1,068 exporter companies and 1,639 importer companies are indexed in the global supply chain intelligence network for this product.
9,564 supplier-linked transactions are summarized across the top 20 countries.
Latest reference year in this page dataset is 2026.
Page data last updated on 2026-11-06.
Global Supplier Transactions, Export Activity, and Price Benchmarks for Rolled Oat Flake
Analyze 9,564 supplier-linked transactions across the top 20 countries, with monthly unit-price benchmarks to track export competitiveness and sourcing risk for Rolled Oat Flake.
Rolled Oat Flake Country YoY Change in Supplier Transactions and Export Momentum
Compare positive and negative YoY shifts in Rolled Oat Flake to identify accelerating supplier markets and weakening export corridors.
Top YoY shifts for Rolled Oat Flake: United Arab Emirates (+104.9%), Colombia (-51.1%), Germany (+48.9%).
Rolled Oat Flake Country-Level Supplier Transaction and Unit Price Summary
As of 2025-12, benchmark Rolled Oat Flake country transaction counts with monthly unit price and volume to prioritize supplier and export markets.
In 2026-05, countries with visible Rolled Oat Flake transaction unit prices: Guatemala (19.42 USD / kg), Ecuador (3.33 USD / kg), India (2.24 USD / kg), Peru (2.03 USD / kg), United Arab Emirates (1.98 USD / kg), 12 more countries.
1,068 exporters and 1,639 importers are mapped for Rolled Oat Flake.
Exporters and importers can use Tridge Supply Chain Intelligence company profiles and analytics to identify counterparties for Rolled Oat Flake, benchmark reach, and prioritize outreach by market.
1,068 exporter companies are mapped in Tridge Supply Chain Intelligence for Rolled Oat Flake. Exporters and importers can use company profiles and analytics to evaluate supplier coverage, trading activity, and route opportunities.
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Rolled Oat Flake Top Exporters and Supplier Profiles
Review leading exporter profiles while benchmarking against 1,068 total exporter companies in the Rolled Oat Flake supply chain intelligence network. Exporters and importers can unlock company profiles and analytics to qualify partners faster.
Exporter company count is a key signal for Rolled Oat Flake supply depth and sourcing optionality.
Use Supply Chain Intelligence analytics to narrow Rolled Oat Flake opportunities by country, product, and value-chain role, then open company profiles to validate fit.
Top Exporting Countries for Rolled Oat Flake (HS Code 110412) in 2024
For Rolled Oat Flake in 2024, compare export volume and value across the top 10 supplier countries to map core supply structure.
1,639 importer companies are mapped for Rolled Oat Flake demand intelligence. Use Supply Chain Intelligence company profiles and analytics to prioritize buyers, distributors, and downstream demand partners by market.
Rolled Oat Flake Top Buyers, Importers, and Demand Partners
Review leading buyer profiles and compare them against 1,639 total importer companies tracked for Rolled Oat Flake. Exporters and importers can use Supply Chain Intelligence company profiles and analytics to evaluate buyer quality and demand concentration.
(Uzbekistan)
Latest Import Transaction: 2026-02-20
Recently Import Partner Companies: 2
Industries: Food Manufacturing, Food Services And Drinking Places, Food Wholesalers
Value Chain Roles: -
(India)
Latest Import Transaction: 2026-07-27
Recently Import Partner Companies: 8
Employee Size: Over 1000 Employees
Industries: Beverage Manufacturing, Food Manufacturing, Food Packaging, Food Services And Drinking Places, Online Retail And Fulfillment, Others
Value Chain Roles: Canada, United Kingdom, Qatar, Djibouti, Sri Lanka, Bangladesh, Tanzania, Saudi Arabia, United States, United Arab Emirates
Importer company count highlights the current depth of demand-side visibility for Rolled Oat Flake.
Use Supply Chain Intelligence analytics and company profiles to identify active Rolled Oat Flake buyers, compare partner density by country, and refine GTM priorities.
Top Import Demand Countries for Rolled Oat Flake (HS Code 110412) in 2024
For Rolled Oat Flake in 2024, compare import volume and value across the top 10 demand countries to identify priority markets.
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Classification
Product TypeProcessed Food
Product FormDry (Flaked)
Industry PositionProcessed Grain Product
Market
Rolled oat flakes are a shelf-stable processed cereal product traded globally under HS 110412 (rolled or flaked oat grains). UN Comtrade data (via World Bank WITS) for 2024 indicates Canada and Germany among the largest exporting origins by value, while the United States is the largest single import market for this product line. Upstream oat cultivation is concentrated in temperate grain regions across Northern Europe, Russia, North America, and Australia, linking finished-flake availability to annual grain harvest outcomes and storage quality. The market is shaped by food-grade quality requirements (cleanliness, moisture stability, and contaminant control) and by downstream demand from retail oatmeal, breakfast cereals, and industrial food manufacturing.
Major Producing Countries
RussiaMajor global producer of raw oats (FAOSTAT series for oats; regional concentration in temperate grain belts).
CanadaMajor producer and a key origin for food-grade milling oats and oat products (FAOSTAT series; strong export orientation in oats trade data).
PolandLarge European producer supporting regional milling and intra-European trade in oats and oat products.
FinlandSignificant producer with a notable food-grade/value-added processing footprint in oats.
United KingdomImportant European producer and trader of oats and oat-based products.
SpainNotable producer within Europe; output variability can be rainfall-sensitive.
Major Exporting Countries
CanadaLargest exporter by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
GermanyMajor exporter by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
ChileSignificant exporter by value and volume in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
United KingdomMajor exporter by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
AustraliaKey exporter by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
Major Importing Countries
United StatesLargest importer by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
FranceTop-tier importer by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
JapanTop-tier importer by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
NetherlandsMajor importer by value in 2024 for HS 110412; also functions as a European distribution hub (UN Comtrade via World Bank WITS).
SpainMajor importer by value in 2024 for HS 110412 (UN Comtrade via World Bank WITS).
Supply Calendar
Northern & Central Europe (incl. Finland):Aug, SepOats are typically spring-sown and harvested in late summer in Northern Europe; Finland commonly harvests August–September.
Canada (Prairie provinces):Aug, SepTypical late-summer small-grain harvest window; product availability for rolling depends heavily on storage quality and food-grade specifications.
Australia (southern grain regions):Oct, NovSouthern Hemisphere harvest can support counter-seasonal supply from stored grain and ongoing milling throughput.
Specification
Major VarietiesAvena sativa (common oat)
Physical Attributes
Flattened oat groats (flakes) produced by rolling after conditioning; flake thickness varies by segment (regular vs quick).
Light cream to tan color with mild cereal flavor; low moisture product for ambient storage.
Compositional Metrics
Beta-glucan content is a key functional/marketing attribute for oats and oat-containing foods (specification often set by buyers for certain applications).
Moisture management is critical for storage stability; elevated moisture increases mould/mycotoxin risk in cereals.
Lipid-related rancidity risk (oxidation) makes enzyme inactivation and appropriate packaging important for quality retention in oat flakes.
Grades
Food-grade/milling oats are commonly specified using national grading systems and buyer specs (e.g., limits on foreign material, damaged kernels, and test weight).
Export programs often reference objective factors (e.g., test weight, foreign material, damaged kernels) and sanitary requirements, with thresholds varying by destination market.
Packaging
Retail packs: paperboard cartons with inner bag, stand-up pouches, or sachets (often with barrier films).
Industrial/bulk: multiwall paper bags, woven PP bags with liners, or big bags for food manufacturing customers.
ProcessingStabilization/heat treatment (often described as kilning) is commonly used in oat processing before flaking to improve flavor and shelf stability.Steam conditioning/tempering prior to rolling reduces fines and supports consistent flake formation.
Supply Chain
Value Chain
Farm production (oats) -> cleaning & grading -> storage & quality management -> dehulling to groats -> stabilization/heat treatment (kilning) -> cutting (for smaller/quick formats) -> steam conditioning -> rolling/flaking -> drying/cooling -> metal detection & packaging -> distribution (retail and industrial).
Demand Drivers
Retail consumption of oatmeal/porridge and breakfast cereal formulations that use rolled oats as a base ingredient.
Industrial demand from bakery, snack, and cereal manufacturers using rolled oats for texture and wholegrain positioning.
Demand for certified gluten-free oat products in markets where gluten-free claims are regulated and verified.
Temperature
Ambient shipping is typical for dry rolled oats, but cool, dry storage conditions reduce quality loss and pest pressure.
Humidity control is critical: moisture ingress increases mould risk and can trigger quality/food-safety non-compliance.
Atmosphere Control
Some retail and industrial packs use barrier packaging and low-oxygen practices (e.g., nitrogen flushing) to slow oxidation and protect flavor.
Shelf Life
Shelf life is generally long under dry, sealed, odor-protected storage; quality loss is driven mainly by oxidation/rancidity and moisture exposure.
Stabilization (enzyme inactivation) and appropriate packaging are key levers for maintaining flavor and limiting rancidity.
Risks
Food Safety HighMycotoxin contamination is a critical trade-disruption risk for oats and oat products; EFSA has reported that the highest concentrations of T-2 and HT-2 toxins are observed in oats and oat-containing commodities. Destination-market testing and regulatory thresholds can drive shipment rejection, rework, or downgrading, especially when storage moisture control is weak or weather elevates Fusarium pressure.Apply Codex-aligned controls across the chain (GAP/GMP), including timely harvest, drying to safe moisture, segregated storage, routine mycotoxin monitoring, and verified supplier programs for food-grade oats.
Regulatory Compliance MediumGluten-free claims for oat products are sensitive to cross-contact with wheat, barley, or rye in shared harvest, transport, and milling systems. Non-compliance with gluten thresholds and labeling expectations can trigger recalls, border holds, and brand damage.Use dedicated or validated segregation, supplier audits, and batch testing aligned to gluten-free standards and destination-market rules.
Climate MediumOat supply and quality are vulnerable to adverse harvest weather (rain at maturity, lodging) and drought/heat stress, which can reduce test weight and increase quality defects or contamination risk, tightening availability of milling-grade raw material.Diversify origin sourcing across multiple temperate regions and maintain flexible specifications and inventory buffers for key customers.
Quality Degradation MediumRolled oats can lose quality through oxidative rancidity and off-flavor development if stabilization is insufficient or if packaging/storage allows oxygen, heat, or odor ingress. This can cause customer complaints and product withdrawals even when food safety limits are met.Validate stabilization steps, monitor key quality indicators, and use appropriate barrier packaging and controlled warehousing.
Sustainability
Climate variability risk in temperate grain belts (heat, drought, excess rainfall) affecting oat yields and quality, with downstream impacts on milling supply and price volatility.
Agrochemical and nutrient management scrutiny in cereal supply chains (residue compliance, nitrogen efficiency, and soil health practices).
FAQ
Which countries are the largest exporters and importers of rolled oat flakes globally?UN Comtrade data for HS 110412 (via World Bank WITS) shows Canada and Germany among the top exporters by value in 2024, with Chile, the United Kingdom, and Australia also major exporting origins. The United States is the largest single import market in 2024, followed by France, Japan, the Netherlands, and Spain.
Why are oats typically heat-treated before being rolled into flakes?Industrial oat processing commonly includes a stabilization heat step (often described as kilning) before flaking to support shelf stability and consistent quality. Equipment and process descriptions from major milling-technology providers describe an integrated chain that includes cleaning, grading, kilning, and then flaking.
What is the most important food-safety risk that can disrupt international trade in oat flakes?Mycotoxins are a leading trade risk for oats and oat products: EFSA reports that the highest concentrations of T-2 and HT-2 toxins are found in oats and oat-containing commodities. Codex provides guidance for prevention and reduction of mycotoxin contamination in cereals across farming, storage, and processing steps.
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