The Journal of Australian Ceramics Vol 50 no 1 April 2011
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Worksho p<br />
When makers engage productively with the materiality <strong>of</strong> clay, interesting results emerge. <strong>The</strong> fear <strong>of</strong><br />
breakage was investigated as an intrinsic design feature <strong>of</strong> Re:model, 2003, a ceramic necklace created<br />
by jeweller Ma<strong>no</strong>n van Kouswijk (Gallery Funaki, Melbourne). <strong>The</strong> necklace, made as a single piece <strong>of</strong><br />
connected spheres, is then snapped at several points between the spherical sections, yielding a kind <strong>of</strong><br />
flexibility that enables the piece to be worn like a string <strong>of</strong> ceramic pearls. Van Kouswijk's engagement<br />
with materiality demonstrates, in a literal and poetic sense, the concept <strong>of</strong> 'facture'. This processbased<br />
work reveals something <strong>of</strong> what Lazsl6 Moholy-Nagy (Bauhaus) described, "the way in which<br />
something has been produced shows itself in the finished product. <strong>The</strong> way it reveals itself is what we<br />
call facture.'"<br />
<strong>The</strong>se works by Venables and van Kouswijk reveal the extensive potential for poetry in process in the<br />
creation <strong>of</strong> wearable ceramic objects - two examples <strong>of</strong> artists making interesting work in this area.<br />
Anything is possible if you are prepared to experiment and take some risks!<br />
1 Glenn Adamson, Think.ing Through Craft; pg 59; Berg. UK 2007<br />
References<br />
Young, Anastasia. <strong>The</strong> Workbench Guide to Jewelry Techniques<br />
Thames and Hudson UK 2010; ISBN 9780<strong>50</strong>0515143<br />
Untract, Oppi, Jewelry Concepts and Tech<strong>no</strong>logy; Doubleday &(0. Inc. UK 1987<br />
ISBN 0709196164<br />
Fundamentals for the Design <strong>of</strong> Brooch Findings:<br />
Brooch findings consist <strong>of</strong> a pivoted pin stem and a catch.<br />
• Metal for pin stem must be able to retain spring - stainless steel (dental wire), nickel si lver, or white<br />
gold.<br />
• Thickness <strong>of</strong> the pin is relative to the weight/size <strong>of</strong> the brooch .<br />
• Locate a single pin in the top third <strong>of</strong> the brooch (above the centre <strong>of</strong> gravity) or, alternatively,<br />
• a double pin may locate either side <strong>of</strong> the centre <strong>of</strong> gravity.<br />
• <strong>The</strong> catch opening should face downwards when worn to prevent it from opening and should be just<br />
large e<strong>no</strong>ugh for the pin to fit through. <strong>The</strong> length <strong>of</strong> the pin should extend beyond the outer edge<br />
<strong>of</strong> the catch but <strong>no</strong>t protrude beyond the edge <strong>of</strong> the brooch.<br />
• For added security, a roller catch or a safety chain should be used.<br />
Necklaces/Bracelets Findings<br />
• <strong>The</strong>re are a variety <strong>of</strong> methods - t-bars, s-hooks, bolt rings and sprung catches, magnetic or screw<br />
clasps (the last two have great potential for ceramic purposes!).<br />
• Sterling silver and gold are ideal for making many catches but maybe too s<strong>of</strong>t for some mechanisms,<br />
as they fatigue after repeated use. Stainless steel and white gold have greater tensile strength.<br />
• Certain styles <strong>of</strong> catches suit specific pieces so consider the weight and usage <strong>of</strong> a piece; e.g. a<br />
bracelet may have to be opened with one hand.<br />
• Generally, small catches are used on thin chains, however findings may also be designed as an accent.<br />
70 THE JOURNAL OF AUSTRALIAN CERAMICS APRIL <strong>2011</strong>