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일자
항목명
단가 (USD)
2025-11-01
Whe** **** ********* * *** *
227.44 USD / kg
Classification
Product TypeByproduct
Product FormDry
Industry PositionCereal Milling Byproduct
Market
Wheat bran is the main outer-layer fraction separated during wheat milling and is traded globally as a bulk feed ingredient and, in tighter specifications, as a human-food fiber ingredient. Because it is generated wherever wheat is milled, supply is structurally linked to wheat harvests, flour demand, and milling throughput rather than to a dedicated crop cycle. International trade is most active when regional surpluses from large milling and grain-export systems move into livestock feed markets, while food-grade demand is more quality- and compliance-driven. Pricing and availability tend to co-move with broader wheat and feed-grain market conditions, and trade can be sensitive to food/feed safety compliance (notably mycotoxins) and logistics for bulky, low unit-value cargo.
Market GrowthMixedDemand follows livestock feed cycles and food-fiber formulation trends; trade growth varies by region and by feed versus food-grade segmentation.
Major Producing Countries
중국Large wheat producer and miller; bran availability is inferred to be substantial where flour milling is large (proxy via FAOSTAT wheat).
인도Large wheat producer and miller; bran supply is primarily linked to domestic flour demand (proxy via FAOSTAT wheat).
러시아Major wheat producer/exporter; bran availability is tied to regional milling and feed demand (proxy via FAOSTAT wheat).
미국Large wheat producer and industrial miller; bran is widely used in feed and food applications (proxy via FAOSTAT wheat).
프랑스Major EU wheat producer with significant milling capacity; bran output is linked to flour milling (proxy via FAOSTAT wheat/EU wheat).
캐나다Major wheat producer/exporter; bran supply depends on domestic milling versus grain export orientation (proxy via FAOSTAT wheat).
호주Major Southern Hemisphere wheat producer; bran availability depends on milling share versus grain export flows (proxy via FAOSTAT wheat).
Supply Calendar
Northern Hemisphere (wheat milling regions):Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, DecYear-round availability from continuous milling; physical availability can increase after new-crop wheat harvest and stock rebuilding.
Southern Hemisphere (wheat milling regions):Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, DecYear-round availability from continuous milling; seasonal grain harvest timing differs from Northern Hemisphere, smoothing global supply.
Specification
Physical Attributes
Free-flowing brown to tan particulate material (flakes to coarse meal) depending on milling and sieving configuration
Bran fraction derived from wheat outer layers; higher ash and fiber than endosperm flour
Odor should be clean and cereal-like; must be free from off-odors indicative of rancidity or mold
Compositional Metrics
Typical commercial specifications reference moisture, crude fiber, protein, and ash
Food and feed safety specifications commonly include mycotoxin testing (e.g., deoxynivalenol and aflatoxins) and foreign matter limits
Particle size distribution and bulk density may be specified for consistent mixing and pelleting performance
Grades
Feed grade wheat bran (bulk livestock feed ingredient specifications vary by market and buyer)
Food grade wheat bran (tighter hygiene and contaminant controls; often aligned to food safety management system requirements)
Packaging
Bulk truck/rail for domestic movements where infrastructure supports bulk handling
Bulk vessel/containerized bulk where traded internationally in volume
Woven PP bags or kraft bags (commonly 20–50 kg) and FIBCs/big bags for flexible logistics
ProcessingHigh water-binding capacity; used to increase dietary fiber and affect texture in baked goods and extruded cerealsOften pelleted for feed to improve handling, reduce dust, and improve flowability
Supply Chain
Value Chain
Wheat receiving & storage -> cleaning/conditioning (tempering) -> roller milling -> bran separation (sieving/purification) -> optional grinding/pelleting/stabilization -> storage -> bulk or bagged distribution to feed mills, food processors, and ingredient blenders
Demand Drivers
Livestock feed demand (ruminant, swine, and poultry rations) driven by relative pricing versus other cereal byproducts and energy/protein meals
Human food demand as a cereal fiber ingredient in bakery, breakfast cereal, and functional food formulations
Pet food inclusion where fiber and formulation economics support use
Temperature
Typically shipped and stored at ambient temperature under dry conditions; moisture control is critical to prevent mold growth and quality loss
Minimize heat exposure and long storage to reduce risk of rancidity in higher-fat bran fractions (particularly for food-grade applications)
Shelf Life
Shelf life is primarily constrained by moisture pickup, pest infestation, and oxidative rancidity; buyers often require documented storage and handling controls
Food-grade bran may require additional controls (e.g., heat treatment/stabilization) depending on buyer risk programs and intended use
Risks
Food Safety HighMycotoxin contamination risk can disrupt wheat bran trade because contaminants in cereal supply chains can trigger shipment rejections, feed/food use restrictions, and heightened testing requirements; bran streams may face stricter scrutiny when used in human food or sensitive animal diets.Implement supplier approval, routine mycotoxin monitoring aligned to destination-market limits, and robust storage moisture control; segregate lots by risk profile and intended use (feed vs food-grade).
Trade Policy MediumWheat-market policy actions (including export restrictions on grains in some contexts) and shifts in domestic milling policies can indirectly tighten bran availability for export by changing milling throughput or redirecting byproduct to domestic feed markets.Diversify sourcing across multiple milling origins and maintain flexible substitutions in feed formulations (subject to nutrition and regulatory constraints).
Quality Degradation MediumMoisture pickup during storage or transit can lead to mold growth, caking, insect infestation, and loss of merchantability, especially in humid climates or when bulk logistics lack adequate covers and aeration controls.Use moisture specifications at loading/unloading, lined or well-covered transport where needed, and pest management and aeration practices in storage.
Logistics MediumLow unit value and high bulk density make freight and handling costs a major determinant of trade viability; congestion or container/bulk freight disruptions can quickly erode arbitrage and shift flows to domestic use.Prefer optimized bulk routes and nearby demand centers; contract freight early during tight logistics periods and qualify alternative ports and carriers.
Sustainability
Byproduct valorization supports circularity by converting milling residues into feed and food ingredients, but overall footprint remains linked to wheat production impacts (land use, inputs, and on-farm emissions)
Storage and logistics efficiency matters for bulky, low unit-value cargo; poor storage increases waste via mold, pests, and quality degradation
Labor & Social
Occupational safety risks in milling and bulk handling (grain dust exposure and dust explosion hazards) require strong industrial safety management
Traceability and compliance expectations can increase for food-grade bran used in human foods
FAQ
Why is wheat bran trade often sensitive to mycotoxin compliance?Wheat bran moves through food and feed markets where contaminant limits and buyer risk programs apply, and mycotoxins in cereals can trigger additional testing or rejections. Codex Alimentarius provides internationally referenced guidance on controlling mycotoxins in cereals and sets a framework for contaminant management in food and feed.
Is wheat bran supply seasonal like a harvested crop?Not in the same way as fresh crops: wheat bran is generated by flour milling, and milling runs year-round in most major wheat-consuming regions. Availability can still tighten or loosen with wheat harvest outcomes, stock levels, and shifts in flour demand that change milling throughput.
What are the most common buyer specification points for wheat bran?Trade specifications commonly focus on moisture, crude fiber/protein/ash, particle size consistency, foreign matter, and food/feed safety parameters such as mycotoxin testing. Packaging and handling requirements also matter because quality can degrade with moisture pickup and pests during storage and transport.