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(Souffle) – A fabric of wool, also of rayon and silk. The name is derived from the French term eponge for 'spongy'. It is a very soft and sponge-like fabric in a variety of novelty effects with loose weave. It is also known as ratine in cotton. The fabric in rayon and silk is soft, loose, and spongy, something like terry cloth. It does not have surface loops. Many stores now call eponge 'boucle'.

A fabric of wool, also of rayon and silk. The name is derived from the French term eponge for "spongy". It is a very soft and sponge-like fabric in a variety of novelty effects with loose weave. It is also known as ratine in cotton. The fabric in rayon and silk is soft, loose, and spongy, something like terry cloth. It does not have surface loops. Many stores now call eponge "boucle".

Wool, also rayon and silk. Derived from the French term eponge for "spongy". Very soft and spongelike in a variety of novelty effects with loose weave of about 20 x 20. Also known as ratine in cotton. Rayon and silk is soft, loose, and spongy, something like terry cloth. Does not have surface loops. Many stores now call eponge "boucle".

A band (q.v.) that runs with clearly defined edges and that differs in appearance from the adjacent normal fabric. (It may be shady and may or may not run parallel with the picks). Bar is a general...

Stays were worn by children, both boys and girls, from the age of 18 months or when they were walking well. The first stays a child wore were "soft" or lightly boned and were never tightly laced....

A cotton, wool, and even synthetic fabric of a sateen or twill construction with extra fillings for long floats. Thankfully, it does not resemble true chinchilla fur. It has small nubs on the surface...

Hue refers to the wavelength of the color and is completely separate from the intensity or saturation of the color. For example a red hue can look brown at a very low saturation level and pink at a...

The potential shrinkage that remains in a fibre, yarn or fabric after treatment designed to reduce or eliminate shrinkage. NOTE: The expression is commonly used with reference to heat-shrinkage...