Natural vs Synthetic Fabrics: The Complete Guide to Choosing the Right Material

The honest, science-backed guide to every fabric in your wardrobe, from everyday cotton to cutting-edge smart textiles

Most of us get dressed without thinking twice about what our clothes are actually made of. But the fabric touching your skin for 16 or more hours every day affects your comfort, your health, your wallet, and the environment. This guide cuts through the confusion so you can shop smarter, dress better, and feel good about your choices.

Why Your Fabric Choice Matters More Than You Think

Picture this: you’re at the store, looking at two nearly identical shirts. One is 100% cotton at $35. The other is 100% polyester at $18. Which one do you pick?

If your answer is “it depends,” you’re already ahead of most shoppers. The fabric question isn’t just about price or feel, it touches on your skin health, laundry habits, environmental footprint, and how long your clothes actually last.

Here’s a figure worth knowing: synthetic fibers now make up about 64% of all global fiber production, according to Textile Exchange. That means most of the clothes in your closet are likely made from petroleum-based plastics. That’s not automatically a bad thing, but it is worth understanding.

Natural fabrics like cotton, wool, silk, and linen have been around for thousands of years. Synthetic fabrics like polyester and nylon were invented in the 20th century and quickly took over because they’re cheaper to make and easier to care for. Today, most clothes use some combination of both.

So which is better? The honest answer: neither, and both. It depends on what you need. This guide will help you figure that out.

A Brief History of Fabrics

For most of human history, clothing came entirely from nature. Cotton spread from India across ancient trade routes. Silk moved from China to Europe along what we now call the Silk Road. Linen made from flax was one of the earliest woven fabrics, used in ancient Egypt thousands of years ago. Wool kept people warm long before anyone thought to engineer a fabric in a lab.

That changed dramatically in 1938, when DuPont introduced nylon to the public. It was the world’s first truly synthetic fiber, made entirely from petroleum-based chemicals. Its debut in nylon stockings caused a genuine frenzy. Within years, the synthetic fiber industry exploded. Polyester followed in the 1940s and 1950s. Acrylic came shortly after. By the late 20th century, synthetic fibers had overtaken natural ones in global production volume.

Today, synthetic fibers account for approximately 64% of all fibers produced globally, with polyester alone making up nearly 59% of total synthetic output. Natural fibers like cotton still hold an important share, but the industry has fundamentally shifted toward man-made materials.

That shift brought real benefits: cheaper clothing, more consistent quality, and performance properties that nature simply couldn’t match. But it also brought new problems, from microplastic pollution to chemical finishes that raise health questions. Understanding this history helps you make sense of where we are now and why the natural-versus-synthetic debate actually matters.

Natural Fabrics Explained

Natural fabrics come from plants or animals. They’ve been woven into clothing for thousands of years, and many people still reach for them first when comfort matters most. Here’s what you need to know about each one.

Cotton

Cotton is the world’s most popular natural fiber. It’s soft, breathable, and works well in warm weather. It soaks up sweat and dries against your skin without trapping heat. The downside? It wrinkles easily, can shrink in the wash, and takes a while to dry.

If you’re buying cotton, pay attention to the type. Pima cotton and Egyptian cotton are longer-fiber versions that feel much softer and more durable. Regular cotton works fine for everyday basics. Organic cotton is grown without synthetic pesticides, it’s better for your skin and the planet, though it usually costs a bit more. You can read our full guide to cotton fabric for more detail.

Linen

Linen comes from the flax plant. It’s incredibly breathable, one of the best fabrics you can wear in hot weather. It feels cool against the skin and actually gets softer the more you wash it.

The trade-off is that linen wrinkles very easily. Many people embrace this as part of linen’s relaxed character, but if you need to look polished, it can be annoying. Linen is also one of the most sustainable natural fabrics because flax grows with very little water or pesticides. Learn more in our complete linen fabric guide.

Wool

Wool is one of nature’s best insulators. It keeps you warm without overheating, and it actually absorbs moisture while still feeling dry. It’s naturally odor-resistant too, which is why you can wear a wool sweater several times without washing it.

Wool ranges from rough and scratchy (in cheaper versions) to incredibly soft (merino, cashmere). If wool has ever irritated your skin, it might be worth trying a finer grade. Merino wool in particular is known for being gentle enough for sensitive skin. We also have detailed guides on cashmere and other specialty wools. For the full picture, see our wool fabric guide.

Silk

Silk is produced by silkworms and is one of the oldest luxury fabrics in the world. It’s incredibly smooth, naturally temperature-regulating, and gentle on skin. The downsides are its price, its delicate care requirements, and the ethical concerns some people have around silk production.

Silk comes in many varieties, from everyday habotai to luxurious mulberry silk. See our complete silk guide for the full breakdown.

Hemp

Hemp is one of the most sustainable crops on the planet. It grows fast with minimal water and no pesticides. Hemp fabric is durable, breathable, and naturally resistant to bacteria and mold. It used to have a rough reputation for being scratchy, but modern processing has changed that significantly.

Natural Fabrics: Quick Comparison

Synthetic Fabrics Explained

Synthetic fabrics are made from chemical compounds, most of them derived from petroleum. They didn’t exist before the 20th century, but today they dominate global clothing production. Here’s an honest look at what each one offers.

Polyester

Polyester is the most widely produced synthetic fiber, making up roughly 59% of all global synthetic fiber output. It’s durable, wrinkle-resistant, holds color well, and dries fast. It’s also cheap to make, which is why it’s everywhere from fast fashion to sportswear.

The downsides are real though. Polyester doesn’t breathe well. It traps heat and moisture, which can make you sweaty and uncomfortable. It also sheds tiny plastic fibers every time you wash it, more on that in the microplastics section below. Our complete polyester guide and polyester manufacturing guide cover the full story.

Nylon

Nylon was the world’s first true synthetic fabric, developed by DuPont in 1935 and introduced to the public in 1938. It’s strong, lightweight, and elastic. You’ll find it in activewear, hosiery, swimwear, and outdoor gear.

Like polyester, nylon has limited breathability. It also snags easily and builds up static electricity. Still, for durability and stretch in performance applications, it’s hard to beat.

Acrylic

Acrylic is often described as “synthetic wool.” It’s lightweight, warm, and holds its color well. You’ll find it in sweaters, blankets, and fleece items. The main issues are that it pills easily, doesn’t breathe well, and can feel scratchy on some skin types.

Spandex (Elastane / Lycra)

Spandex is almost always blended with other fabrics rather than used alone. Even a small percentage, say, 2 to 5%, gives a fabric significant stretch and recovery. You’ll find it in jeans, leggings, swimwear, and athletic wear. See our guide to stretchy fabrics for more.

Fleece

Fleece is a knitted synthetic fabric made primarily from polyester. It’s incredibly warm, soft, and lightweight for its insulation value. The downside is that fleece is one of the highest microplastic-shedding fabrics you can own. A single wash can release hundreds of thousands of microfibers. Read our fleece fabric guide to understand the full trade-offs.

The Third Category: Semi-Synthetic Fabrics

Most guides split fabrics into two camps: natural and synthetic. But there’s a whole middle ground worth understanding. These are fabrics that start from natural sources like wood pulp or bamboo, but go through heavy chemical processing to become the soft, drapey material you see on the tag.

Tencel (Lyocell)

Tencel is a brand name for lyocell fiber made from eucalyptus trees. It’s produced in a closed-loop manufacturing process, meaning the chemicals used are recycled and very little waste escapes into the environment. The result is a soft, breathable, moisture-wicking fabric that’s gentle on sensitive skin. It’s one of the better semi-synthetic options if you care about sustainability.

Modal

Modal is made from beech tree pulp. It’s incredibly soft, often softer than cotton, and holds its shape well even after many washes. It’s used in underwear, activewear, and loungewear. Like Tencel, it’s more sustainably produced than regular rayon.

Bamboo Viscose

Here’s where it gets a bit misleading. When you see “bamboo fabric” on a label, it’s almost always bamboo viscose, meaning the bamboo plant was used as the raw material, but it was chemically processed into a fabric that no longer retains bamboo’s natural properties. The Federal Trade Commission (FTC) has taken enforcement action and issued civil penalties against major retailers including Walmart and Kohl’s for mislabeling rayon products as “bamboo,” and has an active guidance page on the issue.

That said, bamboo viscose is still a pleasant fabric. It’s soft, breathable, and moisture-wicking. Just know what you’re buying.

Rayon and Viscose

Rayon (also called viscose) is one of the oldest semi-synthetic fabrics. It has a silky drape and feel, making it a common stand-in for silk at a fraction of the price. The problem is that standard rayon production can involve toxic chemicals and generate a lot of wastewater. The newer varieties like Tencel and Modal are cleaner versions of the same basic idea.

Burnout Chiffon: A Special Mention

One fabric worth calling out here is burnout chiffon, also called devoré chiffon. It’s made by applying a chemical paste to a fabric, typically a poly-silk or poly-viscose blend, that dissolves or “burns out” one of the fibers in specific areas. What’s left is a pattern of sheer and opaque sections that create a beautiful textured effect.

Burnout chiffon sits firmly in the semi-synthetic world because it almost always involves a blend of natural and synthetic fibers. The sheer areas tend to be silk or viscose, while the raised, opaque areas are usually polyester that survived the burn-out process. It’s a popular choice for elegant occasion wear, evening blouses, and dresses where visual interest is key.

What’s Really in Your Clothes

Fabric content is only part of the story. The finish on your clothes, the treatments applied after weaving, can matter just as much as the fiber itself. And some of those treatments have raised serious health concerns.

PFAS: The “Forever Chemicals” in Your Wardrobe

PFAS (per- and polyfluoroalkyl substances) are a group of over 4,700 synthetic chemicals used in everything from non-stick cookware to waterproof clothing. They’re called “forever chemicals” because they don’t break down in the environment or in the human body.

In clothing, PFAS are commonly used as water-repellent treatments on outdoor gear, rain jackets, and stain-resistant workwear. When you buy a jacket that repels water, there’s a good chance it’s treated with a DWR (Durable Water Repellent) coating that contains PFAS. Read more about DWR coatings and water-resistant fabrics to understand the full picture.

Studies have linked PFAS exposure to hormone disruption, immune system effects, and increased cancer risk. The US Environmental Protection Agency (EPA) classifies PFAS as chemicals of concern that accumulate in the human body over time. The Environmental Working Group (EWG) has also highlighted synthetic clothing as a notable source of chemical exposure through skin contact and washing.

Several countries and US states, including California, New York, and others, have begun banning or restricting PFAS in clothing. If you buy water-resistant outdoor gear, look for brands that have switched to PFAS-free DWR alternatives.

Formaldehyde and Other Chemical Finishes

Many wrinkle-resistant and crease-resistant fabrics are treated with formaldehyde-based resins. Formaldehyde is a known irritant and classified carcinogen at high levels. While the amounts in clothing are generally low, people with sensitive skin or chemical sensitivities may react to them.

Other common chemical finishes include softening agents, flame retardants (particularly required in children’s sleepwear), bleach, and synthetic dyes. Many of these are safe at typical exposure levels, but washing new clothes before wearing them is a simple way to reduce contact.

How to Read a Fabric Label Properly

Fabric labels are required by law in most countries to list fiber content by percentage, from highest to lowest. But they don’t have to disclose chemical finishes or dyes.

What to look for on the label:

• Fiber content percentage, e.g., “95% cotton, 5% elastane”
• Care instructions, symbols and written guidance
• Country of manufacture, helps assess production standards
• Third-party certification logos, GOTS, OEKO-TEX, bluesign

If you want to dig deeper into what goes into making certain fabrics, our complete guide to textiles covers the production process from fiber to finished fabric.

The Microplastics Problem

This is one of the most important, and least talked about, issues with synthetic clothing. Every time you wash a synthetic garment, it sheds tiny plastic fibers into the water. These are called microplastics or microfibers.

Those numbers come from peer-reviewed research. A 2025 review published in Frontiers in Public Health found that washing a single polyester garment can release over 6 million microfibers. Most wastewater treatment plants are not designed to filter out particles that small, so they end up in rivers, oceans, and eventually the food chain.

Microplastics have now been detected in human blood, lungs, liver, and placental tissue. A landmark study published in the New England Journal of Medicine in March 2024 found that patients with microplastics detected in their arterial plaque had a significantly higher risk of heart attack, stroke, or death over a 34-month follow-up period than those with none. The researchers were clear the study shows an association rather than definitive cause, but the findings have prompted serious scientific debate about microplastics as a potential cardiovascular risk factor.

What You Can Do

• Use a microplastic filter bag or washing machine filter. Products like Guppyfriend bags or Cora Balls catch fibers before they go down the drain.
• Wash synthetic clothes less frequently and on shorter, cooler cycles. Fewer washes mean fewer fibers released.
• Choose natural or semi-synthetic fabrics where possible for items washed often, like activewear and t-shirts.
• Look for tightly woven synthetics over loose knits, which shed more.
• Buy higher quality over quantity. Fewer garments means fewer washes overall.

Fabric and Your Skin

The fabric you wear affects your skin more than most people realize. For the roughly one in five adults who report having sensitive skin, the wrong fabric can mean itching, rashes, and daily discomfort. For parents dressing young children, this matters even more.

Fabrics That Are Gentle on Skin

Organic cotton is the most widely recommended fabric for sensitive skin. It’s soft, breathable, and free from the harsh chemicals used in conventional cotton processing. Bamboo viscose is another popular option, it has a silky texture that many people with eczema find soothing, though as we noted, it’s not as natural as its marketing often suggests.

Tencel (lyocell) deserves special mention here. Its smooth fiber structure creates less friction against the skin compared to cotton, making it a good choice for people prone to irritation. Silk is excellent too, though its cost and care requirements make it less practical for everyday use.

See our dedicated guide to soft fabrics for sensitive skin for a full breakdown.

Fabrics That Can Cause Irritation

Polyester, nylon, and acrylic are the most common culprits for skin irritation. These synthetic fibers are hydrophobic, they repel water, so instead of absorbing sweat, they trap it against your skin. That warm, damp environment is exactly what triggers itching, redness, and bacterial growth.

Wool can also irritate skin, especially in cheaper grades. The coarser fibers physically scratch the skin. Fine merino wool (usually measured below 18 microns) is much gentler. If wool has always bothered you, it may be worth trying a high-quality merino or cashmere option before writing off the fiber entirely.

Eczema and Dermatitis

If you or your child has eczema, fabric choice can genuinely affect how often flare-ups happen. The National Eczema Association and dermatologists consistently recommend loose-fitting, 100% organic cotton as the safest starting point. Avoid anything with a rough texture, tight elastic, or undisclosed chemical finishes.

A note for parents: children’s skin is thinner and more permeable than adult skin, which means chemical finishes in fabric may have a greater effect. Choosing organic or certified children’s clothing makes a real difference. Our guides to hypoallergenic baby clothing and organic vs conventional infant clothing have more detail on this.

The Sustainability Picture

When it comes to sustainability, neither natural nor synthetic fabrics have a clean record. The honest answer is that all fabric production has an environmental cost. The key is understanding which costs matter most to you.

Water Usage: The Big Natural Fabric Problem

Growing cotton requires an enormous amount of water. According to the World Wildlife Fund, producing a single cotton t-shirt uses approximately 2,700 liters of water, enough for one person to drink for two and a half years. Conventional cotton is also one of the most pesticide-intensive crops on the planet, accounting for a disproportionate share of global insecticide use relative to the land area it covers.

Note: Polyester uses significantly less water to produce than cotton, but its end-of-life impact, 200 to 500 years in a landfill, shedding microplastics throughout, is far more serious.

Recycled Synthetics: A Step in the Right Direction

Recycled polyester (rPET), made from post-consumer plastic bottles or recycled clothing, uses roughly 45% less water and generates fewer greenhouse gas emissions than virgin polyester. It’s a meaningful improvement, though it still sheds microplastics and still won’t biodegrade.

Our guide to recycled polyester (rPET) explains what to look for when buying recycled synthetic clothing.

Fast Fashion and Overconsumption

The most sustainable wardrobe is one you don’t constantly replace. The fashion industry as a whole, both natural and synthetic, is a major contributor to global waste. Buying fewer, better-quality pieces and taking good care of them beats switching fabric types every time.

For more on this, see our deep dive into fast fashion vs slow fashion.

Certifications Worth Trusting

Best Fabric by Use Case

The best fabric really does depend on what you’re doing. Here’s a clear breakdown by activity and situation.

Fabric and Your Climate

Where you live, and the weather you deal with most, should shape your fabric choices. Here’s a practical guide by climate type.

Want personalized fabric advice based on your climate and season? Try our Seasonal Fabric Quiz for a recommendation tailored to your weather. For summer-specific advice, see our summer fabrics guide.

Cost and Real Value

Natural fabrics typically cost 20 to 50% more than synthetic alternatives. But the initial price tag isn’t the whole story. The real question is: how much does each wear actually cost you?

Cost Per Wear: The Smarter Way to Think About Price

Divide the total cost of a garment (purchase price plus care costs) by the number of times you wear it. A $60 cotton shirt worn 120 times costs $0.50 per wear. A $25 polyester shirt worn 40 times before it pills and loses shape costs $0.63 per wear, and that’s before counting the environmental replacement cost.

Costs are general estimates based on mid-range quality garments and typical care patterns. Prices vary by brand, retailer, and region.

Use our Fabric Cost Comparison Calculator to run these numbers for your own wardrobe with your actual prices.

Care and Maintenance

Good care habits can easily double or triple a garment’s lifespan, regardless of the fabric. Here’s what you need to know for each type.

Universal tips that apply to all fabrics: always read the care label before washing, treat stains immediately, and rotate garments to reduce wear on any single item.

For a personalized care guide based on what you own, try our free Fabric Care Generator.

How to Identify Fabric Type

Not sure what your fabric is? Labels are the first and best resource, but sometimes they’re worn off or the label is misleading. Here are three reliable methods to test fabric at home.

Method 1: Read the Label

The tag should list fiber content by percentage. “100% cotton” is natural. “100% polyester” is synthetic. “95% cotton, 5% elastane” is a natural-synthetic blend. If no certification logos appear, look up the brand’s sustainability disclosures to learn more about chemical treatments.

Method 2: The Water Drop Test

Place a drop of water on the fabric. Natural fibers like cotton and linen absorb water quickly, it spreads into the fabric within seconds. Synthetic fibers repel water or absorb it much more slowly, the droplet beads or sits on the surface.

Method 3: The Burn Test

1. Cut a small sample (about 1 cm) from an inconspicuous area of the fabric.
2. Hold it with metal tweezers over a heat-safe surface or sink.
3. Briefly touch a lighter flame to the edge and observe what happens.
4. Check the smell, burn behavior, and ash. Natural fibers burn, smell organic, and leave soft ash. Synthetic fibers melt, curl away from the flame, smell chemical, and leave hard plastic beads.
5. Extinguish immediately and dispose of carefully.

If you’re unsure after trying these methods, the burn test results table above should help you narrow it down. When in doubt, a fabric blend is usually the answer.

Smart Fabrics and What’s Coming Next

Fabric technology is changing faster than most people realize. The line between clothing and technology is getting blurrier, and some of what’s already available on the market would have sounded like science fiction twenty years ago.

What Are Smart Fabrics?

Smart fabrics (also called e-textiles or electronic textiles) are fabrics that can sense, respond to, or interact with environmental conditions or the wearer’s body. They can monitor health metrics, regulate temperature, generate power, or even change color. These aren’t all futuristic concepts either. Several are already in everyday products.

Technologies Already in Clothing

Emerging Innovations Worth Watching

Bio-based synthetics. Several companies are working on synthetic fibers made from fermented plant sugars or algae rather than petroleum. These aim to offer the performance of synthetic fibers without the fossil fuel dependency or the extremely long decomposition time. Bolt Threads and other biotech textile startups have demonstrated early versions of these materials, though scaling up for mainstream production remains a challenge.

Mycelium-based leather. Leather alternatives made from fungal mycelium (mushroom roots) are already reaching the market through brands like Stella McCartney in partnership with Bolt Threads. The resulting material is soft, durable, and compostable at end of life. It’s still expensive, but costs are coming down.

Recycled ocean plastics. Brands including Patagonia and Adidas have been producing garments from recovered ocean plastic for several years. The fabric is still polyester, so it still sheds microplastics. But from a production standpoint, it diverts waste from the ocean.

Plant-based polyester. Researchers are making real progress on polyester derived entirely from plant sources rather than petroleum. Plant-based polyester would biodegrade faster than conventional polyester while retaining much of the same performance profile. It’s not yet widely available at consumer scale, but the science is solid.

Self-cleaning fabrics. Titanium dioxide and other photocatalytic coatings can be applied to fabric to break down dirt and bacteria when exposed to light. Some hospital uniforms and workwear already use versions of this. For everyday clothing, it could mean washing your clothes less often, which would meaningfully reduce microplastic shedding and water use.

Fabric Glossary

Here are common fabric terms worth knowing when you’re reading labels or shopping online.

Acrylic

A synthetic fiber made from petroleum-based polymers. Often used as a cheaper alternative to wool. Lightweight and warm but prone to pilling and static.

Bamboo Viscose

Fabric made by chemically processing bamboo pulp into viscose fiber. Soft and breathable, but more chemically processed than its “natural” marketing often implies.

Burnout Chiffon (Devoré)

A lightweight sheer fabric made by chemically dissolving select fibers in a poly-silk or poly-viscose blend to create patterned sheer and opaque areas. Popular for evening and occasion wear. See our full guide to burnout chiffon fabric.

Chiffon

A lightweight, sheer woven fabric that can be made from silk, polyester, or nylon. Airy and elegant, it is commonly used for blouses, dresses, and overlays. See our chiffon fabric guide for all the varieties.

DWR (Durable Water Repellent)

A coating applied to fabric to make water bead and roll off the surface. Historically made with PFAS chemicals, but PFAS-free alternatives are increasingly available. Learn more in our DWR coating guide.

Elastane / Spandex / Lycra

These are all names for the same highly elastic synthetic fiber. Usually blended in small percentages (2-5%) to add stretch to other fabrics. Almost always derived from petroleum.

Fleece

A soft, knitted synthetic fabric usually made from polyester. Warm and lightweight, but a significant shedder of microplastic fibers when washed.

GOTS

Global Organic Textile Standard. A certification that covers both the organic content of fibers and the environmental/social conditions of their production.

Lyocell / Tencel

A semi-synthetic fiber made from wood pulp (often eucalyptus) using a closed-loop, eco-friendly process. Soft, breathable, and one of the more sustainable fabric options.

Microfibers

Tiny plastic fibers shed from synthetic clothing during washing. A major source of ocean microplastic pollution. Not to be confused with microfiber cleaning cloths, which are also a type of synthetic.

Modal

A semi-synthetic fiber made from beech tree pulp. Extremely soft, stays soft through washing, and is often used in underwear and loungewear.

OEKO-TEX Standard 100

A third-party certification that tests fabrics for over 100 potentially harmful substances at every stage of production.

PFAS

Per- and polyfluoroalkyl substances. A group of over 4,700 synthetic chemicals used in water-resistant and stain-resistant fabric treatments. Linked to health risks and sometimes called “forever chemicals” because they don’t break down in the environment.

Rayon / Viscose

A semi-synthetic fabric made from chemically processed plant cellulose (usually wood pulp). Has a soft, silk-like drape but involves more environmental impact in production than Tencel or Modal.

rPET (Recycled Polyester)

Polyester made from recycled plastic bottles or recycled garments. More sustainable than virgin polyester in production, but still sheds microplastics and won’t biodegrade.

Certifications: A Quick Buying Guide

Certifications are your best tool for cutting through vague sustainability claims. Here’s what each one actually tells you, and what it doesn’t.

Frequently Asked Questions

Conclusion

Key Takeaways

• Natural fabrics breathe better and biodegrade: but cost more and need more care
• Synthetic fabrics are durable and affordable: but don’t breathe well and shed microplastics
• Semi-synthetics like Tencel and Modal are a good middle ground for comfort and sustainability
• “Bamboo fabric” is almost always bamboo viscose: a semi-synthetic, not a natural material
• PFAS in water-resistant clothing is a legitimate concern: look for PFAS-free alternatives
• Washing synthetic clothes sheds millions of microplastic fibers: use a filter bag
• For sensitive skin: organic cotton, Tencel, and fine merino are your safest bets
• Certifications like GOTS and OEKO-TEX Standard 100 are the most reliable way to verify safety and sustainability claims
• Cost per wear, not purchase price, is the truest measure of value
• The most sustainable wardrobe is one you buy less of and take better care of

Helpful Tools to Continue Your Research

Use these free resources to put what you’ve learned into practice:

• Fabric Identification Quiz, Find out what fabric you have in 5 questions
• Interactive Fabric Selector Tool, Get personalized fabric recommendations
• Fabric Cost Comparison Calculator, Work out your real cost per wear
• Seasonal Fabric Quiz, Find the best fabric for your climate
• Fabric Care Generator, Get a personalized care guide for what you own

For more on what’s new in textiles, check out our 2026 fabric trends guide and our full overview of common fabric types and their uses.