Where does jute come from?

In 2024 Bangladesh produced 2.1 million tonnes, 56% of the world's 3.7 million tonnes (FAOSTAT). India followed with 38%, then Cambodia (4.1%), Uzbekistan (0.5%) and Nepal (0.3%). The top five account for 99%, 18 countries reported output and <0.1% came from outside the top ten. World production changed +8% over the ten years to 2024 and +1% on the previous year.

Two countries grow almost all of it, and they are the two halves of one delta. Jute is a bast fiber, taken from the stem rather than a seed head or leaf, and it must be separated by retting: cut stems are steeped in slow water for two to three weeks until bacteria rot away the tissue holding the fiber bundles together. Clean, still, warm water is the scarce input, and the floodplain has it.

The crop is smallholder grown, sown with the pre-monsoon rains and cut at flowering about four months later. This series counts raw and retted fiber, not the sacking, yarn and carpet backing that jute is turned into, which is a much larger business.

Bangladesh was the largest exporter of jute (HS 5303) in 2024 with 69% of world export value, ahead of Tanzania (10%), on world trade of $210.9 million (CEPII BACI). India was the largest importer with 42%.

The flow is short and old. Bangladesh sells raw fiber; India, Pakistan, Nepal and China buy it for mills that consume more than their own crops supply. India is both the second largest grower and the largest importer, which is the clearest sign that spinning and weaving capacity, not land, is what limits the industry.

Two cautions. The code covers jute together with other bast fibers, so some exporters here ship related fibers rather than jute, and raw fiber is only a fraction of export value: bags, yarn, twine, carpet backing and geotextiles leave under different codes and are worth far more than the fiber in them.

There is no futures market for jute and no free public benchmark price carried on this site, so none is quoted here. Raw jute is bought by graded lot at local markets and by mill agents, sorted by color, strength, length, root content and defects under national grading schemes, and both India and Bangladesh set official minimum prices, with state agencies buying when the market falls below them.

Prices are therefore administered as much as traded. Packaging laws that require foodgrain and sugar to be bagged in jute create a floor under mill demand, procurement by state corporations absorbs surplus fiber, and export duties have been used to keep fiber at home for domestic mills. The visible references are government market reports, mill purchase quotations and jute goods prices, which move before the raw fiber does.

Woven plastic sacks do the same job for less money and shrug off damp, and they took most of the bulk packaging market from the 1970s onwards. Jute's price is capped by what the plastic alternative costs, so a rally in fiber simply pushes buyers back to synthetics.

India and Bangladesh both require certain goods to be packed in jute, and that legislated demand supports a large share of mill output. Changes to the covered list, or to how strictly the rules are enforced, move the market more than any harvest.

The crop is rainfed, and retting needs standing water at harvest. A late monsoon leaves growers retting in muddy ditches, which stains and weakens the fiber, so weather affects grade and price as much as it affects tonnage.

Minimum support prices and government buying set a floor for growers and shape planting decisions in the following season. Because both major producers intervene, the fiber price reflects policy choices in Dhaka and Delhi alongside supply and demand.

Bans on single-use plastic bags and demand for biodegradable packaging and erosion-control fabric give jute a market that synthetics cannot serve. This is the one direction of demand that has been growing, and it depends on regulation rather than on cost.

Seed is broadcast or drilled before the monsoon, and the crop is cut at flowering, when fiber strength and yield are best balanced. Cut stems are bundled, left to shed their leaves, then submerged under weights in ponds, ditches or slow channels for two to three weeks, which is the retting.

Retted stems are stripped by hand: the fiber is pulled from the woody core in long ribbons, washed, wrung and hung to dry in the sun, since drying evenly keeps the color bright. Dried fiber is bundled, graded and baled for the mills. Where water is short, growers strip green ribbons and ret only the fiber, which uses less water and gives a cleaner product but costs more labor.

At the mill, fiber is softened with oil and water emulsion, carded, drawn and spun into coarse yarn, then woven into hessian and sacking or tufted into carpet backing.

Jute's traditional market is packaging: sacks and hessian for grain, sugar, coffee, cocoa and cement, plus twine, rope and the backing cloth behind carpets. It breathes and takes rough handling, which suited it to agricultural produce, and it holds that work where regulation or preference keeps plastic out.

The growth uses are environmental. Jute geotextiles hold soil on slopes and embankments while vegetation establishes, then rot away; jute felt, board and fiber-reinforced composites go into insulation, furniture and automotive panels; and shopping bags trade on being biodegradable. The leaves of one cultivated species are eaten as a vegetable, and jute stick and mill waste feed pulp, paper and charcoal.

The chain is compact and mostly domestic. Millions of smallholders sell retted fiber to village traders, who bale it for mills clustered around Khulna, Narayanganj and Dhaka in Bangladesh and along the Hooghly above Kolkata in India, where it becomes yarn and cloth for domestic use and export.

That geography is a historical accident with a long tail: partition in 1947 left the mills on one side of a new border and most of the growing area on the other, and both sides spent decades rebuilding what the split had separated, which is part of why raw fiber still crosses it.

The weak points are seed, water and mills. Seed supply depends heavily on imports, retting depends on ponds that are drying up or being built over, and mill capacity is old, labor-intensive and slow to modernize, so gains in fiber quality often stop at the factory gate.