Raw Material
Commodity GroupMedicinal and aromatic plant material (dried botanical leaf)
Scientific NamePsidium guajava L.
PerishabilityLow (when kept dry), but highly moisture- and contamination-sensitive
Growing Conditions- Perennial shrub/tree cultivated across tropical and subtropical regions beyond its South Tropical American native range
- Grows in seasonally dry tropical environments as well as many cultivated settings across the tropics and subtropics
Consumption Forms- Herbal infusion/tea material
- Botanical input for extraction (to produce guava leaf extracts for downstream formulations, subject to local regulations)
- Powdered botanical material for supplements and blends (subject to local regulations)
Grading Factors- Botanical identity and absence of adulterants
- Moisture and mold control
- Foreign matter and cleanliness
- Cut/sift size distribution (whole leaf vs. cut-and-sift vs. powder)
- Pesticide residue and heavy metal compliance
- Microbiological quality
Market
Dried guava leaf (Psidium guajava L.) is traded globally as a dried botanical used for herbal infusions and as a raw material for extracts used in traditional-medicine and supplement value chains (subject to local regulations). The physical supply base is linked to guava cultivation across tropical and subtropical regions, with cultivation widely established far beyond the species’ native range in South Tropical America. International trade is typically captured under broad medicinal-and-aromatic plant tariff headings (e.g., HS 1211/HS 121190), so product-specific trade flows are often not separately observable in public datasets. Commercial success in cross-border trade is therefore driven less by origin branding and more by consistent botanical identity, residue/contaminant compliance, and stable dried-material quality.
Market GrowthGrowing (2010s–early 2020s (proxy category))Growth in the broader medicinal-and-aromatic plant materials category suggests expanding international trade interest, though guava-leaf-specific growth is typically not separately reported in public trade datasets.
Major Producing Countries- 인도Large guava cultivation base; dried-leaf supply is commonly linked to cultivated trees and pruning/leaf harvest operations (leaf trade is not separately reported in most official production statistics).
- 브라질Guava is of commercial importance; potential cultivated supply base for dried leaves and extracts depending on local industry structure.
- 이집트Reported as a country with notable commercial importance for guava cultivation; may support leaf-based herbal ingredient supply chains.
- 남아프리카Reported as having commercial importance for guava cultivation; potential supply base for dried botanical leaf material.
- 콜롬비아Reported as having commercial importance for guava cultivation; potential supply base for dried leaves and extracts.
Major Exporting Countries- 중국Proxy only: frequently cited as a major exporter for the broad HS 1211 'medicinal and aromatic plants' category; not guava-leaf-specific.
- 인도Proxy only: frequently cited as a major exporter for the broad HS 1211 'medicinal and aromatic plants' category; not guava-leaf-specific.
- 독일Proxy only: cited among major exporters for HS 1211; may reflect processing, re-export, and trade-hub roles rather than origin production.
- 이집트Proxy only: cited among major exporters for HS 1211; not guava-leaf-specific.
- 스페인Proxy only: cited among major exporters for HS 1211; may reflect EU processing/re-export dynamics.
Major Importing Countries- 미국Proxy only: frequently cited as a major importer for HS 1211 'medicinal and aromatic plants' and a major end-market for herbal and supplement products; not guava-leaf-specific.
- 독일Proxy only: cited among major importers for HS 1211; reflects EU herbal ingredient demand and processing.
- 일본Proxy only: cited among major importers for HS 1211; strong quality and compliance expectations for botanicals.
- 홍콩Proxy only: cited among major importers for HS 1211; can function as a trading hub for botanical materials.
- 프랑스Proxy only: cited among major importers for HS 1211; reflects EU demand for herbal ingredients.
Risks
Food Safety HighFood safety and compliance failures (e.g., pesticide residues above destination limits, heavy metals, microbial contamination, or mold) can trigger border rejections and rapid market disruption for dried botanical leaves. Dried herbs are particularly exposed to contamination risks during harvesting, drying, and storage if hygiene and moisture controls are weak.Implement GACP-aligned cultivation/collection controls, validated drying and storage practices, and routine third-party testing (pesticides, heavy metals, microbiology), supported by full lot traceability.
Regulatory Compliance MediumRegulatory classification varies by market (food/herbal tea vs. herbal medicinal product vs. dietary supplement), affecting allowable claims, required documentation, and permissible contaminant limits. Misclassification or missing documentation can delay clearance or block market access.Confirm destination-market classification and documentation requirements pre-shipment (labeling, intended use, contaminants/specs) and align contracts/specifications accordingly.
Adulteration and Substitution MediumBotanical materials can face identity risks (substitution with other leaves or mixed plant material), especially in cut/sift or powdered forms where visual identification is harder. This can create safety, efficacy, and compliance failures.Use supplier qualification, identity testing (macro/micro and chemical fingerprinting as appropriate), and tightened incoming QC for milled materials.
Quality Variability MediumVariability in drying method, leaf maturity, and post-harvest handling can shift color, aroma, astringency, and contaminant risk, complicating standardization for tea blends or extract production.Standardize harvest and drying SOPs, define moisture/foreign-matter limits, and contract for consistent cut-size and batch blending protocols.
Logistics LowMoisture ingress during ocean freight or humid warehousing can degrade dried leaf quality and increase mold risk, even if the product leaves origin within specification.Use moisture-barrier packaging, desiccants where appropriate, container liners, and humidity monitoring for long routes.
Sustainability- Agrochemical stewardship (responsible pesticide use and residue compliance) in cultivation systems supplying medicinal/aromatic plant materials
- Energy use and emissions trade-offs where mechanical drying replaces sun-drying for consistency and hygiene control
FAQ
Under which HS heading is dried guava leaf typically classified in international trade?Dried guava leaf is often traded under the broad HS heading 1211 (plants and parts of plants used primarily in perfumery or pharmacy, fresh or dried), commonly within HS 121190 for “plants and parts… n.e.c.”. The exact code can vary by country and by intended use, so shippers typically confirm classification with the destination broker or customs authority.
What quality checks matter most for dried guava leaf in cross-border trade?Buyers typically prioritize confirmed botanical identity, low moisture and absence of mold, low foreign matter, and compliance with destination limits for pesticide residues, heavy metals, and microbiological contamination. WHO quality-control guidance for medicinal plant materials and Codex hygiene guidance for dried herbs are commonly used reference points for building these specifications.
What is the biggest global risk that can disrupt shipments of dried guava leaf?Food safety and regulatory non-compliance is the main disruptor: residue or contaminant exceedances, microbial contamination, or mold can lead to border rejections and immediate loss of market access. Strong GACP-aligned sourcing, controlled drying/storage, and routine third-party testing are the most practical mitigations.