DU 301: The Environmental Considerations of Raw Denim
Summary
Raw denim is not a perfect environmental choice — but once you understand the full picture, it looks considerably better than most alternatives. 92% of a pair of jeans' water footprint comes from cotton farming, not the factory. The finishing processes on pre-distressed jeans range from mildly harmful to genuinely hazardous — raw denim requires none of them. 100% cotton biodegrades in months to years; polyester takes 20–200 years and sheds microplastics now found in human tissue. And the most powerful environmental tool available to any denim wearer is simple: wear what you have, longer.
Q&A
Is raw denim better for the environment than regular denim?
Significantly better at the factory level — and considerably better over time. Raw denim skips the entire distressing process: no stone washing, no chemical bleaching, no potassium permanganate spray. Those processes range from water-intensive to genuinely hazardous to workers and waterways. Raw denim also lasts longer and gets repaired rather than replaced, which amortizes its production footprint across years of wear rather than a single season.
Where does most of the water in a pair of jeans actually go?
92% of a pair of jeans' water footprint comes from cotton farming — not from the factory, the dyeing process, or finishing. Conventional cotton is one of the thirstiest crops in commercial agriculture. This means the water problem is fundamentally an agricultural problem, and improvements at the farm level — through organic farming and precision irrigation — have far more impact than any improvement at the factory level.
What is potassium permanganate and why does it matter?
Potassium permanganate (PP) spray is used in denim finishing to create bright, localized bleaching effects on heavily distressed jeans. It is classified as hazardous by the European Chemicals Agency — toxic to aquatic life, causes severe skin burns and eye damage, and damages organs with prolonged exposure. Workers spray it by hand in enclosed workshops, often without adequate protection. A 2024 Clean Clothes Campaign report documented ongoing worker exposure in Turkey, where surrounding agricultural land is now considered unsuitable for farming. PP was added to the ZDHC Chemical Watchlist in early 2026. Raw denim requires none of it.
What is the environmental case for organic cotton?
Organic cotton uses an average of 182 liters of water per kilogram of lint, compared to 2,120 liters for conventional cotton — a reduction of more than 90%. It is grown without synthetic pesticides or fertilizers, largely rain-fed rather than irrigated, and supports healthier soil biology and greater biodiversity. FITTED Underground is actively moving toward incorporating more organic cotton selvedge into its product line.
Are microplastics from synthetic fabrics a genuine health concern?
The emerging science is increasingly difficult to dismiss. Synthetic fabrics shed microscopic plastic fibers during wear and washing. These microplastic fibers are now found in human blood, liver and kidney tissue, breast milk, and tonsil tissue. A 2024 UCSF systematic review found suspected links to harm in the reproductive, digestive, and respiratory systems. A separate study found microplastics present in higher concentrations in cancerous tumor samples than in adjacent healthy tissue. Causal links in humans have not yet been definitively proven, but the trajectory of research is alarming. 100% cotton denim sheds no microplastics.
Test Your Knowledge
Click each answer to reveal whether it's correct.
1. What percentage of a pair of jeans' water footprint comes from cotton farming rather than the factory?
A. 42%
❌ Incorrect. The proportion coming from cotton farming is far higher — 92%. This is why improvements at the farm level matter far more than improvements at the factory.
B. 65%
❌ Incorrect. The correct figure is 92% — significantly higher than this. The remaining 8% comes from dyeing, washing, and finishing processes at the mill and factory.
C. 92%
✓ Correct. 92% of a pair of jeans' water footprint comes from cotton farming — not from dyeing, washing, or finishing. The water problem is fundamentally an agricultural problem. This means organic farming and precision irrigation have far more impact than any factory-level improvement.
D. 100% — all water use is in farming
❌ Incorrect. 92% comes from cotton farming — significant, but not 100%. The remaining 8% comes from dyeing and finishing at the mill and factory, which is still a meaningful amount even if dwarfed by the agricultural footprint.
2. Which denim finishing technique is considered the least harmful to the environment?
A. Stone washing
❌ Incorrect. Stone washing uses roughly 250 pounds of pumice and 140 gallons of water per run and generates pumice sediment that must be filtered from wastewater. It ranks in the middle of the harm spectrum — better than chemical bleaching but significantly worse than laser or ozone.
B. Laser finishing
✓ Correct. Laser finishing uses CO₂ lasers to etch fades directly onto denim with no water, no chemicals, and minimal energy compared to wet processes. It is precise, consistent, scalable, and represents the gold standard of sustainable distressing. The industry is adopting it slowly due to high equipment costs.
C. Chlorine bleaching
❌ Incorrect. Chlorine bleaching ranks near the bottom of the harm spectrum — generating toxic wastewater that has turned rivers blue, brown, and black in denim-producing regions. It is one of the more harmful conventional finishing methods.
D. Potassium permanganate spray
❌ Incorrect. Potassium permanganate spray is the most harmful commonly used finishing chemical — toxic to aquatic life, hazardous to workers, and linked to agricultural land contamination. It was added to the ZDHC Chemical Watchlist in early 2026.
3. How does organic cotton's water use compare to conventional cotton?
A. About 10% less water than conventional cotton
❌ Incorrect. The reduction is far more dramatic than 10%. Organic cotton is largely rain-fed rather than irrigated, producing a water reduction of more than 90%.
B. About 50% less water than conventional cotton
❌ Incorrect. The reduction is even more significant — over 90%. Organic cotton uses an average of 182 liters per kilogram of lint versus 2,120 liters for conventional cotton.
C. More than 90% less water than conventional cotton
✓ Correct. Organic cotton uses an average of 182 liters of water per kilogram of lint, compared to 2,120 liters for conventional cotton — a reduction of more than 90%. Organic cotton is largely rain-fed rather than irrigated, and is grown without synthetic pesticides or fertilizers.
D. Organic cotton uses more water because it grows more slowly
❌ Incorrect. Organic cotton uses dramatically less water than conventional cotton — more than 90% less. The key reason is that it is largely rain-fed rather than heavily irrigated.
4. What is the most powerful environmental action available to a denim wearer?
A. Washing jeans in cold water only
❌ Incorrect. Cold water washing reduces energy use per wash, but the much larger lever is how many times you need to buy a new pair. Longevity dwarfs washing temperature as an environmental variable.
B. Buying only organic cotton denim
❌ Incorrect. Organic cotton is meaningfully better than conventional, but buying a new pair — even organic — still carries the full production footprint. Wearing what you already have, longer, has more impact than any purchasing decision.
C. Wearing what you have, longer — a pair worn 1,000 times has a per-wear footprint 10–20 times smaller than one worn 50 times and replaced
✓ Correct. The production footprint of a pair of jeans is fixed at manufacture. What happens to that footprint over time depends entirely on how long you wear them. A pair worn 1,000 times amortizes its water and carbon footprint across a decade. The per-wear environmental cost becomes genuinely small. This is the environmental argument for raw denim stated in human terms.
D. Donating old jeans to textile recyclers rather than landfilling them
❌ Incorrect. Recycling is better than landfilling, but the most powerful lever is simply wearing what you already have for much longer before any disposal decision is needed.
← Previous: DU 206 | ↑ Denim University | Next: DU 302 →
By Eric Steffen
Founder / Maker
FITTED Underground
I'll be honest with you: I came into this topic with a point of view, and the research both confirmed and complicated it. Raw denim is not a perfect environmental choice. Cotton farming, however you slice it, is water-intensive and has real costs. But once you understand the full picture — the chemistry of distressing, the science of synthetic fabrics, the math of longevity — raw denim looks considerably better than most of its alternatives. This article is an attempt to lay out that picture honestly without advocacy. The facts I found are interesting enough to stand on their own. Here we go.
The Water Question
The most widely cited environmental figure in denim is this: producing a single pair of jeans consumes approximately 3,781 liters of water — roughly 1,000 gallons — across its entire lifecycle. That number tends to generate alarm, and it should generate some. But understanding where that water actually goes changes the conversation considerably.
Of that total, 92% comes from cotton farming. Not from the factory. Not from the dyeing process. Not from finishing. The overwhelming majority of the water footprint of a pair of jeans is embedded in the field, in the irrigation of the cotton plant itself. Conventional cotton is one of the thirstiest crops in commercial agriculture, requiring between 7,000 and 29,000 liters of water per kilogram of lint, depending on where and how it is grown.
This means the water problem is fundamentally an agricultural problem, not a manufacturing one. And it means that improvements at the farm level — through organic farming, regenerative agriculture, and precision irrigation — have far more impact on the water footprint of a pair of jeans than any improvement at the factory level. More on that in a moment.
The remaining 8% of water use — from dyeing, washing, and finishing — is not inconsequential, but it is dwarfed by the upstream footprint. And in the case of raw denim, which skips most industrial finishing processes entirely, even that fraction is reduced.
The Finishing Problem: A Ranked Guide to Distressing Techniques
Here is something most consumers never think about: the fades on a pair of pre-distressed jeans were put there by chemicals and machines, at real cost to the environment and in many cases to the workers applying them. When you buy raw denim, you are opting out of this system entirely. The fades come from wear. From you. That choice has genuine environmental consequences.
To understand what you're opting out of, here is a ranked guide to conventional denim finishing techniques, from least to most harmful:
1. Laser Finishing — Least Harmful
The cleanest option in industrial finishing. CO₂ lasers etch fades, whiskers, and patterns directly onto denim with no water, no chemicals, and minimal energy compared to wet processes. Precise, consistent, and scalable. Laser finishing represents the gold standard of sustainable distressing — the industry is adopting it slowly due to high equipment costs, but it is the clear direction of travel. Some reduction in fabric strength is the main downside.
2. Ozone Washing — Low Impact
Ozone gas (O₃) is used in place of chlorine bleach and large volumes of water to fade and lighten denim. Ozone is a natural oxidant that breaks down indigo dye without leaving toxic residues — it converts back to oxygen after use. Significantly lower water use, no hazardous chemical discharge, achievable at room temperature. A major improvement over conventional wet processes. Some technical challenges remain around fabric strength, but ozone washing is increasingly considered best-in-class for sustainable wet finishing.
3. Enzyme Washing (Bio Stone Washing) — Moderate, but Far Better Than Stone
Cellulase enzymes — biodegradable proteins — are used to mimic the abrasion effect of stone washing without the pumice. A few grams of enzyme replace kilograms of stones. A 2025 comparative study found enzyme washing uses 10.6% less water, 1.9% less energy, produces 73% lower chemical impact scores, and generates 23x less suspended solid waste in effluent compared to conventional stone washing. The wastewater is significantly cleaner. Enzyme washing is 100% ZDHC (Zero Discharge of Hazardous Chemicals) compliant. Not without environmental footprint, but dramatically better than what it replaces.
4. Stone Washing — Significant Impact
The original industrial distressing method. Jeans are tumbled with pumice stones — volcanic rock — in large washing machines. A single run of 100 pairs of jeans uses approximately 250 pounds of pumice and 140 gallons of water for one hour of washing. More intense stonewashes run four to six hours. The stones create pumice sediment that must be filtered from wastewater, and they physically degrade the machines and the jeans. Better than the chemical alternatives below, but a significant resource draw by any measure.
5. Chlorine and Acid Bleaching — Harmful
Chemical bleaches — sodium hypochlorite (chlorine bleach) and various acid compounds — are used to achieve light washes and high-contrast distressed looks. These chemicals generate toxic wastewater that must be neutralized and treated before discharge, and they are frequently not properly treated in lower-cost manufacturing environments. The effluent from denim finishing facilities using these methods has turned rivers blue, brown, and sometimes black in denim-producing regions of Bangladesh, India, and China. Harmful to aquatic ecosystems and to the communities downstream.
6. Potassium Permanganate (PP) Spray — Most Harmful
The worst of the commonly used finishing chemicals, and one of the denim industry's worst-kept dirty secrets. PP spray is used to create bright, localized bleaching effects — the crisp white patches on heavily distressed jeans. It is an oxidizing agent classified as hazardous by the European Chemicals Agency: toxic to aquatic life, causes severe skin burns and eye damage, harms fertility, and damages organs with prolonged exposure.
Denim sandblasting — PP's predecessor — was banned in Turkey in 2009 after killing more than 120 workers with silicosis, a fatal lung disease caused by inhaling silica dust. PP became the replacement. It may not be any safer. Workers spray it by hand in enclosed workshops, often without adequate protection. A 2024 Clean Clothes Campaign report documented ongoing worker exposure in the Ergene Basin in Turkey, where surrounding agricultural land is now considered unsuitable for farming due to chemical contamination. PP was added to the ZDHC Foundation's Chemical Watchlist in early 2026, and major brands are under pressure to phase it out. Alternatives exist. Adoption has been slow.
Raw denim requires none of the above. No sandblasting, no PP spray, no acid bleach, no stone washing, no enzyme bath, no laser etching. The fabric leaves the loom dark and raw. The distressing happens over years of wear, through the natural interaction of body, movement, and indigo. This is not an incidental feature of raw denim. It is the point.
The Cotton Dilemma: What's in the Fabric Matters
Cotton is simultaneously the best and worst thing about denim. It is natural, breathable, strong, and — critically, as we'll discuss — biodegradable. But how that cotton is grown shapes its entire environmental story.
Conventional Cotton
The dominant form of cotton agriculture globally. High-yield, extensively irrigated, heavily reliant on synthetic pesticides and fertilizers. The pesticide load of conventional cotton farming is significant — cotton accounts for roughly 6% of global pesticide use despite covering only 2.5% of arable land. Soil degradation, water table depletion, and chemical runoff into waterways are established consequences of industrial cotton farming at scale.
Organic Cotton
Grown without synthetic pesticides or fertilizers, and largely rain-fed rather than irrigated. The water difference is dramatic: organic cotton cultivation uses an average of 182 liters of water per kilogram of lint, compared to 2,120 liters for conventional cotton — a reduction of more than 90%. Organic cotton also supports healthier soil biology, greater biodiversity, and better farmer health outcomes. The catch: organic cotton currently accounts for only about 1% of global cotton supply — and typically costs 20–30% more. FITTED Underground is actively moving toward incorporating more organic cotton selvedge into our product line, which we believe is the right direction to go — both for the quality of the fabric, the integrity of the supply chain and the experience of our customer.
Recycled Cotton
Made from post-consumer denim and other cotton waste, mechanically processed into new fiber. Significantly lower water and energy requirements than virgin cotton — no farming required. The trade-off is fiber length: mechanical recycling shortens cotton fibers, which reduces the strength and feel of the resulting fabric. Typically blended with virgin cotton to achieve acceptable quality. A promising direction for reducing the footprint of high-volume production.
Hemp
Possibly the most compelling alternative fiber in this conversation. Hemp requires approximately 50% less water than conventional cotton, grows in roughly half the time, needs little to no pesticide, and actively improves soil health by drawing down carbon and suppressing weeds. Hemp fiber is exceptionally strong — estimated to last significantly longer than comparable cotton under normal wear. In denim, hemp is typically blended with cotton at ratios of 20–55%, because pure hemp denim can be stiff, though it softens considerably with wear. The environmental credentials are strong; the mainstream supply chain is still developing. It is a fiber worth watching closely.
The 98/2 Cotton/Elastane Question
This blend deserves honest treatment, because it is extremely common — not just in mass-market stretch denim but even in some raw denim. Elastane (also sold as spandex or Lycra) is a petroleum-derived synthetic fiber. Even at 2% of a garment's composition, it creates a serious problem at end of life: elastane is essentially impossible to separate from cotton using conventional mechanical recycling. A garment that is 98% cotton and 2% elastane cannot be meaningfully recycled — the elastane contaminates the cotton fiber and the entire garment is typically destined for landfill, where the elastane component will persist for 20–200 years.
There is also the microplastics dimension. Even a 2% elastane content means the garment sheds synthetic microfibers during wear and washing — in smaller quantities than a fully synthetic garment, but measurably. Emerging bio-based alternatives to elastane exist, but they are not yet mainstream.
At FITTED Underground, are moving away from stretch blends, with a preference for 100% cotton selvedge. The fit challenge that elastane is typically used to solve — accommodating bodies that don't conform to standardized sizing — we address differently, through custom size options and in-store alterations. We think that's the better answer.
What Happens When It's Done: Cotton vs. Synthetics
End-of-life is where the environmental story of fabric becomes most stark.
100% cotton denim biodegrades readily. Under composting conditions, cotton fabric loses 30–90% of its mass within 15–90 days. In a Cornell University study, denim jeans buried in a compost pile began breaking down within a month — after five months, only the synthetic components remained. Cotton microfibers biodegrade in freshwater, saltwater, and wastewater treatment environments. In a landfill, biodegradation is slower due to anaerobic conditions, but cotton still breaks down in months to years rather than centuries.
Polyester takes 20 to 200 years to degrade. It is made from the same petroleum-derived polymer as PET plastic water bottles — a fact that carries new significance as we learn more about what happens to plastic as it breaks down.
The Microplastics Alarm
This is the part of the environmental conversation about synthetic fabrics that most people haven't fully reckoned with yet — and the science emerging in 2024 and 2025 is increasingly difficult to dismiss.
Synthetic fabrics — polyester, nylon, acrylic, and spandex/elastane — shed microscopic plastic fibers during wear and washing. These microplastic fibers are now found essentially throughout the human body: in blood, in liver and kidney tissue, in breast milk, and in the tonsil tissue of children. A 2024 UCSF systematic review, the first conducted using gold-standard National Academy of Sciences methods, concluded that microplastic exposure is suspected to contribute to harm in the reproductive, digestive, and respiratory systems, and suggested a link to colon and lung cancer. A separate landmark study analyzed tumor samples from 61 patients with various cancers and found microplastics present in higher concentrations in cancerous tissues than in adjacent healthy tissue across multiple cancer types.
It is important to be precise here: causal links between microplastics and cancer in humans have not yet been definitively proven. The science is still developing, and much of the most compelling evidence comes from animal and cell studies. What we can say accurately is that the trajectory of the research is alarming, that microplastics are now present in human biology in ways they were not a generation ago, and that multiple research institutions are calling for urgent action.
100% cotton denim sheds no microplastics. Cotton microfibers, when shed, biodegrade. This distinction may, as the science matures, prove to be one of the most important arguments for natural fiber clothing available.
The Solutions: What's Being Done About the Water Problem
The water footprint of cotton is the hardest problem to solve, because it is rooted in agriculture rather than manufacturing. But meaningful work is underway.
Organic farming is the most immediately impactful change. The shift from irrigated conventional cotton to rain-fed organic cotton can reduce per-kilogram water consumption by more than 90%. The challenge is scale: the three-year certification transition period is a barrier for many farmers, and demand signals from brands are the most effective accelerant.
Regenerative agriculture goes a step further. Where organic farming focuses on what you don't use, regenerative farming focuses on what you actively restore: soil health through cover cropping and reduced tillage, carbon sequestration through improved soil organic matter, biodiversity through crop rotation and habitat management. Farms practising regenerative methods have shown dramatically higher pollinator activity, improved water retention, and reduced input costs over time. A 2024 study in Gujarat found regenerative farms recorded 62.6% higher bee activity than control farms and nearly double the plant species. The key insight: better soil absorbs and retains water more efficiently, directly reducing irrigation demand.
Precision irrigation — using soil moisture sensors, satellite data, and AI-driven advisory tools — allows farmers to apply water where and when the crop actually needs it, rather than on a fixed schedule. U.S. cotton production has improved irrigation water efficiency by 58% over recent decades through these technologies. Significant room for further improvement remains, particularly in India and Pakistan.
Alternative fibers — hemp, linen, and blends incorporating these crops — directly reduce the cotton content of denim and its associated water footprint. EU regulation requiring 30% low-impact fibers in garments by 2030 is creating real incentive for fiber diversification at scale.
And then there is the direct answer: wear what you have, longer. The most powerful tool available to an individual denim wearer for reducing environmental impact is simply not buying a new pair. A pair of jeans worn 1,000 times has a per-wear water footprint approximately 10–20 times smaller than one worn 50 times and replaced. The environmental argument for raw denim is inseparable from the behavioral argument: you wear it more, wash it less, repair it instead of replacing it, and you love it too much to throw it away.
The Slow Fashion Multiplier
Everything above comes down to this.
The 3,781 liters of water and 33.4 kilograms of CO₂ embedded in a pair of jeans are fixed at the point of production. What happens to those numbers over time depends entirely on what you do with the jeans. A pair worn 1,000 times — the realistic lifespan of a well-made raw denim jean that is cared for, washed sparingly, and repaired when needed — amortizes that footprint across a decade. The per-wear environmental cost becomes genuinely small.
Raw denim enforces a different relationship with clothing. It doesn't look best on day one — it looks best on day 500, after it has been broken in, faded by your specific life, and begun to tell a story that is entirely yours. That relationship makes replacement psychologically difficult in a way that a pair of mass-market jeans does not. The fades make it irreplaceable. The investment — financial and temporal — makes it worth repairing. The beauty that comes with age makes it worth keeping.
This is not incidental to the environmental argument. It is the environmental argument, stated in human terms. Buy fewer things. Buy better things. Wear them until they tell a story. The jeans will teach you the rest.
An Honest Summary
Raw denim is not a perfect environmental choice. Cotton farming carries real costs regardless of what happens downstream, and there is no clothing that is truly free of environmental footprint.
But compare it to the realistic alternatives. Compared to conventionally finished denim — with its stone washing, chemical bleaching, and potassium permanganate spray — 100% cotton raw selvedge is dramatically cleaner at the factory level and dramatically longer-lived at the consumer level. Compared to synthetic fabrics — polyester, nylon, acrylic, spandex — 100% cotton is biodegradable, does not shed microplastics, and does not deposit petroleum-derived particles in human tissue. Compared to fast fashion of any material, the math of longevity is simply not close.
Organic cotton, worn long, washed rarely, repaired when needed. That is the raw denim proposition. And it is, on the available evidence, a good one.
What Comes Next
The environmental case for raw denim depends on one behavioral commitment above all others: washing less, and washing right. How you wash your jeans — when, how often, and by what method — has more impact on their longevity and environmental footprint than almost any other choice you make. That's DU 302: How to Wash Raw Denim.
← Previous: DU 206 — Where to Shop for Raw Denim in NYC | Next: DU 302 — How to Wash Raw Denim →
Summary
Price and quality are correlated in denim — just not always in the ways people assume. Under $100 gets you the Big Three or fast fashion, neither of which is a great on-ramp for raw denim. The $100–$200 DTC tier is where genuine high quality denim becomes accessible (and where our ready-to-wear price point starts). The $200–$300 range is where fabric, construction, and design intent converge. Above that, you're buying specialty fabric and true craft. Know what each tier is actually selling before you spend.
Q&A
How much should I spend on my first pair of raw denim jeans?
The sweet spot for most first-time raw denim buyers is $150–$300. In the $100–$200 DTC range, brands like Brave Star, Gustin, Naked & Famous, and The Unbranded Brand offer genuine Japanese selvedge at accessible prices because there's no retail middleman taking a margin. In the $200–$300 range, fabric, construction, and design intent fully converge. Below $100, you're largely in pre-distressed territory that isn't the right introduction to raw denim.
Why are raw denim jeans more expensive than regular jeans?
Several factors compound. Japanese selvedge fabric woven on shuttle looms costs significantly more than mass-market wide goods. The construction is more demanding — felled seams, chain stitch hems, copper rivets, and quality hardware all add cost. And raw denim is not pre-distressed, meaning there's no industrial washing process to hide imperfections — the sewing has to be right from the start. The Wall Street Journal found that manufacturing costs for premium denim alone can run $140–$160 per pair before any retail markup.
What is the difference between DTC and boutique pricing for the same quality jean?
When a brand sells through a retailer, that retailer typically takes a margin of 50% or more — meaning a jean that wholesales for $140 retails for $280. A direct-to-consumer brand selling the same quality jean can offer it closer to that wholesale price because there's no middleman. A $165 DTC jean and a $280 boutique jean can be made from the same cloth. What you're paying for in the boutique, in part, is the curated shopping experience — which is a fair trade-off, as long as you know what you're buying.
Is expensive raw denim worth it?
At the right price point, yes — because the math works in your favor over time. A $250 pair of raw denim worn for ten years almost always costs less per wear than a $75 pair replaced three times. The fabric gets better with wear rather than worse. And unlike pre-distressed jeans whose aesthetic is frozen at purchase, raw denim develops into something entirely personal. The cost is front-loaded. The value accumulates over years.
What does bespoke raw denim actually include?
A bespoke pair is cut to your exact measurements from a pattern drafted specifically for your body, with your choices at every detail — fabric, thread color, hardware, stitching, pocket placement. At FITTED Underground, bespoke starts at $895. That number reflects what it actually costs in time, skill, and client collaboration to make a pair of jeans that exists nowhere else on earth. It's a living document written entirely in your handwriting — and like all raw denim, it only gets better with age.
Test Your Knowledge
1. Why can a $165 DTC jean match a $280 boutique jean in fabric quality?
2. What is the fundamental problem with premium fashion denim brands like 7 For All Mankind at $250?
3. At what price tier does FITTED Underground's ready-to-wear start?
4. Why does Eric describe fast fashion jeans as "disposable by design"?
← Previous: DU 203 | ↑ Denim University | Next: DU 205 →
By Eric Steffen
Founder / Maker
FITTED Underground
How much should you spend on a pair of jeans? The honest answer is: whatever you're comfortable with. But that's not the whole story — because price and quality are correlated, just not always in the ways people assume.
At the low end of the market, you're often paying for marketing and convenience, not materials or craft. At the high end, you're sometimes paying for a name and a wash treatment, not for anything special happening at the loom. And somewhere in the middle — if you know where to look — you can find jeans that will outlast and outfade anything on either extreme.
This guide is a map. Use it to understand what your money is actually buying at each price point, so you can spend it in the right place.
The Levi's Problem — And the Big Three
Let's start with an honest take on the most recognizable names in denim: Levi's, Lee, and Wrangler.
These aren't bad jeans. They're efficient jeans. Decades of scale have produced a product that's genuinely competent at its price point. Levi's in particular has developed slopers and patterns over more than 150 years — that institutional knowledge doesn't just disappear. A $65 pair of Levi's 501s is made with real knowledge behind it; but not necessarily deep craft.
The issue isn't so much the sewing; it's the decisions that were made before a needle sewed a single stitch.
The United States once had the full infrastructure for world-class denim production. Cone Mills' White Oak plant in Greensboro, North Carolina wove some of the finest selvedge denim in the world before closing in 2017. Thread manufacturers like American & Efird in Georgia and hardware companies like Scovill built their businesses supplying the American denim industry. Some of that ecosystem still exists — but barely. It's been hollowed out by decades of offshoring in pursuit of margin.
The Big Three have largely chosen cost over craft at every link in the supply chain: where the cotton is farmed, how the denim is woven, where the jeans are cut and sewn. That's not to say everything sourced overseas is poor quality — there's great work being done in many countries. But when profit is the primary driver at every decision point, something gets lost. Usually it's the integrity of the materials, the environmental practices, and sometimes even the quality of the design.
The other issue: the vast majority of Big Three products are pre-distressed. Stone-washed, enzyme-washed, sandblasted, laser-treated — the character is applied at the factory, not earned through wear. When it comes to the integrity of denim and its environmental footprint, raw is better. Every time.
When profit is the primary driver at every decision point in the supply chain, something gets lost. Usually it's the integrity of the materials, the environmental impact, or labor practices.
A Note on Direct-to-Consumer Pricing
Before we walk through the price tiers, it's worth understanding one of the most important forces shaping what jeans cost: how they're sold.
When a brand sells through a retailer — a boutique, a department store, an online shop — that retailer needs a margin to survive. Typically that margin is 50% or more, which means the brand has to wholesale the jeans at roughly half of what they'll sell for at retail. A $280 pair of jeans on a boutique shelf might have wholesaled for $140. The brand needs to build that math into their pricing from the start.
A direct-to-consumer brand selling the same quality jean can offer it to you at that wholesale price — or close to it — because there's no middleman taking a cut. This is exactly why brands like Brave Star, Gustin, and The Unbranded Brand can offer Japanese selvedge denim for under $200. The quality is real. The savings come from the distribution model, not from cutting corners on materials.
This matters when you're comparing prices across brands. A $165 DTC jean and a $280 boutique jean can be made from the same cloth. What you're paying for in the second case, in part, is the experience of shopping somewhere curated — and that's a fair trade-off. Just know what you're buying.
A Word on Premium Fashion Denim
There's a category of jeans that commands serious prices — $200, $300, sometimes more — but operates on a completely different value proposition than anything else in this guide. Brands like Diesel, 7 For All Mankind, and True Religion built their followings on wash treatments, distressing techniques, and brand identity. The denim itself is often stretch-blended and mass-produced. What you're paying a premium for is a look — a specific wash, a logo, a cultural moment.
That's not a moral failing. People buy what they like, and some of these brands have genuinely good design teams. But if you're comparing a $250 pair of 7 For All Mankind to a $250 pair of raw selvedge from a heritage brand, you're not comparing equals. One is selling you a finished aesthetic. The other is selling you a canvas that will develop into something uniquely yours over years of wear.
Buy what you love. But know what you're buying.
The Price Tiers
Under $75 — Fast Fashion
H&M, Zara, and their kin occupy this space. The profit motive is explicit, and the product reflects it at every level: cheap thread, questionable sourcing, designs that are sometimes borrowed from smaller brands without credit, denim that's been processed to within an inch of its life before it reaches the shelf.
These are disposable jeans, priced and built to be disposed of. The environmental toll is real — producing a single pair of jeans requires approximately 3,781 liters of water from cotton field to store shelf, and the fashion industry accounts for roughly 10% of global carbon emissions. You get what you pay for. And the planet pays for part of it too.
If this is where you're starting, no judgment. But if you've found your way to this article, you're probably ready to take a step up.
Disposable jeans, priced and built to be disposed of. You get what you pay for. And the planet pays for part of it too.
$50–$100 — The Big Three
Levi's, Lee, and Wrangler. As discussed, these are competent jeans from brands with deep institutional knowledge. There are worse places to spend $70. But for the raw denim journey specifically, this isn't the right on-ramp. Almost everything in this range is pre-distressed, the sourcing story gets murky fast, and you're buying someone else's idea of what worn-in looks like instead of building your own.
It's worth noting that all three brands have moved upmarket with premium lines — Levi's Made in Japan, Wrangler Authentics, various heritage reissues — that sit in higher price tiers and deserve more credit. But the core of their business, the volume product, lives here.
$100–$200 — The DTC Entry Point
This is where the raw denim world opens up, and where the value-per-dollar is arguably the best on the entire spectrum.
A handful of direct-to-consumer brands have made it their mission to put genuine Japanese selvedge denim within reach of anyone who's curious. Brave Star, based in Los Angeles, makes selvedge jeans in the US from Japanese mill fabric — starting around $118 for their core fits, going up to $168 for heavyweights. Gustin uses a pre-order crowdfunding model that lets them produce exactly what's been ordered and pass the savings on — most pairs land between $109 and $165. The Unbranded Brand (a sister project from the Naked & Famous team) strips away everything non-essential and delivers 14.5oz Japanese selvedge for $99. Naked & Famous itself sources exclusively from Japanese mills and sells direct from Montreal, with core pairs starting around $165.
What you might give up at this price point: a wide range of fits, the ability to try things on in person, and some of the finer construction details. But the denim is real. The fades will come. And for someone just beginning the raw denim journey, these are excellent starting points.
$200–$300 — The Core of the Market
This is where raw denim lives in its most fully realized everyday form. At this price point, the fabric, the construction, and the design intent all converge. You're getting exceptional Japanese selvedge, hardware and thread chosen with care, and a brand that has a genuine point of view about what a pair of jeans should be.
It's also where FITTED Underground's ready-to-wear starts.
I want to be honest about the pricing decision I made. I could have positioned our jeans higher. The quality of the fabric, the construction, the customer service — it would support a higher price tag. But I didn't want raw denim to feel out of reach. I wanted someone who's curious, who's ready to invest in something real, to be able to walk through our door and leave with a genuinely great pair of jeans without feeling like they needed to think twice. RTW starts at $195. With our welcome offer — 10% off when you sign up for the newsletter — it becomes an even easier call.
This tier also includes brands like A.P.C., the French label that has been quietly putting Japanese selvedge in front of fashion-forward customers for decades. Their New Standard and Petit New Standard jeans ($250–$320) are beautifully made and among the best introductions to raw denim for someone coming from the fashion world. You'll also find brands like Tellason (San Francisco, Cone Mills fabric) and Rogue Territory (Los Angeles, Japanese selvedge, exceptional construction) in this range.
If you're buying your first serious pair of raw denim, this is the tier to aim for. It's not the exciting answer. It's the correct one.
The $200–$300 tier is where fabric, construction, and design intent converge. It's not the exciting answer. It's the correct one.
$300–$500 — Specialty Fabric, True Craft
At this price point, you're not just buying good denim. You're buying a specific denim — one that exists because someone at a mill in Japan decided to try something that had never been tried before, or because a small brand found a single bolt of something extraordinary and built a limited run around it.
This is where things get genuinely exciting for the denim obsessive.
A once-washed teal kibata — unsanforized denim, pre-soaked before sewing — with a color that sits somewhere between sea glass and slate. A high-slub denim woven from organic cotton with an uneven texture that will fade like nothing else in your wardrobe. These aren't just jeans. They're decisions.
Iron Heart, the Japanese brand founded for motorcyclists and now revered by denim obsessives worldwide, lives in this tier. Their signature 21oz selvedge jeans — the 634, the 777, the 888 — run $370–$400. They are overengineered by design, built to outlast almost anything you own, and produce some of the most spectacular fades in the hobby. If you ever want to understand what heavyweight denim can do, Iron Heart is the reference point.
The Japanese heritage brands also belong here: Samurai Jeans, Pure Blue Japan, Oni Denim, Sugar Cane, and others. These are brands with deep craft traditions, often available through specialist retailers, that reward the patient collector with fabrics and construction details you won't find anywhere else.
FITTED Underground's custom size option also starts here — $295 for our non-selvedge base, and most custom selvedge builds in the $300–$400 range depending on fabric. Yes, it's only $100 over ready-to-wear. That's intentional. We take your measurements, draft your pattern, cut and sew to your exact dimensions, and check everything against spec before it leaves the workshop. It's a little crazy that we're doing all of that for an extra hundred dollars. But I wanted people to be able to access it.
$500 and Above — The Truly Special
At this level, a pair of jeans needs to offer something truly singular to justify the price. And the best ones do.
This is the territory of extreme heavyweights — 25oz and beyond — from mills that produce small quantities of fabric that may never be replicated. It's the territory of one-of-one bespoke work. And it's where FITTED Underground's bespoke service lives, starting at $895.
I want to tell you how that number got there, because it's a story worth telling.
When I started making jeans in 2014, I was selling bespoke pairs for $50. Not because I was generous — because I didn't yet know what I was doing, and I knew it. The price reflected the confidence I had in the product at the time. Over the years, as the craft got real, the price followed. Today, $895 reflects what it actually costs — in time, in skill, in the back-and-forth with a client to understand exactly what they want — to make a pair of jeans that exists nowhere else on earth.
A bespoke pair from FITTED Underground is cut to your exact measurements, built from a pattern drafted specifically for your body, and designed with your choices at every detail: fabric, thread color, hardware, stitching, pocket placement. It is a living document written entirely in your handwriting. And like all raw denim, it only gets better with age.
A bespoke pair is a living document written entirely in your handwriting. It exists nowhere else on earth — and like all raw denim, it only gets better with age.
So How Much Should You Spend?
As much as you're comfortable with — but spend it in the right place.
Know what the price reflects at each tier. Understand that a $165 DTC jean can match a $280 boutique jean in fabric quality. Know that a $250 pair of premium fashion denim and a $250 pair of raw selvedge are not the same proposition. Know that the sweet spot for most people — the place where quality and accessibility intersect most cleanly — is somewhere between $150 and $300.
And know this: a $250 pair of raw denim that you wear for ten years almost always costs less than a $75 pair you replace three times. The math isn't complicated once you do it. We go deeper on this in DU 205: The Economics of Raw Denim.
The jeans will teach you the rest.
What Comes Next
The price tiers tell you what things cost. The economics of raw denim tell you why a higher upfront price is often the cheaper choice over time — and what that means for how you think about your wardrobe. That's DU 205: The Economics of Raw Denim.
← Previous: DU 203 — Types of Fits Explained | Next: DU 205 — The Economics of Raw Denim →
Core Curriculum
Complete the core curriculum by reading these essential classes.
- DU 101 — What is Raw Denim?
- DU 102 — What is Selvedge Denim?
- DU 104 — Denim Weight Explained
- DU 201 — How to Buy Your First Pair of Raw Denim Jeans
- DU 204 — How Much to Spend on Raw Denim
- How It Works — FITTED Underground
Eric Steffen is the founder of FITTED Underground, a custom jeans and raw denim workshop at 108 Bayard Street in Williamsburg, Brooklyn. He has been making jeans by hand since 2014. Denim University is his attempt to share everything he's learned — about the history, the craft, and the culture behind the world's most enduring garment.
