Types of Fabrics: The Complete Guide for Apparel Brands and Manufacturers (2026)

Fabric is the foundation of every garment ever made. Before a single stitch is sewn, before a logo is printed, before a size label is attached — the fabric determines everything: how the garment feels against skin, how it performs under pressure, how long it lasts, how much it costs, and how accurately it represents your brand. According to industry research, the global textile market is expected to surpass USD 1.5 trillion by 2030, driven by increasing consumer demand for functional apparel, eco-friendly fabrics, and advanced manufacturing solutions.

Yet fabric selection is one of the most under-researched decisions in the apparel industry. New brand owners focus on design and logo placement, overlooking the single material decision that will define their product’s success or failure more than any other.

Throughout this guide, Rajco USA shares insights gained from more than 90 years of apparel manufacturing experience. Having worked with a wide range of natural, synthetic, and blended fabrics, we understand how material selection impacts garment quality, performance, durability, and customer satisfaction. This guide explores the most common types of fabrics used in modern apparel manufacturing and explains how to choose the right material for your brand.

What Is Fabric?

Fabric (also called textile or cloth) is a flexible material made by interlacing, knitting, weaving, bonding, or felting fibers together. Fibers are the raw material — they can be natural (grown or produced by animals and plants) or synthetic (manufactured from chemicals and petroleum). Fabrics are what those raw fibers become once processed into a continuous sheet material ready for garment cutting and sewing.

How Fabrics Are Made

There are three primary methods of fabric construction, each producing a distinct material with different properties:

• Weaving: Two sets of yarns (warp and weft) are interlaced at right angles on a loom. Woven fabrics are generally stronger but less stretchy than knits. Examples: denim, twill, canvas, Oxford cloth.
• Knitting: Yarn is looped together in a series of interlocking stitches. Knitted fabrics stretch in multiple directions and are more comfortable against the skin. Examples: jersey, fleece, interlock, rib knit.
• Non-woven / Bonding: Fibers are bonded together mechanically, chemically, or thermally without weaving or knitting. Examples: felt, interfacing, technical performance membranes.

Importance of Fabric in Apparel Manufacturing

Fabric accounts for 40–60% of the total production cost of a garment. It determines the garment’s weight, drape, durability, care requirements, and suitability for decoration methods like screen printing or embroidery. Choosing the wrong fabric for a product category is one of the most common — and costly — mistakes new apparel brands make. Getting it right from the start is the difference between a product that sells and a product that gets returned.

Why Choosing the Right Fabric Matters

Every aspect of your finished garment’s performance traces back to the fabric decision. Here’s why it matters across five critical dimensions:

Comfort: Fabric determines how a garment feels against the skin — its softness, breathability, and temperature regulation. A polyester jersey t-shirt worn in summer heat will feel significantly less comfortable than a 100% cotton jersey version, regardless of how well it’s sewn or how strong the brand is.

Durability: Different fabrics age at very different rates. A 100% cotton t-shirt will pill and fade faster than a cotton-polyester blend. A pure wool sweater, properly cared for, outlasts an acrylic imitation by a decade or more. Fabric quality directly determines customer satisfaction and repeat purchase rate.

Performance: For sportswear and activewear, fabric is the product. Moisture-wicking polyester, four-way stretch spandex, and anti-microbial treatments are not just features — they are the reason a customer buys performance apparel over a standard t-shirt.

Cost: Fabric choice is the primary lever for controlling production cost. The difference between a $3 blank tee in 100% cotton and a $12 blank in organic Pima cotton is entirely in the fabric. Understanding the cost-quality spectrum lets you position your product and margin correctly.

Brand positioning: Premium natural fibers (merino wool, organic cotton, cashmere, linen) signal luxury and sustainability. Technical synthetic fabrics signal performance and innovation. Basics in cotton-poly blends signal accessibility and value. Your fabric choice communicates your brand positioning before a customer even reads the label.

How Fabrics Are Classified

All apparel fabrics fall into three broad categories based on the origin of their fibers:

1. Natural Fabrics

Natural fabrics come from fibers produced by plants or animals. They are generally more breathable, biodegradable, and comfortable against skin than synthetics, but often require more careful care and are more expensive to produce.

• Cotton: From cotton plant bolls — the world’s most widely used apparel fiber
• Linen: From the flax plant — strong, cool, and breathable; excellent for summer clothing
• Wool: From sheep — naturally temperature-regulating, moisture-wicking, and fire-resistant
• Silk: From silkworm cocoons — the finest natural fiber; luxuriously soft and lustrous
• Hemp: From cannabis sativa plant — extremely durable and increasingly sustainable
• Alpaca: From alpaca fleece — warmer than wool, hypoallergenic, ultra-soft

2. Synthetic Fabrics

Synthetic fabrics are manufactured from chemical compounds, primarily petroleum-derived polymers. They are generally more durable, moisture-resistant, and less expensive than natural fibers, but less breathable and more reliant on fossil fuels.

• Polyester: The most widely produced synthetic fiber globally — durable, quick-drying, and versatile
• Nylon: Strong, lightweight, abrasion-resistant — ideal for activewear and outerwear
• Acrylic: Wool-like synthetic — warm, lightweight, and affordable
• Spandex / Elastane / Lycra: Elastic synthetic fiber — provides stretch in blended fabrics
• Rayon / Viscose: Semi-synthetic (derived from wood pulp) — soft, drapey, and breathable
• Modal: Upgraded rayon from beech tree pulp — softer and more durable than standard rayon

3. Blended Fabrics

Blended fabrics combine two or more fiber types to balance the advantages of each while minimizing their individual weaknesses. Most commercial apparel today uses some form of blended fabric.

• Poly-Cotton (CVC or TC): The most common blend in the world. Combines cotton’s softness and breathability with polyester’s durability and shape retention. Typical ratios: 50/50, 60/40 cotton-poly, or 80/20.
• Cotton-Spandex: Cotton’s natural comfort with the addition of 3–8% spandex for stretch recovery. Standard for fitted t-shirts, yoga wear, and stretch denim.
• Polyester-Spandex (Power Stretch): The backbone of performance and compression wear. 80–92% polyester for moisture management, 8–20% spandex for four-way stretch and compression.
• Tri-Blend (Poly-Cotton-Rayon): Typically 50% polyester, 25% cotton, 25% rayon. Creates an ultra-soft, vintage-feeling fabric with a slight drape. Very popular for premium lifestyle t-shirts and casual tops.

Most Popular Types of Fabrics Used in Clothing

Here is a complete breakdown of the 12 most important fabric types in USA apparel manufacturing — with everything you need to know to make the right choice for your products.

1. Cotton

What it is: Cotton is a natural fiber harvested from the seed pods (bolls) of the cotton plant (Gossypium). It is the world’s most widely used textile fiber — accounting for approximately 25% of all fiber used in clothing globally. Cotton fabric is produced by spinning cotton fibers into yarn, then weaving or knitting the yarn into cloth. The resulting fabric is soft, breathable, and absorbent.

Key features: Highly breathable and moisture-absorbent; soft against skin; hypoallergenic for most people; takes dye well producing vibrant, consistent colors; excellent for screen printing and embroidery; biodegradable.

Advantages: Universally comfortable for all-day wear in warm and moderate climates; affordable at scale; wide range of weights and weaves available; strong cultural association with quality and naturalness in the USA market; easiest fabric to care for and repair.

Disadvantages: Shrinks significantly when washed in hot water (pre-shrunk treatments help); wrinkles easily; loses shape with repeated washing without polyester blend; not naturally moisture-wicking — stays wet when saturated; requires more water and pesticides to grow than synthetic alternatives (unless organic).

Best applications: T-shirts, casual shirts, underwear, socks, denim jeans, baby clothing, bed linen, lightweight jackets, sweatshirts, hoodies, and virtually every casual apparel category.

2. Polyester

What it is: Polyester (polyethylene terephthalate, or PET) is a synthetic fiber made from coal, air, water, and petroleum through a chemical polymerization process. It is the most widely produced synthetic fiber in the world and, in many categories, is now more widely used than cotton. Polyester can be knitted, woven, or blended with virtually any other fiber.

Key features: Extremely durable and abrasion-resistant; resists shrinking, stretching, and wrinkling; quick-drying; naturally moisture-resistant; retains shape wash after wash; can be engineered with moisture-wicking finishes; holds color well without fading; available in endless weights and constructions.

Advantages: Outlasts cotton in most use cases; significantly cheaper than natural fibers at scale; excellent for performance apparel when finished with moisture-wicking treatments; easy care — machine washable and dryer-safe; can be recycled (recycled polyester / rPET is a major sustainability trend in 2026).

Disadvantages: Less breathable than cotton in basic form; can feel hot and sticky against skin without moisture-wicking treatment; static electricity buildup; derived from petroleum — environmental impact without recycling; some people find it less comfortable than natural fibers for extended wear.

Best applications: Performance sportswear, athletic jerseys, running apparel, workwear, outerwear shells, fleece (made from polyester), swimwear, activewear, and any application where durability and fast-drying are priorities.

3. Nylon

What it is: Nylon is the world’s first commercially produced synthetic fiber, invented by DuPont in 1938. It is made from polyamide polymers derived from petroleum. Nylon is finer, silkier, and more lustrous than polyester, with exceptional strength relative to its weight. It was originally developed as a silk replacement for women’s stockings and military parachutes.

Key features: Extremely strong and abrasion-resistant — the strongest synthetic fiber by weight; lightweight; smooth, silky hand feel; quick-drying; naturally elastic with good recovery; resistant to mold, mildew, and insects; can be extremely thin (used in hosiery) or thick (used in backpacks and outerwear).

Advantages: Superior abrasion resistance makes it ideal for high-wear garments like leggings, activewear, and outerwear; silkier than polyester — better drape and hand feel; lighter than polyester for equivalent strength; excellent for wind-resistant and water-resistant applications.

Disadvantages: More expensive than polyester; degrades in prolonged UV exposure (yellowing and weakening); absorbs more moisture than polyester (slower drying than polyester in some applications); environmental concerns similar to polyester — petroleum-derived.

Best applications: Windbreakers, rain jackets, swimwear, hosiery, tights, athletic leggings, lightweight performance tops, compression garments, and outerwear where strength-to-weight ratio matters.

4. Spandex (Elastane / Lycra)

What it is: Spandex (trademarked as Lycra by DuPont, called elastane in Europe) is a synthetic fiber with exceptional elasticity — it can stretch to 5–8 times its original length and return to its original shape with full recovery. Spandex is almost never used as a fabric on its own. Instead, it is blended into other fabrics in small percentages (2–20%) to add stretch.

Key features: Can stretch to 500–800% of original length with complete recovery; adds four-way stretch to any fabric it is blended with; resists wear, tears, and body oils; lightweight and smooth; maintains garment shape over time; accepts dye when blended with other fibers.

Advantages: Even 2–5% spandex content transforms a rigid fabric into a stretch fabric; essential for fitted activewear, shapewear, and any garment that must conform to the body’s movement; dramatically extends garment lifespan by preventing permanent stretching at stress points (waistbands, cuffs, necklines).

Disadvantages: Degrades with repeated exposure to high heat — never tumble dry on high; chlorine (pool water) damages spandex fibers over time; cannot be ironed; dry cleaning solvents can damage elastane; once the elastic component breaks down, the garment loses its defining characteristic.

Best applications: Leggings, yoga pants, compression shorts, swimwear, athletic performance wear, fitted t-shirts, sports bras, shapewear, and any apparel category requiring body-conforming stretch and recovery.

5. Rayon (Viscose)

What it is: Rayon (called viscose in the UK and Europe) occupies a unique middle ground — it is derived from natural sources (wood cellulose from trees like bamboo, beech, and pine) but is manufactured through an intensive chemical process, making it semi-synthetic rather than purely natural. The resulting fiber mimics the soft drape of silk at a much lower price point.

Key features: Luxuriously soft and smooth hand feel; excellent drape — falls and flows more like silk than cotton; breathable and cool against skin; highly absorbent; takes dye extremely well producing rich, deep colors; affordable compared to silk.

Advantages: Significantly softer and drapier than cotton at similar price points; excellent for clothing requiring fluid movement; wide range of fabric weights and constructions available; blends well with polyester and cotton to add softness and drape.

Disadvantages: Relatively weak when wet — can shrink, stretch, or lose shape; requires gentle washing or dry cleaning; wrinkles significantly; less durable than polyester or cotton in high-wear applications; the chemical manufacturing process is environmentally intensive (though newer modal and Tencel processes are cleaner).

Best applications: Women’s blouses, dresses, linings, flowy pants, casual shirts, and any apparel where soft drape and a premium look at accessible price points are the priority.

6. Modal

What it is: Modal is a type of rayon made exclusively from beech tree cellulose, produced using a more refined and slightly more environmentally friendly process than standard viscose rayon. Modal fibers are finer and longer than regular rayon, producing a fabric that is noticeably softer, more durable, and better at retaining color. Modal is widely used in premium basics — particularly underwear and loungewear.

Key features: Exceptionally soft — often described as feeling softer than cotton; 50% more absorbent than cotton; resistant to shrinkage and fabric pilling; color stays vibrant wash after wash; naturally breathable; smooth surface that stays smooth over time.

Advantages: Significantly softer than standard cotton or rayon; holds its shape and color far better than regular rayon; biodegradable; blends extremely well with cotton and spandex for premium casualwear; the fabric of choice for premium t-shirts and loungewear in the USA market.

Disadvantages: More expensive than cotton or standard rayon; still environmentally intensive compared to organic cotton; not as durable as polyester in high-friction applications; requires gentle washing to preserve softness over time.

Best applications: Premium t-shirts, underwear, loungewear, pajamas, activewear basics, and any application where exceptional softness and color retention justify a higher fabric cost.

7. Bamboo Fabric

What it is: Bamboo fabric is typically produced from bamboo cellulose using a manufacturing process similar to viscose rayon. Despite being marketed as a natural, eco-friendly material, most bamboo fabric is processed semi-synthetically. Bamboo itself is highly sustainable (grows rapidly without pesticides), but the viscose manufacturing process reduces the environmental benefit. Mechanically processed bamboo linen is the truly natural alternative but is rare and expensive.

Key features: Naturally anti-bacterial and anti-odor properties; excellent moisture-wicking; soft and smooth texture; thermoregulating — keeps wearers cool in summer, warm in winter; UV resistant; naturally hypoallergenic.

Advantages: Excellent choice for sensitive-skin applications; strong sustainability marketing angle in the USA market; naturally odor-resistant reduces need for chemical anti-microbial treatments; soft drape similar to modal or rayon.

Disadvantages: Most commercial bamboo fabric is processed viscose — not as eco-friendly as marketing suggests; more expensive than conventional cotton; requires careful washing to maintain properties; chemical processing negates some environmental benefits.

Best applications: Activewear, baby clothing, underwear, socks, yoga apparel, loungewear, and any brand with a sustainability positioning in the USA market.

8. Linen

What it is: Linen is one of the oldest textile fibers in human history — made from the cellulose fibers of the flax plant (Linum usitatissimum). The flax plant requires very little water or pesticide compared to cotton, making linen one of the most naturally sustainable fabrics available. Linen fabric is woven from the long, strong cellulose fibers extracted from the flax stem.

Key features: Extremely breathable and moisture-wicking — absorbs up to 20% of its weight in moisture before feeling damp; naturally antibacterial; strong and durable — becomes softer with each wash; cool to the touch; characteristically textured, natural appearance; highly sustainable crop.

Advantages: Unmatched breathability in natural fabrics — ideal for hot USA summers; gets softer and more comfortable with use; biodegradable and sustainably grown; distinctive texture communicates authenticity and quality; strong appeal in premium and sustainable fashion markets.

Disadvantages: Wrinkles very easily — this is an inherent quality of pure linen; relatively expensive; not naturally stretchy; can feel rough or stiff when new; limited color depth compared to cotton; requires ironing or embracing a relaxed, lived-in aesthetic.

Best applications: Casual summer shirts, pants, blazers, dresses, beach and resort wear, kitchen and table linens, and any premium casual or sustainable apparel category.

9. Wool

What it is: Wool is the natural fiber obtained from the fleece of sheep. It is one of the most complex and sophisticated natural fibers — a protein-based fiber (keratin) with a unique scaly structure that gives it extraordinary thermal regulation, moisture management, and self-cleaning properties. Wool is available in many grades, from coarse generic wool to the ultra-fine fibers of Merino, Cashmere, and Lambswool.

Key features: Naturally temperature-regulating — insulates when cold, releases heat when warm; naturally moisture-wicking and fast-drying; odor-resistant (can be worn multiple times between washes); naturally fire-resistant; UV protective; biodegradable; elastic and resilient — resists permanent wrinkling.

Advantages: The most sophisticated natural fiber available; fine Merino wool performs comparably to technical synthetic fabrics in moisture management and temperature regulation; extremely long lifespan with proper care; strong premium positioning in the USA apparel market; suitable for both athletic use (Merino) and traditional suiting.

Disadvantages: Requires careful washing — most wool shrinks if machine washed without care; dry cleaning required for many wool garments; can cause itching in coarser grades; expensive compared to synthetic alternatives; moths damage wool in storage; heavier than synthetic performance fabrics.

Best applications: Sweaters, knitwear, suits, blazers, outerwear, athletic base layers (Merino), socks (wool blend), scarves, and all cold-weather apparel categories.

10. Silk

What it is: Silk is a natural protein fiber produced by the larvae of the Bombyx mori silkworm as it forms its cocoon. A single silkworm cocoon produces a continuous fiber up to 1,500 meters long — this extraordinary length creates silk’s signature smooth, continuous surface. Silk has the highest natural luster of any textile fiber, and its triangular prism-like fiber structure refracts light, creating the characteristic shimmer.

Key features: The strongest natural fiber by weight; lightest natural fabric; hypoallergenic; excellent temperature regulation — cool in summer, warm in winter; naturally moisture-absorbent; takes dye brilliantly producing the most vivid colors of any natural fiber; incomparable drape and luster.

Advantages: Unmatched luxury hand feel and appearance; prestigious positioning in the USA fashion market; naturally hypoallergenic; excellent UV protection; ideal for luxury apparel, eveningwear, and premium accessories.

Disadvantages: Most expensive natural fabric; extremely delicate — requires hand washing or dry cleaning; degrades in sunlight over time; easily damaged by perspiration acids; not suitable for custom decoration techniques like screen printing; not suitable for sportswear or high-activity use.

Best applications: Luxury eveningwear, blouses, ties, lingerie, linings, scarves, bridal wear, and any premium apparel category where appearance, drape, and perceived luxury are the highest priorities.

11. Acrylic

What it is: Acrylic is a synthetic fiber made from a polymer (polyacrylonitrile) produced from fossil fuels. It was developed as a wool alternative — warm, lightweight, and significantly cheaper than genuine wool. Acrylic fibers are soft when fine, and the best acrylics can closely mimic the feel of wool or cashmere at a fraction of the cost. It is widely used in knitwear, blankets, and cold-weather accessories.

Key features: Warm and lightweight; soft when fine gauge; holds color well; resists fading, moths, and mildew; machine washable (unlike most wool); retains shape reasonably well; affordable.

Advantages: Most affordable warm fabric available; easy care — machine washable and dryer safe; does not felt or shrink like wool; good for volume knitwear production at competitive price points; widely available in every color.

Disadvantages: Pills quickly with use — surface develops small fiber balls that must be regularly removed; not breathable; retains static; doesn’t regulate temperature naturally like wool; environmental concerns — derived from fossil fuels and sheds microplastics in washing.

Best applications: Budget knitwear, beanies, scarves, blankets, socks, promotional winter accessories, and any cold-weather product where wool-like aesthetics are needed at an accessible price point.

12. Tencel (Lyocell)

What it is: Tencel is the brand name for lyocell fiber produced by the Austrian company Lenzing AG. Like modal, it is derived from wood cellulose — primarily eucalyptus trees — but the manufacturing process is a closed-loop system that recaptures and reuses 99% of the solvent, making it the most environmentally responsible manufactured cellulose fiber available. Tencel has become the benchmark sustainable fabric in the USA apparel market.

Key features: Exceptionally soft and smooth; more breathable than cotton; naturally moisture-wicking and fast-drying; biodegradable; produced in a closed-loop manufacturing system with minimal chemical waste; strong and durable even when wet (unlike regular rayon); drapes beautifully.

Advantages: Best-in-class sustainability credentials in the semi-synthetic fiber category; softer and more breathable than cotton; strong marketing story for sustainable brands in the USA; biodegradable at end of life; produces a beautiful, smooth, premium fabric surface.

Disadvantages: More expensive than cotton or standard rayon; limited availability compared to cotton and polyester; requires gentle washing; less established supply chain than conventional fibers; premium price may not suit all product categories.

Best applications: Premium t-shirts, dresses, activewear, denim blends, underwear, and any sustainable apparel brand targeting conscious USA consumers who value environmental responsibility alongside comfort.

13. Denim

What it is: Denim is a durable cotton-based twill fabric recognized by its distinctive diagonal weave pattern. Traditionally woven with indigo-dyed warp yarns and white weft yarns, denim has evolved from workwear material into one of the most widely used fabrics in fashion. Modern denim is available in various weights and often includes spandex for added comfort and stretch.

Key features: Strong twill construction; highly durable; abrasion-resistant; available in multiple weights; develops a unique faded appearance over time; can be blended with stretch fibers for comfort.

Advantages: Extremely durable and long-lasting; versatile for casual and fashion apparel; ages attractively with wear; suitable for embroidery, patches, and various garment washes; available in sustainable and recycled options.

Disadvantages: Heavier than many other fabrics; can feel stiff when new; traditional denim production can require significant water usage; may shrink if not pre-treated.

Best applications: Jeans, denim jackets, shirts, skirts, workwear, casual apparel, fashion collections, and stretch denim garments.

14. Canvas

What it is: Canvas is a heavy-duty woven fabric traditionally made from cotton, although modern versions may include polyester or blended fibers. Known for its strength and rugged texture, canvas has been used for centuries in workwear, bags, tents, and industrial applications. In apparel manufacturing, it is valued for durability and structure.

Key features: Heavyweight construction; excellent durability; abrasion-resistant; structured appearance; strong tear resistance; available in multiple weights and finishes.

Advantages: Long-lasting and highly durable; ideal for demanding environments; maintains shape well; suitable for embroidery and custom branding; available in natural and sustainable fiber options.

Disadvantages: Limited stretch; can feel stiff and heavy; less breathable than lighter fabrics; requires breaking in for maximum comfort.

Best applications: Workwear jackets, utility pants, aprons, tote bags, caps, uniforms, outerwear, and rugged lifestyle apparel.

15. Corduroy

What it is: Corduroy is a woven fabric characterized by raised parallel ridges known as wales. Traditionally made from cotton, corduroy combines durability with softness, making it a popular fabric for cooler-weather apparel. The width of the ridges can vary, creating different visual and tactile effects.

Key features: Distinctive ribbed texture; soft hand feel; durable construction; insulating properties; available in fine-wale and wide-wale variations; retains warmth effectively.

Advantages: Comfortable and warm; unique textured appearance; durable enough for everyday wear; available in a wide range of colors; offers a premium heritage-inspired aesthetic.

Disadvantages: Can attract lint and dust; heavier than many casual fabrics; may wear down at high-friction points over time; requires careful pressing to preserve texture.

Best applications: Jackets, trousers, overshirts, skirts, children’s clothing, workwear-inspired apparel, and seasonal fashion collections.

Fabric Construction Types Explained

The same fiber can produce dramatically different fabrics depending on how it is constructed. Understanding construction types is essential for apparel manufacturers — it determines stretch, weight, breathability, durability, and suitability for specific garment categories.

Jersey Knit

Jersey knit is the most widely used fabric construction in casualwear manufacturing. It is a single-layer knit with a smooth, flat face and a looped back. Standard jersey stretches significantly in the horizontal (cross-grain) direction with moderate vertical stretch. It is the fabric of the standard t-shirt — comfortable, breathable, easy to cut and sew, and excellent for screen printing and embroidery.

• Weight range: Lightweight (140–160 GSM) to midweight (180–200 GSM)
• Stretch: Good horizontal stretch, moderate vertical
• Best for: T-shirts, casual tops, lightweight hoodies, underwear, baby clothing
• Decoration: Screen printing, DTG, heat transfer — all excellent on flat jersey surface

Expert tip: For premium t-shirts, target 180–200 GSM ring-spun or combed cotton jersey. The ring-spun process creates a stronger, smoother yarn that results in a noticeably softer, more durable fabric.

Interlock Knit

Interlock is a double-knit construction — two jersey fabrics knitted together simultaneously, face-to-face, creating a thicker, more stable fabric that looks identical on both sides. Interlock is significantly heavier, smoother, and more dimensionally stable than single jersey. It holds its shape better, pills less, and has a premium hand feel that single jersey cannot match.

• Weight range: 200–280 GSM
• Stretch: Moderate stretch in both directions, more stable than jersey
• Best for: Polo shirts, sports jerseys, children’s wear, premium t-shirts, athletic uniforms
• Advantage over jersey: Double-sided — no ‘wrong side’ to the fabric; cleaner seams; more shape retention

Pique Knit

Pique (pronounced ‘pee-KAY’) is a textured knit fabric with a distinctive waffle-like or honeycomb surface pattern created by the knitting construction. This texture increases surface area, improving breathability and moisture management. Pique is the fabric of the classic polo shirt — and has been since René Lacoste adopted it for his tennis shirts in 1929.

• Weight range: 180–250 GSM
• Stretch: Moderate — less stretchy than jersey but more than twill
• Best for: Polo shirts, golf shirts, tennis tops, corporate casual shirts
• Surface texture: The raised pattern provides a premium, professional appearance and masks perspiration marks better than smooth jersey

Expert tip: Pique polo shirts are the most ordered custom corporate apparel item at Rajco USA — the textured surface hides perspiration, the structure looks professional, and embroidered logos sit beautifully on the raised fabric surface.

Rib Knit

Rib knit is characterized by alternating vertical columns of knit and purl stitches (1×1 rib, 2×2 rib, 4×4 rib etc.) that create a fabric with strong horizontal stretch and excellent recovery. Rib knit springs back aggressively when stretched, making it the standard choice for all elastic-function applications in garment construction.

• Weight range: 150–250 GSM
• Stretch: Exceptional horizontal stretch — up to 100% with full recovery
• Best for: Cuffs, waistbands, neckbands, collar trims, and as a standalone fabric for form-fitting tops and dresses
• Construction: 1×1 rib (fine, form-fitting) vs 2×2 rib (chunkier, more casual) — both share the same strong stretch-recovery property

Fleece Fabric

Fleece fabric is a knitted fabric (typically jersey or interlock base) that is then run through a napping machine — wire-covered rollers that raise and loosen the fibers on one or both sides, creating a soft, plush, insulating interior pile. The exterior remains smooth for decoration; the interior becomes the fluffy lining that traps warm air. Fleece is the fabric of sweatshirts, hoodies, and cold-weather casual apparel.

• Weight range: 200–400 GSM (10 oz to 20 oz per square yard in imperial measurement)
• Types: Polar fleece (100% polyester), cotton fleece (80% cotton, 20% poly), sherpa fleece (plush exterior), French terry (unfinished fleece — loops instead of brushed pile)
• Best for: Sweatshirts, hoodies, zip-ups, casual jackets, blankets
• Decoration: Screen printing, DTG, and embroidery all perform excellently on the smooth exterior of standard fleece

Expert tip: Fabric weight is everything in fleece. For premium wholesale sweatshirts in the USA market, specify 14–16 oz (400–450 GSM) fleece. Below 10 oz feels cheap; 20 oz is premium heavyweight.

French Terry

French terry is a knit fabric construction with a smooth, flat face and looped (un-napped) reverse side. Unlike fleece, the loops are not brushed — they remain as visible terry loops on the inside of the fabric. The result is a lighter, more breathable fabric than standard fleece that is warm enough for cooler weather but not as heavy as a full fleece. French terry is ideal for spring/fall transitional apparel and athleisure.

• Weight range: 250–350 GSM
• Key difference from fleece: Interior loops instead of brushed pile — lighter, more breathable, more drapey
• Key difference from terry cloth (toweling): Single-sided — loops only on the inside, flat face on outside
• Best for: Lightweight sweatshirts, joggers, sweat pants, zip-up hoodies, athleisure tops

Mesh Fabric

Mesh fabric is a knitted or woven construction with open, porous structure that allows maximum airflow through the fabric. Performance athletic mesh uses fine polyester yarns knitted in an open pattern; the result is the most breathable fabric available — lightweight, quick-drying, and temperature-regulating. Mesh is the fabric of athletic jerseys, sports uniforms, and high-performance activewear.

• Types: Athletic mesh (fine, smooth), spacer mesh (3D double-layer), power mesh (stretch), bird’s eye mesh (decorative)
• Weight range: 100–180 GSM (very lightweight)
• Best for: Sports jerseys, basketball uniforms, football jerseys, soccer kits, training vests
• Decoration: Sublimation printing is the preferred method — ink permanently bonds to polyester mesh without clogging pores or reducing breathability

Waffle Knit

Waffle knit is a textured knit fabric with a characteristic square grid pattern resembling a waffle iron impression. The recessed squares trap warm air while the raised grid surface makes contact with the skin — creating an insulating effect with a distinctive visual texture. Waffle knit is most commonly used in thermal underwear and cold-weather casual tops.

• Weight range: 180–250 GSM
• Stretch: Moderate — similar to jersey
• Best for: Thermal underwear, long-sleeve base layers, casual winter tops, henley shirts
• Visual appeal: The geometric texture adds visual interest compared to flat jersey — distinctive look popular in heritage and workwear-inspired collections

Twill Fabric

Twill is a woven fabric construction characterized by diagonal parallel ribs (twill lines) running across the fabric surface. The weave pattern — where each weft yarn passes over one or more warp yarns and then under two or more — creates a stronger, more durable fabric than plain weave. Denim (cotton twill), chinos (cotton twill), and workwear fabrics are all twill constructions.

• Types: 2×1 twill (lighter), 3×1 twill (standard denim weight), herringbone twill, houndstooth twill
• Weight range: 200–450 GSM depending on fiber and weight
• Stretch: Woven — minimal natural stretch unless spandex is added
• Best for: Workwear pants and jackets, denim jeans, chinos, cargo pants, structured caps
• Durability: Twill constructions are among the most durable fabrics — the diagonal weave distributes stress across more fiber contact points than plain weave

Tricot Fabric

Tricot is a warp-knitted fabric with a smooth face and a slightly ridged back, produced on specialized warp-knitting machines rather than circular knitting machines. The warp-knitting process creates a fabric with finer, more even surface characteristics than weft-knitting, with minimal stretch in the length direction and moderate cross-stretch. Tricot is widely used in lingerie, swimwear, and performance apparel linings.

• Weight range: 80–160 GSM (typically lightweight)
• Key property: More dimensionally stable than jersey knit; smooth, almost silky surface
• Best for: Lingerie, swimwear, sportswear linings, formal jacket linings, windbreaker linings
• Advantage: The smooth surface reduces friction against skin and other fabrics — reduces pilling and provides a comfortable base layer in multi-layer garments

Natural vs Synthetic Fabrics: Complete Comparison

The choice between natural and synthetic fabrics is one of the most fundamental decisions in apparel manufacturing. Both have significant strengths — and the right choice depends on your product category, customer expectations, price point, and sustainability goals.

Best Fabrics for Different Types of Clothing

This is the practical reference table every apparel brand owner needs — the recommended fabric for each major garment category based on performance requirements, manufacturing considerations, and USA market standards.

Best Fabrics for Sportswear and Activewear

Sportswear fabric selection requires a deeper level of technical knowledge than casualwear. Performance fabrics must work alongside the body — managing heat, moisture, and movement simultaneously. At Rajco USA, sportswear manufacturing has been our core expertise since 1935.

1. Moisture-Wicking Fabrics

Moisture-wicking fabrics move sweat away from the skin surface and disperse it across the outer surface of the fabric where it can evaporate quickly. This keeps the wearer dry, reduces chafing, and prevents the discomfort of a sweat-saturated fabric clinging to skin.

• Mechanism: Capillary action through fine polyester fibers draws moisture outward
• Best fibers: 100% polyester with moisture-wicking finish; polyester-spandex blends; nylon
• Performance benchmark: A quality moisture-wicking fabric should evaporate sweat faster than the body produces it during moderate activity
• Care note: Fabric softeners clog moisture-wicking channels — always wash performance fabrics without softener
• USA brands using this: Nike Dri-FIT, Under Armour HeatGear, Adidas Climacool — all polyester-based moisture management systems

2. Stretch Fabrics

Stretch fabrics allow full range of motion without restriction — critical for any sport or exercise involving bending, reaching, jumping, or twisting. Two-way stretch (typically spandex in the cross-grain direction only) handles most casual athletic needs. Four-way stretch (spandex in both cross-grain and length directions) is the standard for performance activewear.

• Two-way stretch: Stretches horizontally only; sufficient for most casual and moderate-activity garments
• Four-way stretch: Stretches in all directions; essential for yoga pants, compression shorts, and high-performance athletic tops
• Fabric options: Cotton-spandex (soft stretch), polyester-spandex (performance stretch), nylon-spandex (premium performance)
• Spandex percentage: 3–5% for light stretch; 8–12% for significant stretch; 15–20% for compression

3. Compression Fabrics

Compression fabrics apply graduated pressure to specific muscle groups to improve blood circulation, reduce muscle vibration, delay fatigue, and accelerate post-exercise recovery. They require precise spandex percentages and garment construction to deliver effective compression without restricting circulation.

• Compression level: 15–20 mmHg for light support (most apparel); 20–30 mmHg for medical-grade (requires certification)
• Standard fabric: 80% polyester / 20% spandex for most performance compression applications
• Key requirement: Graduated compression — tightest at extremities, decreasing toward the torso
• Care: Machine wash cold; never tumble dry high — heat degrades spandex and reduces compression effectiveness

4. Breathable Fabrics

Breathability refers to a fabric’s ability to allow air and moisture vapor to pass through it — enabling the body’s natural cooling system to function. Two types of breathability exist: passive (open fabric structure allows airflow) and active (moisture vapor transmission through technical membranes).

• Passive breathability: Open weave/knit structures — mesh fabrics, open-weave linen, lightweight jersey
• Active breathability: Technical membranes (Gore-Tex, eVent) that block liquid water but allow moisture vapor to pass through
• Natural fiber breathability: Wool and linen are the most breathable natural fibers; cotton is breathable when dry but loses breathability when saturated with sweat
• Synthetic engineered breathability: Polyester with moisture-wicking + open construction is the sportswear standard

5. Performance Polyester

Performance polyester is not a fabric type but a category of engineered polyester fabrics treated or constructed with specific technical properties. In 2026, performance polyester is the backbone of the entire USA sportswear and activewear market.

• Base fiber: 100% polyester or polyester-spandex blend
• Moisture-wicking finish: Applied chemically or woven into the fiber structure — draws sweat outward for fast evaporation
• UPF treatment: UV-blocking chemical finish — most performance polyester carries UPF 30–50+
• Anti-microbial treatment: Prevents odor-causing bacteria from colonizing the fabric — essential for compression and base-layer garments
• Quick-dry construction: Open knit structure maximizes surface area for rapid evaporation

Expert tip: For Rajco USA clients building performance sportswear lines: specify 100% polyester interlock or mesh with moisture-wicking treatment, UPF 30+ protection, and anti-microbial finish. This combination covers 90% of USA activewear performance requirements.

Sustainable Fabric Options

Sustainability has shifted from a niche concern to a mainstream purchasing driver in the USA apparel market. 73% of USA consumers under 40 say they consider environmental impact when making clothing purchases. Here are the most commercially viable sustainable fabric options for USA brands in 2026.

1. Organic Cotton

Organic cotton is grown without synthetic pesticides, herbicides, or genetically modified seeds. It is certified by organizations like GOTS (Global Organic Textile Standard) and OEKO-TEX. Organic cotton uses significantly less water than conventional cotton (though this depends heavily on farming practices and region) and is safer for farm workers and surrounding ecosystems.

• Cost premium over conventional cotton: 20–40% at fabric level
• Certifications: GOTS, USDA Organic, OEKO-TEX Standard 100
• Feel and performance: Nearly identical to conventional cotton — the sustainability difference is in the supply chain, not the fabric hand
• USA market positioning: Strong premium positioning; resonates with health-conscious and environmentally aware consumers

2. Recycled Polyester (rPET)

Recycled polyester (rPET) is produced from post-consumer plastic waste — primarily PET plastic bottles. Chemically, rPET is identical to virgin polyester but uses 59% less energy and produces 32% less CO2 in production. It is the most commercially scaled sustainable synthetic fiber available and is already standard in many major USA activewear brands.

• Source material: Approximately 25 plastic bottles produce enough rPET for one athletic t-shirt
• Performance: Identical to virgin polyester — same moisture-wicking, durability, and aesthetic properties
• Cost premium: Minimal — often only 5–15% above virgin polyester at scale
• Certification: GRS (Global Recycled Standard) certification is the industry benchmark
• USA brands using rPET: Patagonia (pioneered rPET fleece), Nike, Adidas, and most major performance brands have rPET lines

3. Bamboo Fabric

As detailed in the fabric profiles above, bamboo as a crop is highly sustainable — growing rapidly without pesticides or irrigation. The commercial sustainability of bamboo fabric depends heavily on the manufacturing process. Viscose bamboo (most common) uses the same chemical process as rayon. Mechanically processed bamboo linen is genuinely sustainable but expensive and rare.

• Best sustainable claim: Bamboo crop sustainability — fast growth, no pesticides
• Weakest claim: Viscose manufacturing process is chemically intensive
• Net assessment: Better than conventional cotton; not as sustainable as Tencel or organic cotton

4. Tencel (Lyocell)

Tencel is the benchmark for sustainable manufactured fiber. The closed-loop Lyocell process from Lenzing AG recovers 99% of the solvent used in production — dramatically reducing chemical waste. Eucalyptus trees used for Tencel grow on land unsuitable for food crops, without pesticides, and with minimal water. Tencel is biodegradable, certified by multiple environmental standards, and delivers excellent fabric performance.

• Certifications: OEKO-TEX, EU Ecolabel, Lenzing’s own eCO verification
• Best use cases: Premium t-shirts, dresses, activewear, and sustainable fashion where a smooth, drapey, breathable fabric is needed
• Price: Higher than cotton but lower than premium natural fibers — justifiable at premium price points

5. Hemp Fabric

Hemp (from Cannabis sativa) is arguably the most sustainable textile crop available. It requires no pesticides, improves soil health, sequesters carbon, requires minimal water, and produces more fiber per acre than cotton. Hemp fabric is strong, breathable, and becomes softer with repeated washing. Its long-term durability is superior to cotton.

• Historical fact: Hemp was the most widely grown crop in the USA until the 20th century — it was used for rope, sail canvas, and clothing for centuries
• Current limitation: Limited commercial availability and processing infrastructure in the USA keeps costs high
• Texture: Coarser than cotton when new; blending with cotton or silk softens the hand feel
• Best use: Workwear, casual shirts, sustainable basics, accessories, and any brand with a strong environmental story

How to Choose the Right Fabric for Your Brand

With dozens of fabric types and thousands of specific fabric options available, making the right choice requires a systematic approach. Here are the six most important factors to consider:

1. Product category: Start with what you’re making. A performance running top and a casual t-shirt might both be 100% polyester, but the construction, weight, and finish will be entirely different. Match fabric to function first.

2. Target customer: Who is wearing this garment, and what do they expect? A sustainable brand customer expects organic cotton or Tencel. A performance athlete expects moisture-wicking polyester. A value buyer expects durable cotton-poly. Understand your customer before choosing your fabric.

3. Budget and price point: Your fabric choice must work within your production cost structure. As a general rule, fabric should represent 30–40% of your total COGS (cost of goods sold). If you’re selling at $25 retail, you cannot use $8/yard Pima cotton. If you’re selling at $150, you can.

4. Decoration and printing requirements: If your product will be screen printed, you need a flat, smooth fabric surface — jersey, fleece, twill. If you’re sublimating, you need 100% polyester. If you’re embroidering, most fabric types work, but the backing stability varies. Always confirm fabric suitability with your decorator before production.

5. Climate and end use: Consider where and when your customer will wear this garment. Summer heat in Texas requires breathable, lightweight fabric. Winter in New York requires insulating weight. Outdoor athletic use requires moisture-wicking. Office wear requires structure and wrinkle resistance.

6. Sustainability goals: If sustainability is part of your brand story, define what that means precisely — organic sourcing, recycled content, biodegradable end-of-life, lower water usage, or fair trade production? Different sustainable fabrics address different environmental concerns. Choose the fabric that aligns with your specific sustainability claim.

Common Fabric Terms Every Buyer Should Know

Understanding fabric terminology helps you communicate precisely with manufacturers and suppliers, evaluate fabric quality accurately, and make better purchasing decisions.

Fabric Trends Shaping the Apparel Industry in 2026

The fabric landscape is evolving faster than at any point in the last 50 years. Here are the five most significant trends reshaping how USA apparel brands source and specify their fabrics.

Recycled and Circular Fabrics

Recycled polyester (rPET) from plastic bottles is now mainstream — used by brands from Patagonia to H&M. The next frontier is closed-loop textile recycling: breaking down worn garments into their fiber components and re-spinning them into new fabric. Companies like Renewlane and Evrnu are making fiber-to-fiber recycling commercially viable for the first time. By 2028, expect recycled-content fabric to be the default in most performance categories.

Performance Textiles in Everyday Wear

The line between performance sportswear and everyday fashion is dissolving. Consumers in the USA now expect moisture-wicking, four-way stretch, and quick-dry properties in their work shirts, travel pants, and casual wear — not just their gym clothes. Brands like Vuori, Rhone, and Public Rec have built entire businesses on performance-fabric everyday wear. This crossover trend is accelerating.

Sustainable Sourcing Transparency

‘Sustainable’ as a generic marketing claim is no longer sufficient. USA consumers and retail buyers increasingly demand specific, verifiable sustainability data: fiber origin, water usage per kilogram of fabric, chemical certifications, and carbon footprint calculations. Brands that can show their fabric supply chain documentation are gaining shelf space and consumer trust that vague sustainability language cannot achieve.

Smart and Functional Fabrics

Fabrics embedded with technology are moving from prototype to commercial reality. Phase-change materials that absorb and release heat to maintain constant body temperature; conductive yarns that transmit biometric data to paired devices; anti-viral fabric treatments with sustained effectiveness — these technologies are entering the commercial USA apparel market in 2026 and will become standard in premium performance categories by 2030.

Lightweight Technical Materials

The trend toward minimalism in construction is driving demand for ultra-lightweight technical fabrics that deliver maximum performance at minimum weight. Modern ultralight fabrics (80–100 GSM) achieve moisture-wicking, four-way stretch, UPF protection, and anti-microbial performance in a fabric so light it is almost imperceptible against skin. This direction is strongest in trail running, cycling, and outdoor performance categories.

Why Rajco USA Uses Premium Fabrics for Apparel Manufacturing

At Rajco USA, fabric is not a line item to minimize — it is the foundation of every product we build for our clients. Here is what 90+ years of manufacturing experience has taught us about working with fabric:

• 90+ Years of Experience Since 1935: Rajco USA was founded in Brooklyn, New York in 1935 — when American sportswear manufacturing was in its infancy. Over nine decades, we have worked with virtually every fabric type, construction, and finish available in the market.
  
• Fabric Sourcing Expertise: Sourcing the right fabric at the right price requires relationships and knowledge that take years to build. Rajco USA sources from a vetted network of fabric mills in the USA and internationally, with clear quality standards, testing protocols, and delivery reliability requirements.
  
• Sportswear Specialization: Sportswear is our core category. We understand the specific fabric requirements for every athletic application — from heavyweight fleece hoodies to ultralight performance jerseys.
  
• Quality Control Standards: Every fabric we use goes through a multi-point quality check before cutting begins. We verify GSM against specification, check colorfastness (wash test and rub test), confirm shrinkage within tolerance, test tensile and tear strength at stress points, and verify that any special finishes (moisture-wicking, anti-microbial, UPF) are active and within specification.
  
• Custom Manufacturing Capabilities: Rajco USA offers custom fabric sourcing and specification for brands that need something beyond standard commercial fabrics. We can source custom colorways, develop proprietary fabric blends, and work with technical fabric suppliers to create exclusive materials for premium product lines.

Start Your Custom Apparel Project with Rajco USA

Rajco USA has been manufacturing custom sportswear and branded apparel from Brooklyn, New York since 1935. Our fabric expertise spans 90+ years and covers every category from heavyweight performance fleece to ultralight athletic mesh.

Whether you need help selecting the right fabric for your product line, sourcing certified sustainable materials, or manufacturing custom garments with precise fabric specifications — our team is ready to help.

• Custom sweatshirts, hoodies, t-shirts, polo shirts, and sportswear
• Decoration services: screen printing, DTG, embroidery, sublimation
• Low MOQ from 50 units per style
• Sustainable and certified fabric options available
• Free fabric consultation for qualifying orders

📞 +1 929 242 6250  |  ✉ customercare@rajcousa.com |  rajcousa.com

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