Cotton — Riwayat Harga
About Cotton Prices
Cotton is the world's most important natural-fibre crop, with annual production of approximately 25 million tonnes of fibre (115 million 480-lb bales) — a market worth $35–50 billion at the lint level and supporting downstream textile, apparel, and home-goods industries worth more than $1 trillion globally. Cotton is grown commercially in roughly 80 countries in temperate and subtropical climates, with the top producers being China, India, the United States, Brazil, Pakistan, and Australia. The crop is a major export earner for several emerging economies and a critical input for textile manufacturing supply chains concentrated in South and East Asia. Cotton fibre is processed into yarn, then woven or knitted into fabric, then cut and sewn into apparel and home textiles — a multi-stage value chain with cotton accounting for typically 15–25% of finished apparel cost.
The global benchmark price is the ICE Cotton #2 futures contract, traded on Intercontinental Exchange in New York, denominated in U.S. cents per pound, with 50,000-lb lot size (~$50,000 of notional per contract at recent prices). Cotton #2 deliverable specifications cover U.S. upland cotton (the dominant commercially-traded cotton type globally) of specified grade and staple length, with delivery against ICE-approved warehouses primarily in the U.S. South. The contract trades five delivery months per year (March, May, July, October, December), with the front-month being most liquid. The Cotton #2 contract has been the global cotton benchmark since the 1870s, when it was launched on the New York Cotton Exchange — predating most other agricultural futures contracts.
Cotton has unique commodity characteristics that affect its price dynamics. First, the U.S. is both a major producer (~15% of global) AND the largest exporter (~35% of global exports) — making U.S. weather, agricultural policy, and the U.S. dollar all important price drivers despite the country's relatively modest production share. Second, China is both the largest producer AND the largest consumer, with chronic import demand from textile mills despite extensive domestic production — making Chinese cotton policy (the Cotton Reserve system, import quotas, the 2020-2025 Xinjiang sanctions impact) one of the most important market drivers. Third, cotton competes directly with synthetic fibres (polyester, rayon, viscose) on a substitutable basis — so cotton prices are bounded on the upside by synthetic-fibre cost economics and on the downside by farmer break-even economics in major producing countries.
Cotton Market Overview
China
~22% of Global Production
India
~24% of Global Production
U.S.
~15% of Global Production (35% of Exports)
Brazil + Pakistan + Australia
~25% combined
China and India together produce roughly 46% of the world's cotton lint, with each country having dominant single-region production zones (China's Xinjiang province producing ~85% of Chinese cotton; India's Maharashtra, Gujarat, and Telangana producing the bulk of Indian cotton). U.S. production is concentrated in Texas (~50% of U.S. cotton), Mississippi, Georgia, Arkansas, and the Carolinas; the 2022 Texas drought reduced U.S. production by ~25% from baseline and contributed to that year's cotton price spike. Brazilian cotton has been the fastest-growing major source over the past 20 years, with Mato Grosso state's irrigated production now rivalling U.S. output for export markets. Australian cotton (irrigated, premium-quality high-grade Pima alternative) is the smallest of the major producers but commands significant premia. Pakistan, Uzbekistan, and Turkey round out the major producing/exporting countries.
On the demand side, the textile-mill industry is dominated by South Asia and East Asia. China's textile sector consumes about 8 million tonnes of cotton per year (~32% of global demand), India consumes ~6 million tonnes (~24%), Pakistan ~2.4 million tonnes, Bangladesh ~1.8 million tonnes (which makes Bangladesh — though importing nearly all its cotton — one of the world's largest cotton consumers via its dominant export-apparel industry), Vietnam ~1.5 million tonnes, and Turkey ~1.5 million tonnes. The U.S. and Europe consume cotton primarily through imported finished goods rather than at the textile-mill stage. Demand has grown roughly with GDP at 1–2% per year over the past 30 years, with episodic acceleration during economic-recovery periods and weakness during recessions. Cotton's apparel-industry exposure makes it more cyclical than food commodities and more dependent on consumer-spending growth in emerging markets.
Cotton Historical Price Milestones
2008
Pre-Crisis Peak Above 90 cents/lb
2010–2011
Pakistan Floods Spike to 220 cents/lb All-Time High
2016
Post-Bust Low Near 56 cents/lb
2020
COVID Low Near 50 cents/lb
2022
Texas Drought Rally to 155 cents/lb
2024–2025
Range-Bound 65–80 cents/lb
Cotton has a long history of weather and supply-shock-driven price spikes. The 2008 pre-financial-crisis peak above 90 cents/lb gave way to a 50% drawdown by year-end. The 2010–2011 rally is one of the most extreme commodity moves in history: catastrophic flooding in Pakistan (the world's third-largest cotton producer at the time) destroyed roughly 40% of that country's 2010 cotton crop, combined with simultaneous drought in China's Xinjiang and unusually weak global cotton stocks, drove ICE Cotton #2 from 70 cents/lb in mid-2010 to an all-time intraday high of 220 cents/lb in March 2011 — a 3× move in 9 months that is unmatched in cotton's modern history. The subsequent reversion was equally violent: by 2014 the contract had returned to 70 cents/lb. The 2016 cycle low near 56 cents/lb followed several years of global oversupply and weak textile demand. The 2020 COVID demand-destruction event briefly took Cotton #2 below 50 cents/lb (April 2020). The 2022 Texas drought (the worst in 50+ years for the West Texas cotton belt) reduced U.S. production by ~25% and pushed the contract to 155 cents/lb in May 2022 — a level not seen since the 2011 spike. The post-2022 normalisation has been steady: by mid-2024 Cotton #2 had returned to a 65–80 cents/lb band as U.S. and global production recovered. Through-cycle, cotton has historically traded in a 50–100 cents/lb range with episodic 2–3× spikes on supply shocks — making cotton one of the more range-bound agricultural commodities outside of extreme weather events.
Ways to Invest in Cotton
ICE Cotton #2 (CT)
Global benchmark
CFDs on PrimeXBT and brokers
Retail leveraged access
Cotton ETFs
BAL (iPath Bloomberg Cotton Subindex)
Textile/apparel exposure (indirect)
Inditex, H&M, Nike, Levi Strauss
Cotton-trader and processor equities
Olam Group (OLG.SI), Louis Dreyfus (private), Cargill (private)
ICE Cotton #2 (50,000-lb lots, ~$50,000 of notional per contract at recent prices) is the institutional benchmark with deep liquidity — typically 30,000–55,000 contracts traded per day. The contract is most-liquid in the front-month and progressively thinner in the back-months. Retail traders typically access cotton via CFDs at PrimeXBT and similar platforms, with leverage of 5–10× and contract sizes scaling. The iPath Bloomberg Cotton Subindex ETN (BAL) is the most-liquid pure-play cotton ETF in the U.S., holding Cotton #2 futures; it has suffered roll-yield decay during contango periods, like other futures-backed ETFs. There is no pure-play cotton ETF in Europe with significant AUM. Equity-account exposure to cotton is mostly INVERSE: apparel manufacturers (Inditex/Zara, H&M, Nike, Levi Strauss) face margin compression at higher cotton prices and tend to underperform during cotton spikes. The largest cotton traders are private (Louis Dreyfus, Cargill, COFCO) or component businesses within larger conglomerates (Olam's cotton segment). For pure-play long cotton exposure, futures, CFDs, or BAL are the practical retail routes.
Frequently Asked Questions
Why was the 2011 cotton spike so extreme?
Three reinforcing factors created the perfect storm of 2010–2011. First, catastrophic flooding in Pakistan in August 2010 destroyed ~40% of that country's cotton crop — Pakistan was then the third-largest producer at ~2 million tonnes/year, so the loss removed nearly 1 million tonnes from global supply within weeks. Second, simultaneous drought in China's Xinjiang reduced Chinese production by 5–10% in 2010. Third, global cotton stocks were already at multi-year lows after 2008–2009 underplanting, leaving very little buffer to absorb the shock. The combined effect drove ICE Cotton #2 from 70 cents/lb in mid-2010 to an all-time intraday high of 220 cents/lb in March 2011 — a 3× move in 9 months. The subsequent supply response was equally dramatic: U.S., Australian, and Chinese farmers responded by planting more cotton, and within 18 months prices had retraced to 100 cents/lb. By 2014 the contract was back to 70 cents/lb — a textbook supply-response cycle that took roughly 4 years from spike to full reversion.
How does Xinjiang sanction policy affect cotton prices?
Xinjiang province produces roughly 85% of China's cotton (about 18% of global production). Since 2020, the U.S. Uyghur Forced Labor Prevention Act (UFLPA) and analogous EU regulations have established rebuttable presumptions that goods originating from Xinjiang are products of forced labour, prohibiting their import to the U.S. and several other Western jurisdictions. Major Western apparel brands (Nike, H&M, Inditex, Levi Strauss) have largely committed to non-Xinjiang sourcing. The effect on cotton prices is complex: Chinese textile mills now use Xinjiang cotton primarily for domestic-market or non-Western export apparel, while Western-market apparel uses cotton from other origins (U.S., Brazil, Australia, India). This creates a bifurcated global cotton market with effective premia for non-Xinjiang origins. The market-clearing effect on the underlying Cotton #2 contract has been modest because cotton is a homogeneous global commodity — the bifurcation primarily affects the physical-trade premia rather than the futures benchmark.
Does cotton compete with synthetic fibres?
Yes — directly. Polyester (made from oil) is the largest synthetic competitor, accounting for ~52% of global fibre production (versus cotton's ~25%). Other synthetic competitors include rayon/viscose (made from wood pulp), nylon (oil-derived), and acrylic. Cotton's quality and natural-fibre branding command a premium in many consumer applications, but in commodity textile applications cotton and polyester are substitutable. The cotton-polyester price spread is therefore a critical demand-side factor: when cotton trades at a wide premium to polyester (as in 2011 or 2022), textile mills shift production toward polyester blends, reducing cotton demand. When cotton trades at a narrow premium (or, rarely, a discount), the substitution reverses. The 2022 cotton spike to 155 cents/lb triggered substantial polyester substitution; the 2024 normalization back to 70-80 cents/lb has restored some cotton demand.
How important is the U.S. cotton crop?
The U.S. is the world's third-largest cotton producer (~15% of global) but the world's LARGEST exporter (~35% of global exports). This makes U.S. cotton dynamics disproportionately important: most non-U.S. producing countries either consume their cotton domestically (China, India, Pakistan) or are smaller exporters (Brazil, Australia, Uzbekistan). U.S. cotton supply shocks therefore affect the global export market much more than the production-share alone would suggest. The 2022 Texas drought reduced U.S. production by ~25% and pushed Cotton #2 to 155 cents/lb partly because the alternative export sources couldn't immediately fill the gap. The U.S. cotton-belt geography is also concentrated and weather-correlated: Texas alone produces ~50% of U.S. cotton, and El Niño-La Niña cycles strongly affect Texas weather patterns. USDA monthly Cotton WASDE reports are the most-watched single source of U.S. cotton production and export estimates.
Is fast-fashion driving cotton demand?
Yes, partially. The fast-fashion business model — pioneered by Inditex (Zara), H&M, and now dominated by Chinese platforms like Shein and Temu — has accelerated apparel turnover from ~6 collection cycles per year (traditional) to 20+ cycles per year (Shein). This has driven volume growth in cotton (and polyester) demand, though some of the impact is offset by cotton's substitution risk to polyester. The ESG counter-narrative is intensifying: sustainability concerns about fast-fashion's water consumption (cotton requires 10,000–20,000 litres per kg of fibre depending on irrigation source), pesticide use, and end-of-life disposal are driving regulatory and consumer pushback. The EU's Strategy for Sustainable and Circular Textiles aims to make all textiles produced for the EU market durable, repairable, and recyclable by 2030 — a transition that may favour cotton over short-life polyester. Net effect on cotton demand through 2030 is genuinely uncertain.
Why is cotton volatile despite seeming 'boring'?
Cotton has historically delivered annualised volatility of 25–35% — meaningful but not extreme by commodity standards. The 'volatile but boring' character comes from cotton's tendency to spend long periods in narrow ranges (50–100 cents/lb is typical for years at a time) punctuated by sharp supply-driven spikes (2008, 2010-2011, 2022) that can deliver 50–200% moves in 6–12 months. Three structural reasons for these spike-driven dynamics: (1) weather concentration — major shocks tend to hit specific producing regions (Texas drought, Pakistan flood, Indian monsoon failure) with limited offsetting alternatives; (2) annual crop cycle — supply response takes 12+ months; (3) inventory carry costs — cotton has 18+ month storage tolerance but inventory financing costs limit speculative storage. For risk management: cotton positions should be sized for the 2× spike risk, not the median-month volatility.
Can I trade cotton through ETFs?
The iPath Bloomberg Cotton Subindex ETN (BAL) is the only listed pure-play cotton ETF in the U.S., holding Cotton #2 futures with daily roll. It captured most of the 2022 rally but suffers contango drag over long holding periods — typical for futures-backed agricultural ETFs. There is no pure-play cotton ETF in Europe with meaningful AUM. Broad agricultural ETFs (DBA, JJA, GSG) include cotton as one of several constituents with diluted exposure. For pure cotton exposure, futures, CFDs (on PrimeXBT and similar platforms), or BAL are the practical retail routes. Equity exposure via apparel brands (Inditex, H&M, Nike, Levi Strauss) is generally INVERSE to cotton — those stocks tend to underperform during cotton spikes and outperform during cotton bear markets, making them poor proxies for long cotton exposure.
What's the relationship between cotton and crude oil?
Surprisingly direct, via two channels. First, polyester (a major cotton substitute) is made from purified terephthalic acid (PTA) derived from oil — so when crude oil prices rise, polyester production costs rise, narrowing the cotton-polyester spread and reducing competitive pressure on cotton. Second, cotton production itself is energy-intensive (diesel for tractors, natural-gas for nitrogen fertilizer, energy for irrigation pumping), so higher energy costs raise cotton's marginal cost of production. The combined effect makes cotton positively correlated to crude oil over multi-year periods — though the correlation is weak (~0.30) and frequently overwhelmed by cotton-specific supply shocks. The most reliable cotton-oil relationship is the polyester substitution channel, which becomes most visible during episodes of significant oil-price moves.
Risk Warning
Cotton prices are highly volatile and sensitive to U.S. weather (particularly Texas drought), Asian monsoon dynamics, Chinese policy changes, currency movements, and apparel-industry demand cycles. Cotton has historically delivered annualised price moves of 25–35%, with episodic 2–3× rallies during supply shocks. Leveraged CFD and futures products amplify both gains and losses; positions can be liquidated entirely on volatility spikes that have happened repeatedly in this market. The information on this page is provided for educational purposes only and does not constitute investment advice. Always do your own research and consider your personal financial situation, risk tolerance, and investment objectives before trading any commodity. Past price action is not indicative of future results.