Z33 in Hasselt, Belgium, he's worked on a blown-up scale and forsaken the idea of ornamentation in favor of letting each object's form grow organically from the process used to make it.
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