Microfiber Vs. Chenille Couches

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Microfiber and chenille are both durable upholstery options.
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Furniture shoppers frequently choose couches upholstered in microfiber because of its stain resistance and durability, as well as its resemblance to suede. Microfiber mimics suede's felted-like texture and appearance. Shoppers who prefer a plush texture and super-soft feel may prefer chenille upholstery. The synthetic fibers used to create chenille yarns provide strength and durability without diminishing its three-dimensional beauty. Both are good options for buyers who want a long-lasting couch fabric that feels as good as it looks.


Microfiber History

Microfiber fabric looks and feels like suede.
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Dr. Miyoshi Okamoto, a scientist working for Toray Industries in Japan, developed microfibers in 1970. At the same company, a colleague, Dr. Toyohiko Hikota, introduced a faux suede fabric later branded as "Ultrasuede." This so-called miracle fabric is soft and supple to the touch, like sueded leather, yet lightweight. It is stain and discoloration resistant, machine washable and dry cleanable. During subsequent decades, the use of microfibers in the textile industry expanded to include fabrics that feature an impressive array of useful properties.


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Chenille History

Chenille’s three-dimensional yarns give it a slight sheen.
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Chenille, which is French for caterpillar, has a soft, fuzzy texture, not unlike its namesake. Chenille yarn first appeared in the 18th century. In the 1920s and 1930s, hand-tufted cotton bedspreads with a fuzzy embroidered appearance became fashionable, and the word chenille referred to this craft also. Commercial production of chenille pile yarns began in the 1970s, but the yarns were not consistent in quality. With the advent of new machinery in the 1990s, reliability improved and the popularity of chenille grew. In recent years, the use of synthetic fibers makes chenille viable for new applications, such as upholstery.


Microfiber Composition

Polyester and nylon are the most common polymers used to produce microfiber strands. Deniers per filament, or DPF, measure a microfiber. The filament thickness ranges between .01 and 1.5 DPF and is invisible to the human eye. A complex series of patented processes transforms the fine fibers into a dense, unwoven fabric infused with adhesive binders, resulting in a suede-like surface. Finally, the fibers receive a polymer coating that significantly strengthens the new fabric while preserving its luxurious hand.


Chenille Composition

Originally, hand-cut cotton fibers created chenille pile. In contemporary upholstery fabrics, synthetic fibers including rayon, acrylic and olefin form chenille. The three-dimensional quality of chenille yarn results from placing short lengths of fiber, called pile, between a core of two long fibers called yarns. The yarns are twisted to secure the pile in place. Using nylon for the core fibers and steaming the lengths of yarn when the pile is in place creates strong, firmly bonded chenille that's useful for numerous applications.


Features Comparison

Microfiber and chenille fabrics are both durable enough for upholstery use. Because chenille has pile, it is slightly more apt to hold a stain than microfiber, which is smooth and repels liquids. Both fabrics are available in a range of colors and are washable in cool to moderate temperatures. The surfaces of both fabrics appear to change color when brushed or when viewed from different angles. Although both fabrics are soft to the touch, chenille's deep pile makes it feel more luxurious. Microfiber is moderately priced. Chenille's complex manufacturing process frequently gives it a higher price point.


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