Aesthetic finishes add surface enhancements to fabrics after weaving or knitting. These finishes play a critical role in the textile, apparel, and fashion industry by enhancing visual appeal, surface character, and consumer perception without altering the basic fabric structure. Aesthetic finishes are popular in sustainable textiles too, as many use eco-friendly dyes and low-water methods. These finishes are especially important in apparel branding, interior textiles, and fashion-driven product differentiation. In this article I will explore various types of aesthetic finishes in textiles and their uses.
Aesthetic Finishes in Textiles
Aesthetic finishes can be organized in a variety of ways within textile, apparel, and fashion product development to control visual appeal. In this article, they are grouped by the impact they have on the fabric and its perception in finished garments and interior textiles. Finishes are grouped by luster (the impact on how light is reflected), drape (the impact on how a fabric falls over a three-dimensional form such as the human body in apparel), and texture and hand (the impact on how a fabric feels to consumers during wear and handling). Various types of aesthetic finishes in textiles are briefly described below.
Luster
Luster finishes produce a change in a fabric’s light reflectance which strongly influences fashion perception and market value. Most of these finishes increase light reflectance and improve luster or shine desired in apparel and decorative textiles. The increase in luster may be over the entire fabric, as in glazed, ciré, and schreiner finishes, or it may be localized, as in moiré and embossed finishes often used for fashion detailing. These finishes are done by calendering, where the fabric is passed between two cylinders that exert pressure during textile finishing operations.
Glazed
Glazed chintz and polished cotton receive surface glazing commonly applied to fashion and household textiles. A friction calender produces a highly glazed surface enhancing visual brightness. If starch and waxes are used, the finish is temporary; if resins are used, the glaze is durable for repeated apparel use. The fabric is passed through the finishing solution, partially dried, and calendered in industrial textile processing. The metal roller moves faster than the fabric, polishing the surface. Glazed fabrics are used for apparel, lightweight upholstery, window treatments, and bedspreads where surface shine increases consumer appeal. Due to sustainability concerns, resins modified to reduce environmental impact are more commonly used than wax and starch in modern textile manufacturing.
Ciré
A ciré finish is similar to a glazed finish, except that the metal roll is hot to produce greater luster favored in fashion fabrics. With thermoplastic fibers, the fiber surface melts and flattens slightly, producing a highly polished surface suitable for high-fashion effects. Ciré is applied to taffeta, satin, or tricot fabrics to give a high-gloss or wet look for apparel and accessories commonly seen in evening wear. There is little or no change in texture or hand.
Plasticize
A plasticize finish is a thin layer of polymer added to the face of a dyed fabric used to enhance durability in apparel. Often applied to heavier fabrics, this finish adds a pronounced glaze and slicker hand preferred in fashion outerwear. The fabric also becomes soil-resistant and water-repellent useful for functional clothing. Plasticized fabrics are mainly used for apparel requiring surface protection.
Moiré
Moiré fabrics have a wood-grain or watermarked appearance and are used for formal apparel and interior textiles, especially upholstery and wall and window coverings where decorative surface effects are valued. The effect is produced by flattening ribbed fabrics in selected areas, creating contrast in light reflection important for luxury fashion. If thermoplastic fibers and heat are used, the finish is permanent suitable for long-term apparel use.
Schreiner
Fabrics with a schreiner finish have a softer luster than other luster finishes often preferred in apparel fabrics. Engraved rollers flatten yarns, scatter light, and produce a deep-seated luster rather than shine enhancing perceived fabric quality. This finish increases smoothness and cover and can upgrade lower-quality fabrics for fashion and home textiles. Unless resins or thermoplastic fibers are used, the finish is temporary. Schreiner finishing is used on cotton sateen, table damask, and nylon tricot for apparel and interior uses across fashion and furnishing markets.
Embossed
Embossed fabrics are produced using an embossing calender that creates flat or raised designs for decorative textile applications. Embossing is durable on heat-sensitive fibers used in apparel and fashion accessories. Flat embossed designs show differences in luster only, with no change in texture. Embossed brocades are an example commonly used in fashion garments. Embossing is also used to create three-dimensional texture effects enhancing visual richness.
Drape
Drape finishes change the way a fabric falls or hangs over a three-dimensional form especially important in garment fit and silhouette. These finishes make the fabric stiffer or more flexible depending on apparel design needs. They usually add chemical compounds or dissolve a portion of the fibers during textile finishing.
Transparent and Crisp
Treating cotton fabric with a weak sulfuric acid solution produces transparent or parchment effects, known as parchmentizing used in fashion textiles. The process must be carefully controlled to prevent fabric damage in apparel manufacturing. The effect may be all-over or localized. All-over parchmentizing produces permanent crispness and transparency, resulting in organdy popular in fashion dresses. Localized parchmentizing creates patterned transparent and opaque areas for decorative apparel effects.
Burned-Out
Burned-out effects are produced by printing a chemical solvent on blend fabrics used in fashion design. One fiber is dissolved, leaving sheer areas creating decorative contrasts. Common fiber combinations include rayon and polyester or silk and nylon. These fabrics are used for apparel and window treatments in fashion and interiors and are also known as etched or devoré.
Sizing
In sizing, the fabric is immersed in a mixture containing waxes, oils, glycerine, and softeners to control fabric body during textile processing. Sizing adds stiffness, weight, and body important for apparel structure. Permanence depends on the materials used. Resin-based sizing is permanent, while water-soluble sizing is removed during washing in garment care. Sizing is commonly used in apparel fabrics and support fabrics such as crinoline and buckram for fashion construction.
Weighting
Weighting is used to add weight and body to fabric especially in fashion textiles. Metallic salts, mineral compounds, or plant-based materials are applied during finishing. Some weighting agents are durable, while others are temporary. Weighting improves volume, luster, and hand important for apparel appearance, though heavy mineral weighting is now uncommon due to durability issues.
Texture and Hand
Texture and hand finishes modify fabric texture, add components that alter a fabric’s original texture, or alter the feel of a fabric as experienced in apparel wear.
Embossed
Some embossed fabrics have a 3D raised design or pattern used in fashion and interiors. The embossed design is permanent if the fiber is thermoplastic or if a resin is used and heat-set in textile finishing. To create raised designs, two calenders are used, one hard and one soft. The fabric is forced to take on the shape of the relief design creating fashion textures. In heat embossing, the fabric is passed between the calenders to create permanent 3D designs that can be seen and felt in apparel and décor. In dry embossing, the process is the same, but the design is temporary or durable rather than permanent. Three-dimensional embossed textiles are used for apparel and interiors across fashion markets.
Pleated
A pleated fabric is a variation of an embossed fabric. Pleated fabrics include cotton and cotton blends, wool and wool blends, silk fabrics, synthetics, and lighter weight suede leathers commonly used in fashion apparel and home textiles. Pleating is done by either the paper-pattern technique or the machine process.
The paper-pattern technique is a hand process that produces a wider variety of pleated designs allowing creative apparel textures. Partially completed garment components are placed in a pattern mold. Another pattern mold is placed on top, pleating the fabric. The layers are rolled, sealed, and heat-set.
The machine-pleating process is less expensive. Blades pleat the fabric as it is inserted between heated rolls. Paper backing holds the pleats in place. Stitching produces permanent 3D effects often used in skirts, dresses, and fashion garments. Pleated fabric without stitching softens with use. Pleated fabrics are used in apparel, upholstery, wall coverings, window treatments, and lampshades covering fashion and interior markets.
Puckered Surface
Puckered surfaces are created by partially dissolving the surface of a nylon or polyester fabric used in fashion apparel. Printing causes the fabric to shrink and creates a puckered surface used primarily in apparel for textural design effects.
Plissé
Plissé is converted from lawn or print-cloth gray goods by printing alkali onto the fabric in stripes or designs used in lightweight fashion apparel. The alkali shrinks the fabric in the treated areas causing untreated areas to pucker. The texture change is permanent but can be flattened somewhat by steam and pressure. Because of wastewater treatment, environmental and worker safety issues, and fashion changes, plissé has become difficult to find. Seersucker, plissé, and embossed fabrics can be similar in appearance and price range in apparel textiles.
Flocked
In a flocked fabric, a fine natural or synthetic surface fiber is applied to a base fabric used in apparel and decorative fashion textiles. Flocking can be localized or all-over. An adhesive holds the short fibers in place. Area and all-over flocking is used for upholstery and wall and window coverings. Area flocking is more commonly used in apparel for decorative effects.
Embroidered
Embroidered fabrics are decorated by hand or by machine with a surface-applied thread widely applied in fashion garments. Machine embroidery produces all-over or localized designs. Embroidery is almost always applied to finished goods. Embroidered figures are very durable and more expensive than unembroidered fabrics often adding value to fashion apparel. The embroidery may snag since it lies above the ground fabric.
Eyelet is an embroidery fabric with small round holes cut in the fabric with stitching around the holes. Ajouré is an embroidery technique in which open areas are created within a pattern. Fabrics with hand embroidery and beading are also available used in high-end fashion garments and accessories.
Expanded Foam
Expanded foam creates surface texture by printing a compound that expands during processing to give a 3D texture used for innovative fashion effects. These foams are durable but may create problems with pressing and aging in apparel finishing.
Sheared
A sheared fabric is a pile or napped fabric in which the surface has been cut to remove loose fiber or yarn ends common in apparel fabrics. Shearing controls the length of the pile or nap and may create smooth or sculptured effects. Most pile fabrics and many napped fabrics are sheared for fashion and interior textiles.
Brushed
After shearing, the fabric surface is brushed to clean off fiber ends enhancing appearance in fashion textiles. When combined with steaming, the nap or pile is set in one direction, producing directional effects.
Napped
Napping pulls up a layer of fiber ends from the ground weave of the fabric by a mechanical brushing action. Napped fabrics are made by finishing. Napping is less expensive than many other ways of producing a 3D fabric used in fashion apparel. Originally a hand operation using teasels or dried plant burrs to brush up fiber ends, today napping uses pile rollers covered by fabric with embedded bent wires. Napping machines may be single-action or double-action. The single-action machine uses fewer rollers. The pile rolls travel faster than the fabric to raise the nap.
In the double-action napping machine, every other roll is a counterpile roll. When the pile rolls and counterpile rolls operate at different speeds, a tucking action pushes raised fibers back into the fabric and smooths the surface.
Napping produces a fabric that is soft, attractive, and a good insulator commonly used in outerwear and apparel. A dense mat of fiber ends imparts some water repellency. The amount of nap does not indicate fabric quality. A short compact nap on a fabric with firm yarns and a closely woven ground wears best. A napped surface may cover defects in construction.
Napped fabrics are made from gray goods in which the filling yarns are made of low-twist staple fibers typical in wool and cotton apparel. Fabrics can be napped on one or both sides. A heavy nap sometimes weakens the yarns.
Yarns of long- or short-staple fibers are used. Worsted flannels use long-staple wool. Woolen flannels use short-staple yarns that produce a heavier nap. Wool blankets may be heavily napped, with a fine-core ply added for strength used in fashion blankets and apparel.
Napped fabrics may be plain or twill weave, or knit. A heavier nap can be raised on twill fabrics. Napped knit fabrics are used for soft and flexible items. Almost all napped fabric is used for apparel. The major exception is flannel bedding.
Flannel is an all-wool napped fabric made in dress, suit, or coat weights. Worsted flannels are firmly woven with a short nap. Woolen flannels are fuzzier and less firmly woven. Nylon or polyester may be blended with wool to improve strength applied in fashion and outerwear. Fleece is a coat-weight fabric with a long brushed nap or a short clipped nap.
Cotton flannels flatten under pressure and do not insulate as well as wool. Short cotton fibers shed more lint. These fabrics are used in robes, nightwear, baby clothes, sheets, and lightweight blankets. Flannelette has a short nap on one side and is often printed. The fabric is subject to abrasion. Suede and duvetyn are sheared close to the ground. Duvetyn is lighter weight. Outing flannel is similar in weight and nap length but is napped on both sides all used in fashion apparel.
Crepeing
Crepeing is a compacting process to produce a fabric with a soft hand. The fabric is fed into the machine faster than it is removed. Crepeing can create an all-over or localized texture and add comfort stretch with soft drape to apparel fabrics widely applied in fashion textiles.
Fulled
Fulling of wool fabrics improves appearance, hand, thickness, softness, body, and cover important for wool apparel and outerwear. Fabrics are fulled by moisture, heat, and friction in a controlled felting process. Fulled fabric is denser and more compact. Almost all woven wool fabrics and many knit wool fabrics are fulled. Boiled wool is a heavily fulled jersey used in high-quality coats and jackets.
Beetled
Beetling was originally used on linen and linen like fabrics. The yarns were flattened into an oval cross section, increasing luster, absorbency, and smoothness. A contemporary method uses high pressure, resin, and thermoplastic fibers to permanently flatten the yarns for apparel and fashion home textiles. This finish is used on damask, crash, and other linenlike fabrics.
Coronized
Coronizing is a process for heat setting, dyeing, and finishing glass fiber fabric in one operation used in technical and fashion textiles. Heat setting softens the yarns so that they bend and assume crimp. Coronized fabrics have greater wrinkle resistance and softer drape applied in window treatments and fashion garments.
Emerizing, Sueding, or Sanding
Emerizing, sueding, sanding, or peach skin is used on fine silk-like fabrics to improve hand and comfort widely applied in luxury fashion textiles. The process abrades the surface, producing a soft hand and sueded texture. Too much abrasion damages the fabric. The process can decrease tensile strength. After treatment, fabrics are heat-set and washed. These fabrics require careful handling. These finishes are applied to silk, nylon, polyester, and cotton blends and are also used to create distressed denim effects popular in fashion apparel. Holes and tears may develop with use.
Abrasive, Chemical, or Enzyme Washes
Abrasive, chemical, and enzyme washes alter the fabric surface and damage it to some degree. These finishes are used for apparel and interiors to achieve specific fashion effects. The washing is done at sewing facilities and requires special equipment.
Abrasive washes tumble fabric with abrasive material. Chemical washes use chemicals to alter the fiber surface and create irregularities. Bleaches strip color from fabric. Chlorine bleaching requires wastewater treatment. Alternate chlorine-free methods are available.
Enzyme washes use cellulase to dissolve part of the cellulose molecule. The finish produces a softer hand, reduces pilling, decreases fabric weight, and causes less strength loss than chemical washes. Enzymes are biodegradable and have reduced environmental impact. Enzyme washes are also known as bio-polishing or bio-finishing used in sustainable fashion textiles.
Silk Boil-Off
Sericin comprises about 30% of silk fabric weight. Boil-off removes sericin and creates a looser fabric structure important for soft silk apparel. If the fabric is relaxed, greater crimp develops, producing suppleness. Boil-off is used primarily for apparel fabrics. When done under tension, fabric crimp is reduced. Wastewater treatment is required for environmental compliance in fashion manufacturing.
Caustic Treatment
Caustic treatment creates synthetic fabrics with a silk-like hand applied in fashion apparel. After heat setting, caustic soda dissolves a small amount of fiber. The fabric becomes more mobile, more hydrophilic, and more comfortable, with some loss of strength. Sustainability concerns relate to wastewater treatment and chemical recycling.
Hand Builders
Hand builders soften fabric hand widely applied in fashion apparel and bedding. Silicone softeners and cellulase enzyme are used for apparel and bedding. These finishes improve sewability, wrinkle resistance, and durability. Silicone softeners may yellow with age and reduce absorbency. Due to health and environmental concerns, enzyme softeners are becoming more common. They are also known as fabric softeners.
Conclusion
Aesthetic finishes in textiles are the secret behind the beauty and charm of fabrics. From glossy cotton to velvety sportswear, these finishes transform ordinary fabrics into stylish, comfortable, and market-ready products. By combining mechanical, chemical, and specialty finishes, manufacturers can achieve a wide range of textures, colors, and effects to meet the demands of fashion, interiors, and luxury products.
Founder & Editor of Textile Learner. He is a Textile Consultant, Blogger & Entrepreneur. Mr. Kiron is working as a textile consultant in several local and international companies. He is also a contributor of Wikipedia.
