Classification
Product TypeProcessed Food
Product FormDried
Industry PositionValue-Added Food Product
Market
Dried amaranth leaves are a dehydrated leafy-vegetable product traded as whole leaves, flakes, or powder, typically moving in commerce under broader “dried vegetables” customs headings rather than an amaranth-specific line. Leafy amaranth cultivation is geographically widespread across tropical and subtropical regions, with documented vegetable production across multiple West, Central, and East African countries and long-established cultivation in South/Southeast Asia. In global trade data, demand for the wider dried-vegetable category is concentrated in high-income and processing-hub markets (notably Japan, the United States, and EU import gateways such as Germany and the Netherlands), reflecting industrial ingredient and retail demand. Because dried amaranth leaves are often aggregated under mixed HS categories (e.g., HS 0712 / HS 071290 “dried vegetables, n.e.s.”), product-specific market sizing and trade-flow visibility are structurally limited; buyer requirements therefore emphasize low-moisture food safety controls, foreign-matter management, and moisture-barrier packaging.
Major Producing Countries- 나이지리아Leafy amaranth (e.g., Amaranthus dubius) is documented as a cultivated vegetable in West Africa; production is typically domestic-market oriented and can also feed informal drying.
- 가나Documented West African leafy-amaranth cultivation; production commonly serves local fresh markets with potential for dried forms in off-season or diaspora channels.
- 베냉Documented West African leafy-amaranth cultivation (PROTA coverage); often produced by smallholders and peri-urban growers.
- 카메룬Documented Central African leafy-amaranth cultivation; supply can be seasonal in rainfed systems, while drying can stabilize availability.
- 콩고 민주 공화국Documented Central African leafy-amaranth cultivation (PROTA coverage).
- 케냐Documented East African leafy-amaranth cultivation; year-round production is feasible with water availability and short harvest cycles.
- 우간다Documented East African leafy-amaranth cultivation; short-cycle leafy harvest supports frequent production and potential drying for storage.
- 인도Amaranth leaf vegetables are long-established in South Asia; cultivation supports both fresh consumption and value-added dried leaf products.
- 인도네시아Amaranth leaf vegetables are widely consumed and cultivated; production can feed domestic dried-vegetable ingredient supply chains.
Major Exporting Countries- 중국Top exporter in HS 071290 “dried vegetables, n.e.s.” (trade proxy category that can include dried leafy vegetables).
- 미국Significant exporter in HS 071290, reflecting processing, packaging, and re-export activity within the broader dried-vegetable trade.
- 독일Major exporter in HS 071290, consistent with EU processing and redistribution hubs in dried ingredients.
- 폴란드Major exporter in HS 071290 within the broader dehydrated vegetable supply chain.
- 네덜란드Major exporter in HS 071290, consistent with EU gateway logistics and re-export patterns for dried ingredients.
- 터키Notable exporter in HS 071290 within the broader dried-vegetable category.
Major Importing Countries- 일본Largest import market by value for HS 0712 “dried vegetables” (proxy for dehydrated vegetable ingredients, including dried leafy products).
- 미국Major import market for HS 0712 “dried vegetables” (proxy category for dehydrated vegetable ingredients).
- 독일Major import market for HS 0712; also functions as an EU processing and redistribution hub.
- 이스라엘Significant importer within HS 0712 dried vegetables (proxy category).
- 캐나다Significant importer within HS 0712 dried vegetables (proxy category).
- 프랑스Significant importer within HS 0712 dried vegetables (proxy category).
- 영국Significant importer within HS 0712 dried vegetables (proxy category).
- 네덜란드EU import gateway for HS 0712 dried vegetables; re-export and processing logistics are common for dried ingredients.
- 대한민국Notable importer within HS 0712 dried vegetables (proxy category).
Supply Calendar- Tropical lowland systems (Africa & Asia) — irrigated/peri-urban production:Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, DecAmaranth can be grown throughout the year when water is available; dried-leaf processing reduces effective seasonality for trade.
- Warm-season production (South/Southeast Asia) — short-cycle leafy harvest:Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, DecShort harvest cycles enable frequent cutting and continuous supply in suitable climates; drying stabilizes availability beyond fresh-market windows.
Specification
Major VarietiesAmaranthus tricolor (vegetable amaranth), Amaranthus dubius (leafy vegetable amaranth; PROTA coverage), Amaranthus cruentus (leafy/grain types; commonly used as greens in parts of Africa)
Physical Attributes- Sold as whole dried leaves, crumbled flakes, or fine powder; leaf integrity and low foreign matter are key buyer expectations
- Color retention (green to dark green) is a common commercial quality marker; excessive browning indicates overheating or prolonged storage
- Aroma should be clean and leafy; musty notes can indicate moisture uptake and mould risk
Compositional Metrics- Low-moisture / low water-activity specification is central to stability; moisture ingress during storage is a primary quality failure mode
- Particle-size specifications are common (whole leaf vs flakes vs powder) depending on end use (soups, sauces, seasoning blends)
Grades- Buyer specifications commonly include limits for foreign matter, insect fragments, mould presence, and microbiological criteria appropriate for low-moisture foods
- Trade is frequently recorded under mixed HS dried-vegetable headings, so grading is typically contractual rather than tied to a single global commodity grade standard
Packaging- Moisture-barrier primary packaging (multi-layer pouches or liners) packed into cartons to prevent rehydration and contamination
- Vacuum or inert-gas packing may be used in sealed containers to reduce mould risk and quality degradation in low-moisture products
ProcessingRehydrates for cooked applications (soups/stews); powder form disperses into sauces and seasoning systemsMoisture uptake after drying is rapid without barrier packaging, so post-drying handling controls are critical
Supply Chain
Value Chain- Harvest (leaf plucking or whole-plant harvest) -> sorting -> washing -> (optional blanching) -> dehydration (solar or hot-air) -> sizing (whole/flakes/powder) -> foreign-matter control (sieving/metal detection) -> moisture-barrier packaging -> ambient distribution
Demand Drivers- Traditional cuisine usage of amaranth greens and year-round availability needs in tropical markets
- Diaspora/ethnic food demand where dried leafy vegetables reduce spoilage and shipping constraints versus fresh greens
- Industrial use of dehydrated leafy ingredients in soup, sauce, and seasoning supply chains captured in broader dried-vegetable trade statistics
Temperature- Cold chain is generally not required; quality depends on cool, dry storage and avoidance of heat that accelerates color and flavor degradation
- Humidity control is critical: moisture uptake can trigger caking, loss of crispness, mould risk, and reduced shelf stability
Atmosphere Control- Sealed, gas-tight packaging (vacuum or inert gas such as nitrogen) can help limit quality loss and reduce mould risk in low-moisture products when combined with strict moisture control
Shelf Life- Shelf life is typically long when water activity remains low and packaging prevents moisture ingress; failures are driven by rehydration, infestation, oxidation-driven quality loss, and contamination events
Risks
Food Safety HighAs a low-moisture food, dried amaranth leaves can carry pathogens (notably Salmonella) that may remain viable for long periods even when growth is prevented at low water activity; if the product is used as an ingredient without a validated lethality step, contamination can directly affect downstream foods and trigger recalls and border rejections.Apply a Codex-aligned low-moisture hygiene program: approved suppliers, dry-environment GMP/GHP, environmental monitoring, validated microbial reduction treatments when feasible, and strict segregation to prevent post-process recontamination.
Moisture And Mould MediumMoisture uptake during cooling, packing, or storage can enable mould growth, off-odors, and quality loss; visible mould risk is a key rejection driver in dried leafy materials and can also elevate concern for mycotoxins depending on conditions and co-contaminants.Control moisture end-point and rehydration exposure: rapid drying/cooling under controlled humidity, moisture-barrier packaging with sealed integrity checks, and dry, pest-controlled warehousing.
Foreign Matter MediumDried leafy materials are vulnerable to physical contamination (stones, plant stems, metal fragments) introduced during field harvest, drying surfaces, and milling; foreign matter findings can drive customer claims and regulatory actions.Use multi-stage foreign-matter controls (sorting, sieving) and metal detection/magnets with documented verification and corrective-action records.
Trade Classification MediumDried amaranth leaves are often statistically embedded within broader HS headings for dried vegetables (e.g., HS 0712 / HS 071290), limiting transparency on product-specific trade flows and complicating market sizing, due diligence, and benchmarking.Align commercial documentation with the most accurate national tariff line, maintain detailed product descriptions (species/format), and supplement customs data with buyer/supplier transaction records for product-level analytics.
Sustainability- Post-harvest loss risk from inadequate drying and moisture reabsorption during storage/transport (quality downgrades and disposal)
- Energy use and emissions for mechanical dehydration versus solar drying, especially where drying is scaled for export-grade product
FAQ
Which HS codes are commonly used as trade proxies for dried amaranth leaves?Dried amaranth leaves are typically captured within broad customs headings for dried vegetables, especially HS 0712 (“Vegetables, dried; whole, cut, sliced, broken or in powder, but not further prepared”) and the related HS 071290 (“dried vegetables, n.e.s.”) subheading used in many trade datasets. Because these codes aggregate many vegetable types, they function as proxies rather than amaranth-specific identifiers.
What is the single most critical global risk in trading dried amaranth leaves?Food safety is the biggest risk: low-moisture foods can carry pathogens such as Salmonella that may remain viable for long periods even though they cannot grow at low water activity. If contamination occurs and the product is used without a validated kill step, it can affect downstream foods and cause recalls or border rejections.
Can amaranth be produced year-round, and how does that affect dried-leaf supply?In suitable climates, amaranth can be grown throughout the year when water is available and it has a short harvest cycle for leafy production. Drying further reduces seasonality by extending availability beyond fresh-market windows and enabling storage and longer-distance distribution.