Classification
Product TypeRaw Material
Product FormDried
Industry PositionAgricultural raw material for oil extraction (coconut oil) and feed byproducts
Raw Material
Market
Copra (dried coconut kernel) in Peru is a niche oilseed-type raw material linked to domestic coconut cultivation and small-scale post-harvest drying. Coconut production is reported across several regions, with notable volumes cited for Ucayali, Loreto, San Martín, and Piura. Peru’s humid growing conditions heighten post-harvest drying and storage discipline needs, making mold/mycotoxin control a core market access issue for any export-oriented copra. Public, Peru-specific copra trade statistics are not consistently visible in open summaries, so trade role should be validated via HS 1203 reporting (e.g., UN Comtrade).
Market RoleSmall domestic producer with limited, hard-to-verify international copra trade (validation needed via HS 1203 trade data)
Domestic RoleInput for coconut oil extraction and related uses (including coconut-oil cake for livestock feed) where available
Market Growth
SeasonalityCoconut supply can be available year-round in tropical zones; copra output is strongly affected by weather-dependent drying conditions in humid regions.
Specification
Physical Attributes- Dried kernel pieces with no visible mold growth
- Low foreign matter and clean appearance consistent with buyer grade
Compositional Metrics- Moisture limits are central (e.g., ICC reference: max 6% for superior edible grade; max 8% for export grade)
- Oil content and FFA are common acceptance parameters (e.g., ICC reference: oil min 58–60% depending on grade; FFA max 1–4% depending on grade)
Grades- ICC reference grades: Grade A (Superior/edible), Grade B (Good quality/export), Grade C (Fair), Grade D (Non-standard)
Packaging- Moisture-protective bagging and clean containers are emphasized to prevent re-wetting and mold during storage and transit.
Supply Chain
Value Chain- Coconut harvest → splitting/dehusking → kernel drying (sun/kiln/smoke) → grading → bagging → storage → domestic crushing or export dispatch → oil extraction; residue (cake) typically goes to livestock feed
Temperature- No cold chain; quality hinges on keeping copra dry and preventing hot spots/condensation in storage and containers
Atmosphere Control- Ventilated, low-humidity storage reduces mold risk; avoid sealed storage when product moisture is borderline
Shelf Life- Shelf-life is primarily moisture- and mold-limited; re-wetting during storage or shipment can rapidly degrade quality and trigger rejection
Freight IntensityHigh
Transport ModeSea
Risks
Food Safety HighMold and mycotoxin (aflatoxin-related) risk is a potential trade blocker for Peruvian copra because drying and storage can be challenged by high ambient humidity in key production zones; shipments that fail moisture/contaminant expectations can be rejected or downgraded.Implement rapid drying to stable moisture, use covered/controlled drying where feasible, enforce clean/ventilated storage, and run pre-shipment testing aligned to buyer specs (including moisture/FFA and mycotoxin-related controls).
Logistics MediumAs a freight-intensive bulk commodity, copra export economics are sensitive to ocean freight volatility and port delays; extended transit or container condensation can also elevate quality loss risk.Use moisture-proof packaging, desiccants/ventilation controls where appropriate, consolidate to full-container loads when possible, and contract freight with buffer for schedule variability.
Regulatory Compliance MediumMisclassification (HS/national code) or incomplete SPS documentation can trigger inspection delays, added costs, or non-entry outcomes when phytosanitary controls apply.Confirm SENASA import conditions for the specific origin/use case and align documents (HS code, product description, certificates) with the importer’s customs broker checklist before shipment.
FAQ
What HS code is typically used to classify copra for trade documentation in Peru?Copra is classified under HS heading 1203 (subheading 120300). In Peru, the applicable duty and reporting are determined using the national 10-digit subheading in the Arancel de Aduanas based on NANDINA.
What are common quality parameters buyers use for copra shipments from Peru?Buyers commonly specify moisture, oil content, and free fatty acid (FFA) levels, along with cleanliness (low foreign matter) and absence of mold. The International Coconut Community’s reference standard includes graded benchmarks such as moisture maximums (e.g., 6–8% depending on grade) and tighter FFA limits for higher grades.
What is the main trade-blocking risk for Peruvian copra shipments?The main risk is quality failure driven by mold and potential mycotoxin issues when copra is not dried and stored correctly in humid conditions. Preventing re-wetting, maintaining low moisture, and using pre-shipment testing aligned to buyer requirements are key to avoiding rejection or downgrading.