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Textile Wallpaper<br />

Gathering unexpected inspirations, Tracy Kendall rethinks wallpaper. Tracy Kendall’s wallcoverings<br />

generate their own patterns fr<strong>om</strong> shadow and light. They have textures that sigh audibly in a<br />

breeze or click like ice cubes in a tumbler. Using hand-sewn sequins and crystals, hand-cut<br />

paper, and bold but simple graphics, the London designer has bec<strong>om</strong>e a pivotal figure in the<br />

current renaissance of British wallpaper. “Tracy’s work is moving in a new direction entirely,”<br />

design historian Lesley Jackson says, “treating paper more like a textile, weaving it, or creating<br />

3-D effects by manipulating and involving the paper. That in its own right is c<strong>om</strong>pletely new.”<br />

www.tracykendall.c<strong>om</strong><br />

Thin-Film Photovoltaics<br />

Photovoltaic (PV) modules, also called “solar panels,” have c<strong>om</strong>e a long way since the ‘80s, when<br />

the best words to describe them were: clunky, heavy, rigid, and awkward. Today, PV modules<br />

have evolved to bec<strong>om</strong>e graceful, flexible, elegant architectural design elements. This evolution<br />

has been driven by new thin film PV material technologies. Crystalline silicon PV is the standard<br />

technology for producing solar electricity. Each cell contains doped silicon material which captures<br />

light wavelengths to convert sunlight into electricity. Silicon sheds electrons when exposed to<br />

sunlight, creating an electrical charge that can be “harvested” and used. A new breed of PV<br />

solar module, produced exclusively by Iowa Thin Film Technologies using DuPont Tefzel high<br />

performance thin fluoropolymer film as an encapsulant, is helping architects explore ways to<br />

integrate this technology into their structural designs. Architect Nicholas Goldsmith, FAIA, of FTL<br />

Happold, New York, recently incorporated the aesthetic and environmental advantages of Solar<br />

power-producing systems into a tent-like pavilion with a thin film PV membrane which diffuses<br />

sunlight into fine, speckled patterns, and allows air to vent. Goldsmith believes this is the first<br />

time solar cells have been used in a tensile structure.<br />

www.dupont.c<strong>om</strong>/teflon/films/next-gen.html<br />

Translucent Fabric<br />

Libby Kowalski has produced the first fabric made fr<strong>om</strong> c<strong>om</strong>pletely clear extruded polymer yarn.<br />

The resulting aesthetic is similar to woven drawn glass. So-called Krystal Weave c<strong>om</strong>es in 54”<br />

wide sheets, and is available in clear and translucent designs. It can be used as a fabric or in a<br />

laminate form which may be produced in varying thicknesses, finishes and colors. Fabric uses<br />

include window coverings, ro<strong>om</strong> dividers, shower curtains and pillows (fr<strong>om</strong> $65 yd).<br />

www.kovatextiles.c<strong>om</strong><br />

Varia<br />

3form’s Varia encapsulates colorful hand-made papers, metal screens and woven mesh within<br />

specially engineered, high-performance translucent resin, which itself can be embossed with<br />

a variety of molds. A green product fr<strong>om</strong> the beginning, Varia is produced in a clean and<br />

environmentally friendly process and is a recyclable material—fire rated for use in interiors with<br />

half the weight and 40 times the impact strength of glass. Varia also outperforms all acrylic<br />

resin-based products—it will not shatter, crack or discolor and can be contour heat-draped<br />

to any form. Sheets can be easily drilled and cust<strong>om</strong> cut to size and shape on site, saving time<br />

and money on fabrication and installation. Varia can be used for partitions, cladding, tabletops,<br />

and even flooring. With full in-house fabrication and rapid prototyping capabilities, 3form gives<br />

designers fast sampling and technical support.<br />

www.3-form.c<strong>om</strong><br />

Wood-Faced Panels<br />

Prodema S.A. offers natural wood-faced external cladding products which have evolved fr<strong>om</strong><br />

the manufacture of c<strong>om</strong>posite boards developed in the 1960´s fr<strong>om</strong> paper, resins and wood.<br />

They have a variety of high-density panels c<strong>om</strong>posed of a thermosetting phenolic resinbonded<br />

cellulose fiber core, faced with natural wood that has been coated with an acrylic resin-PVDF<br />

protective finish, which ensures a panel colour fastness of 3-4 after a 3000-hour xenon lamp<br />

test. Prodema panels are also specially designed to resist attacks by chemicals (anti-graffiti).<br />

www.prodema.c<strong>om</strong>/Ingles/Presentacion.html<br />

Woven Resin<br />

Xorel Surfaces are woven high-tech resins that look like textiles but are durable and as easy to<br />

clean as laminates. Created by thermofusing PETG (a polyester resin) with Xorel, the end result<br />

is a tactile, hard surface that is durable, cleanable and environmentally sound with no chlorine

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