Technology
Remarkable advancements in textile technology have altered or diminished the authority of traditional construction techniques. Thermoplastic fibers used heat instead of labor-intensive hand-pleating techniques to create pleats, gathers, and tucks, and thus encouraged a radical expansion of the vocabulary of form and the design of the garment as a whole.
Some designers explored new approaches to traditional methods of construction, reinterpreting time-honored techniques such as lace making. By featuring synthetic ornamentation, by combining incongruous materials, such as velvet and plastic, or by integrating traditional materials and practices with innovative ideas, designers assaulted conventional notions of luxury and elegance. The dictates of what was “suitable” or “appropriate” were sabotaged.
New textiles for fashion and interiors include three-dimensional structures designed by computer with sculpted surfaces that replace the traditional techniques of embroidery and beading. Topographical surfaces are achieved with such processes as chemical blistering, spatters and laminates of metallic particles, heat molding and treating, and various complex novelty weaves. With rapidly evolving technology, the potential for textile development will continue to change the look and perception of fashion.
Some designers explored new approaches to traditional methods of construction, reinterpreting time-honored techniques such as lace making. By featuring synthetic ornamentation, by combining incongruous materials, such as velvet and plastic, or by integrating traditional materials and practices with innovative ideas, designers assaulted conventional notions of luxury and elegance. The dictates of what was “suitable” or “appropriate” were sabotaged.
New textiles for fashion and interiors include three-dimensional structures designed by computer with sculpted surfaces that replace the traditional techniques of embroidery and beading. Topographical surfaces are achieved with such processes as chemical blistering, spatters and laminates of metallic particles, heat molding and treating, and various complex novelty weaves. With rapidly evolving technology, the potential for textile development will continue to change the look and perception of fashion.
donderdag 12 juni 2008
Inovative and Original Fiber Optic Fabric
Based on inovative LUMNIEX, LumiGram developed the technology that allows to wave plastic optical fibers alongside synthetic fibers, forming a luminous fabric. This innovation can be used in many fields: fashion and clothing
(bags, accessories, clothes), decoration (pillows, tablecloths, curtains, furnitures, etc.)
Unlike standard optical fibers, the fiber optic fabric emits light along the full lenght of the fibers. The luminous effect is simply stunning, dazzling, and wonderfully original.
Depending on the type of electronic module used with the fabric, several colors are possible (the most common and the most luminous being blue, red, green, yellow and white).
The Fiber Optic Fabric can be hand washed with water up to 70°C and natural soap (the battery must be removed prior to washing).
The Fiber Optic Fabric shouldn’t be washed in washing machine, folded (pressed) or ironed.
Bron: ledlightray
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