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Chippensteel 0.5 Chair
by
Oskar Zieta & Zieta
Select a Color
Graphite: $900
Umbra Grey: $900
Moss Grey: $900
Beige Grey: $900
Blue Grey: $900
White: $900
Industrial Raw: $900
Polished: $2,300
$900 - $2,300
+ Cart
DESCRIPTION

Our crush on Oskar Zieta's work continues with the limited-edition Chippensteel 0.5 Chair. These individual works of design are made from welded sheets of steel and inflated like a balloon using high-pressure air by an innovative process called FiDU (Freielnnen Druck Umformung, as in free inner-pressure deformation). The effect is metal frozen in time. No two are alike. The crumples and crushes happen spontaneously as the flats are filled. Because minimal material is needed, the stools are much lighter than they appear. Polish engineer Oskar is took several awards for the original model in the series, the Plopp Stool, and deservedly snared the Red Dot Award for it.

SPECIFICATIONS
SIZE
  • 30" h x 16" w x 23" d (78x41x60cm)
  • Seat height: 18" (46cm)
MATERIAL
  • Steel
PACKAGING
  • Branded box
SHIPPING INFO
  • Inox (Polished) and raw normally ship within 48 hours. All other colors are shipped in 2-3 weeks.
ABOUT THE DESIGNER: OSKAR ZIETA

OSKAR ZIETA

“To be creative yourself was most vital,” says designer Oskar Zieta of growing up in the waning days of communism in his native Poland. With no access to products from Western Europe or the U.S. and few museums or galleries to explore, he leaned hard on his imagination. All the more reason to wonder, then, at his fantastical balloon-like steel furniture. The initial Plopp Stool was a sensation, garnering the Red Dot Award and recognition from the Pompidou Centre in Paris as one of the 12 chairs to have changed modern design. Made from welded sheets of steel, Plopp was inflated using high-pressure air with an innovative process called FiDU.

In addition to lecturing, maintaining his design studio and running a production company in his hometown of Zielona Góra, he continues to explore the realm of his own imagination. "My dream project is constructions in space,” Oskar says. “FiDU's ultra-lightness and possibilities of volumetric expansion could be crucial.”