Classification
Product TypeRaw Material
Product FormShelled (Kernel), Dried
Industry PositionPrimary Agricultural Product
Raw Material
Market
Shelled almonds in Japan are an import-dependent market used primarily as a food ingredient and retail nut product. UN Comtrade (via WITS) shows Japan imported about USD 202.3 million of HS 080212 (shelled almonds) in 2023, with the United States supplying the overwhelming majority of import value. Market access is shaped by Japan’s Food Sanitation Act import notification process (quarantine station document examination and risk-based inspections) and aflatoxin control expectations for nuts. Tariff treatment depends on the tariff line and origin qualification, with multiple EPA/FTA pathways offering preferential rates for eligible origins.
Market RoleImport-dependent consumer and food-manufacturing ingredient market (net importer)
Domestic RolePrimarily a downstream consumption and food-manufacturing input market; domestic production is not significant relative to imports
SeasonalityYear-round availability driven by imports; quality risk increases with moisture/heat exposure during storage and distribution.
Specification
Physical Attributes- Freedom from visible mold and off-odors is critical given aflatoxin risk management expectations for nuts in import control systems.
- Low foreign matter and controlled kernel breakage are common buyer specifications for ingredient and retail applications.
Compositional Metrics- Moisture management is a key safety and quality parameter because high moisture and heat favor mold growth and aflatoxin development.
- Codex GSCTFF aflatoxin sampling/ML context for tree nuts includes total aflatoxins maximum levels of 10 µg/kg for ready-to-eat tree nuts and 15 µg/kg for tree nuts destined for further processing, with almonds explicitly covered.
Grades- Importer and end-user specifications typically reference defect tolerances and food-safety compliance; grade naming can be supplier-standard dependent.
Packaging- Moisture-barrier packaging (liners, sealed bags) and container humidity control are emphasized for sea freight and Japan warehousing to reduce mold and rancidity risk.
Supply Chain
Value Chain- Overseas handler/shelling & sorting → containerized shipment (typically sea) → MHLW quarantine station import notification document examination/inspection (as applicable) → customs clearance → domestic storage/processing/repacking → distribution to food manufacturers and retail
Temperature- Avoid high temperature exposure that accelerates oxidation; prioritize cool, dry storage conditions.
Atmosphere Control- Humidity control is critical: high moisture and heat conditions increase mold and aflatoxin development risk in nuts.
Shelf Life- Shelf life is primarily constrained by oxidation (rancidity) and moisture-driven mold risk; breaks in dry-chain storage can create safety and quality failures.
Freight IntensityMedium
Transport ModeSea
Risks
Food Safety HighAflatoxin contamination is a trade-blocking risk for shelled almonds into Japan: it can trigger ordered inspections at arrival and can lead to rejection, return, or disposal if non-compliance is found, causing major delay and financial loss. Japan’s handling of aflatoxin risk has included mandatory testing requirements for certain U.S. almond shipments historically, with protocol-based compliance affecting inspection treatment.Use a supplier aflatoxin control program aligned to Codex guidance (tree-nut aflatoxin code of practice) with strict moisture/temperature control, maintain lot-level traceability, and apply pre-shipment testing and documentation consistent with any applicable U.S.-Japan almond export protocol.
Logistics MediumSea-freight delays and humidity/temperature excursions can degrade quality (oxidation/rancidity) and increase mold risk, and any quarantine-station inspection holds can extend dwell time and storage exposure in port/warehouse environments.Plan lead times for potential inspection holds, use moisture-barrier packaging and container desiccants/monitoring, and keep warehousing conditions cool and dry to protect product integrity.
Climate MediumJapan’s import concentration in U.S.-origin supply links availability and pricing to climatic shocks and water constraints in key almond-producing regions, increasing volatility risk for Japanese buyers.Diversify approved origins where feasible (e.g., secondary suppliers), and use contracting/hedging strategies to manage supply and price exposure.
Sustainability- Water stewardship risk in major origin regions (notably drought-prone almond-growing areas) can affect supply reliability and price for Japan’s import-dependent market.
- Moisture and storage management to prevent mold growth aligns with both food safety and waste reduction goals in long-distance supply chains.
FAQ
What is the single biggest risk that can block a shipment of shelled almonds into Japan?Aflatoxin contamination is the most critical trade-blocking risk. Japan requires an import notification under the Food Sanitation Act and can apply risk-based or ordered inspections at quarantine stations; if aflatoxin non-compliance is found, the shipment may be rejected, returned, or disposed. Protocol-based compliance (such as the U.S.-Japan almond export protocol referenced by USDA Japan) can affect inspection treatment for U.S.-origin almonds.
How concentrated is Japan’s import supply for shelled almonds?UN Comtrade partner data (via WITS) for HS 080212 in 2023 shows Japan imported about USD 202.3 million in shelled almonds, with about USD 197.7 million supplied by the United States (roughly 97% of total import value). This indicates very high dependence on U.S.-origin supply for this product category.
What tariff rates should an importer expect for sweet shelled almonds in Japan?For sweet almonds, shelled, fresh or dried (HS 0802.12-200), webTARIFF lists a General tariff rate of 4% and a WTO rate of 2.4% (as shown on the referenced tariff page). Preferential rates under multiple trade agreements are also listed (often Free) when origin rules and documentation requirements are met.