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Higher purpose CARIN MANSFIELD’S LOFTY AIMS
Heavy metal
TEXTILE DESIGNERS UNTEMPERED ENTHUSIASM FOR STEEL
Imagine a metalwhich, in its freshly rolled state, has the same timeless grey and gentle sheen of a classic wool flannel, but which when heated, can turn the most beautiful shades of cham
pagne, straw, peacock blue and imperial purple.
Steel. Simple, honest steel. The metal of
Victorian Great Britain, produced in vast quanti
ties to make everything from bridges and buildings, to weaponry, transport and furniture... to yarn, fabrics and garments. A metal that can be knitted, woven, even felted and tufted. Whilst the daring and brilliant work of Henry Bessemer in the 1850s revolutionised the manufacture and enabled mass production of mild
steel in this country, steel had in fact been known
about and produced in small quantities for more
than three thousand years, valued for its extraor
dinary range of properties; flexibility strength, hardness, malleability. The ancient civilisation of the Hittites who lived in what is now Turkey, knew about and were able to manufacture a metal recorded as 'good iron' – iron with a carbonised (steel) surface, to make superior weapons and blades.
Other civilisations around the world also made
small quantities of steel, by smelting locally
gathered iron ore with different types of plant mattter, thus adding the essential 1% carbon that results in a steel alloy. Recipes were fiercely guarded and steel was often valued more highly
than its equivalent weight in bronze or copper.
In addition to being used to make blades
and weapons, steel was used on garments for its
protective qualities. Across the Mughal empire, a type of armour was developed, in which small sections of iron or steel were attached to a padded wool or cotton garment to help deflect blows during combat. The most exquisite example of this is the magnificent Elephant Armour displayed in the
Royal Armouries in Leeds. Made in the 16th
century, the elephant is clad in metal encrusted
fabric. Squares of steel attached to the cloth to
make a flexible, protective covering. Many of its 5840 platelets are decorated with chased and repoussééd flowers or animals. As with many examples of Mughal armour, the result is a brilliantly conceived, meticulously crafted, flexible outer shell, clearly inspired by natural form and function, part crocodile, part pangolin.
The function of the addition of steel and
other metals to fabric in the form of platelets and
studs has morphed over the centuries from actual to implied protection. There are many examples of studded silk and velvet garments worn on formal or royal occasions in the 18th and
19th centuries such as the ‘Coat of 1000 Nails’
also at The Royal Armouries, Leeds, that are the
decorative direct descendants of steel platelet
armour; it could even be argued that studded, leather bikers' jackets of the 1950s and 60s owe something to this ancestry – the studs offering some protection if the rider comes off his bike. Over the last 20 years, textile designers have developed ways of including steel in the structure of the cloth, rather than as an addition to its
surface. Since the 1980s, the NUNO corporation
in Japan has produced groundbreaking textiles
in which stainless steel is used in the construc
tion of both woven and knitted fabrics and as a decorative but functional surface bond, and in which iron and mild steel are used as a means to produce indelible pattern. At the forefront of these developments were textile designers Reiko Sudo, Junichi Arai, Koji Hamai and Makiko Minagawa, with examples of their work exhibited
in 'Structure and Surface – Contemporary
Japanese Textiles' in New York in 1998.