Classification
Product TypeRaw Material
Product FormDried
Industry PositionPrimary Agricultural Product
Raw Material
Commodity GroupMedicinal and pesticidal plant material (dried leaves)
Scientific NameAzadirachta indica A.Juss.
PerishabilityLow (dried botanical); quality is moisture-sensitive rather than time-to-ripen
Growing Conditions- Tropical to subtropical conditions; adapted to hot and dry climates and planted widely in arid and semi-arid regions as well as wetter tropical zones.
- Tolerates relatively low rainfall once established and can grow on poor, shallow, sandy, or stony soils, provided drainage is adequate.
Consumption Forms- Dried leaf (whole/cut) for herbal preparations where permitted
- Powder for encapsulation/tableting or as an ingredient for downstream extracts
- Input material for botanical pest-management preparations (leaf-based extracts or formulations)
Grading Factors- Botanical identity confirmation (Azadirachta indica) and absence of substituted leaf material
- Cleanliness/extraneous matter (stones, stems, insects/filth) and infestation status
- Moisture control (to prevent mold and mycotoxin risk) and evidence of good storage practices
- Microbiological criteria appropriate to end use (e.g., pathogen risk management for food/supplement channels)
- Contaminants monitoring (e.g., heavy metals such as lead) aligned to destination-market limits
Planting to HarvestLeaves can be harvested repeatedly once trees are established; fruiting commonly begins around 3–5 years after planting and increases with maturity (relevant where leaf-and-seed co-products are collected).
Market
Dried neem leaves (Azadirachta indica) are traded globally as a botanical raw material used in herbal preparations and as an input for pest-management and other industrial applications. Neem is native to parts of South and Southeast Asia and has been widely planted beyond its native range across Africa, Latin America, and the Caribbean, enabling multiple potential supply origins while commercial export channels are often associated with South Asia. Trade classification is commonly handled under HS heading 1211 (plants and parts of plants used primarily in perfumery/pharmacy or for insecticidal/fungicidal purposes), with neem leaves frequently embedded in broader “other” medicinal-plant categories in global statistics. Market access and pricing are strongly influenced by quality assurance—botanical identity, cleanliness, and contaminant/microbiological control—because dried herbs are high-risk for adulteration and can be implicated in food-safety incidents when used in foods or supplements. A notable longer-run supply-side uncertainty is “neem decline” reported in parts of the Sahel, which can reduce tree productivity and raw-material availability in affected regions.
Market GrowthGrowing (long-term outlook)incremental expansion alongside broader interest in botanical pest-management inputs and herbal/botanical products
Major Producing Countries- 인도Within the natural range; neem-derived products are widely used and supported by institutional activity on neem improvement and medicinal-plant cultivation/trade.
- 방글라데시Native range and identified as an important neem country in FAO reporting.
- 미얀마 [버마]Native range; cited in FAO sources on neem and its long-standing use.
- 태국Native range and involved in FAO-reported neem network activities.
- 탄자니아Widely introduced/established; listed among countries where neem is important in FAO reporting.
- 가나Listed among countries where neem is important in FAO reporting.
- 세네갈Listed among countries where neem is important in FAO reporting; part of Sahel where neem has been planted extensively.
Major Exporting Countries- 인도Common commercial origin for neem leaf flakes/powder with specific national sub-classifications used in trade documentation (e.g., ITC-HS extensions under HS 121190).
Major Importing Countries- 미국Observed as a destination market for neem-leaf/powder shipments reported under Indian trade classifications for neem leaves/powder.
- 독일Observed as a destination market for neem-leaf shipments reported under Indian trade classifications for neem leaves/powder.
- 영국Observed as a destination market for neem powder shipments reported under Indian trade classifications for neem leaves/powder.
Supply Calendar- India:Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, DecNeem leaves are generally available year-round because neem is an evergreen tree and leaves can be harvested repeatedly; actual harvesting intensity varies by local climate and farm practice.
Specification
Physical Attributes- Sold as whole dried leaves, cut/flake, or milled powder; color can range from greenish to brownish depending on drying method and age.
- Typical sensory profile is bitter/astringent; buyers often include organoleptic checks to detect off-odors indicative of moisture damage or contamination.
Compositional Metrics- Active phytochemicals responsible for insecticidal/repellent properties are present in leaves but are typically more concentrated in neem seeds; potency and composition can vary by provenance and handling.
Packaging- Common export packaging includes lined sacks or cartons with inner food-grade liners to control moisture pickup and foreign matter ingress.
- For food/supplement channels, buyers may require lot-level traceability and evidence of validated microbial reduction treatment where applicable.
ProcessingPrimary value-add steps are drying, cleaning, and size reduction (cut/sieve/milling); microbial reduction treatments may be applied for food-use channels per Codex-aligned hygiene programs.
Supply Chain
Value Chain- Leaf harvest/collection -> cleaning and removal of extraneous matter -> drying (natural or mechanical) -> cutting/sieving or milling -> optional microbial reduction treatment -> packaging (moisture barrier) -> export in dry, protected logistics -> importer QA/repack/blending for end use
Demand Drivers- Use of neem-derived materials in pest-management and related industrial applications, with long-standing use in South Asia and expanding interest internationally.
- Use as a botanical raw material in herbal/botanical product supply chains where permitted by local regulatory frameworks.
Temperature- Dried leaves should be stored cool and dry to prevent moisture uptake that drives mold growth and quality loss; low-moisture product hygiene controls are commonly applied.
Shelf Life- Shelf life is primarily limited by moisture uptake and infestation/contamination risk rather than ripening; barrier packaging and humidity control are key.
Risks
Plant Health HighNeem decline has been reported as affecting multiple Sahelian countries, with FAO noting interacting environmental and genetic factors and possible pathogen involvement; reduced tree vigor can lower leaf (and seed) availability and destabilize supply from affected regions.Diversify origins; support monitoring and use improved/locally adapted genetic material where neem is plantation-grown; track local reports of decline and stress conditions.
Food Safety HighSpices and dried aromatic herbs (including leaf materials) have documented microbiological hazards and have been associated with outbreaks; contamination (e.g., Salmonella) can trigger border rejections, recalls, and sudden demand shocks for affected lots.Implement Codex-aligned hygienic practices, validated microbial reduction treatments where appropriate, and lot-based pathogen monitoring with robust supplier approval and traceability.
Regulatory Compliance MediumDried neem leaves can fall under different regulatory regimes depending on intended use (food, supplement, cosmetic, pesticidal input) and are often classified within broad HS 1211.90 categories; mismatched classification or unsupported end-use claims can increase clearance delays and rejection risk.Align HS classification and product description to intended use; maintain complete documentation (botanical ID, COA, treatment declarations) per destination-market requirements.
Authenticity MediumHerbs and spices supply chains have recurring adulteration and substitution issues (especially in crushed/ground forms), which raises buyer risk around botanical identity, undeclared fillers, and non-authorised treatments.Use botanical authenticity testing (e.g., microscopy/DNA where appropriate), supplier audits, and incoming inspection protocols; prioritize whole/cut formats when identity risk is high.
Sustainability- Long-term plantation health risk in parts of the Sahel due to “neem decline,” linked to interacting environmental and genetic factors and possibly aggravated by pathogens.
- Contaminant management (e.g., heavy metals such as lead) is increasingly salient for dried herbs and can affect market access and trade.
FAQ
How is dried neem leaf typically classified for customs trade reporting?Dried neem leaves are commonly captured under HS heading 1211 (plants and parts of plants used primarily in perfumery, pharmacy, or for insecticidal/fungicidal purposes). In global statistics this often appears within HS 121190 (“other” plants and parts of plants). Some countries also use national sub-codes; for example, India lists neem leaves/powder under an ITC-HS extension under HS 121190.
Why do buyers often require microbial controls for dried neem leaves intended for food or supplement channels?Because dried herbs can carry pathogens even though they are low-moisture products. FAO/WHO scientific work for Codex notes that pathogens such as Salmonella have been found in spices and dried aromatic herbs and that outbreaks have occurred, so buyers frequently require hygienic processing and, where appropriate, validated microbial reduction treatments plus lot-level testing.
What contaminant checks are increasingly important for dried herbal leaves in international trade?Heavy metals and foreign matter are key. Codex has adopted maximum levels for lead in dried culinary herbs, and regulators also focus on cleanliness/extraneous materials and mycotoxin prevention through good drying and storage practices. These checks can affect import acceptance and buyer specifications for dried leaf materials.