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일자
항목명
단가 (USD)
2026-03-01
Har*** ** **** *********** * ********
422.81 USD / kg
2026-03-01
Har*** ** **** ******** * ********
423.38 USD / kg
2025-09-01
전분 * **** ********* * *** ** ***** ****
67.30 USD / kg
2025-08-01
전분 * **** ***** * *** ** ***** ****
155.21 USD / kg
2025-03-01
전분 * **** ********* * *** ** ***** ****
393.85 USD / kg
Classification
Product TypeIngredient
Product FormPowder
Industry PositionFood Ingredient
Market
Soybean flour is a milled soybean-derived ingredient traded globally for use in bakery, snacks, and protein-fortified and formulated foods. Its availability and input costs are closely linked to the broader soybean complex, because food-grade flour supply ultimately depends on soybean production and processing capacity. Upstream soybean production is concentrated in Brazil, the United States, and Argentina, with China and India also significant producers, which shapes global price transmission and supply risk for soybean-derived ingredients. Trade is often specification-driven (e.g., protein/fat levels, heat-treatment status, and identity-preserved non-GMO/organic requirements), making quality management and traceability central to international sourcing.
Major Producing Countries
브라질Among the largest global soybean producers; upstream supply base for soybean-derived ingredients.
미국Among the largest global soybean producers; significant food and ingredient processing capacity.
중국Large soybean producer and major global soybean buyer; domestic demand affects global balance.
인도Significant soybean producer; participates in regional trade of soy-based ingredients.
Specification
Physical Attributes
Fine milled powder; color and flavor depend on heat treatment and fat level (full-fat vs defatted).
Hygroscopic and prone to caking if exposed to moisture; requires low-humidity storage and good packaging integrity.
Compositional Metrics
Protein and fat content vary materially by product type (full-fat vs defatted) and intended application.
Moisture limits are central for shelf stability and to manage caking and microbial risk.
Enzyme activity/heat-treatment indicators (e.g., urease/lipoxygenase-related performance) are commonly controlled for functional performance in foods.
Grades
Food-grade specifications commonly distinguish full-fat vs defatted, and enzyme-active vs heat-treated (inactivated) flour.
Identity-preserved specifications (e.g., non-GMO/organic) may be required by downstream buyers depending on destination market and brand positioning.
Packaging
Multiwall paper bags with inner liner or PE-lined sacks for industrial trade; bulk formats (e.g., big bags) used where handling systems allow.
Barrier packaging is more important for higher-fat (full-fat) flour to reduce oxidation and flavor deterioration.
ProcessingDefatted soybean flour is typically produced from dehulled beans after oil removal, then milled and sieved to target particle size.Full-fat soybean flour is produced by heat treatment (e.g., roasting) and milling without oil removal; higher lipid content increases rancidity sensitivity.Heat treatment level is managed to balance functionality, flavor, and food safety expectations.
Supply Chain
Value Chain
Soybean procurement (often segregated for food-grade / identity-preserved) -> cleaning/dehulling -> heat treatment (as specified) -> milling and sieving -> packaging -> export/import distribution to industrial food manufacturers and blenders.
Demand Drivers
Protein fortification and cost-effective protein inclusion in bakery and processed foods.
Functional properties in formulations (water binding, texture, emulsification support) depending on product type and heat-treatment profile.
Growth of plant-forward and alternative-protein formulated foods that use soy-derived ingredients in blends.
Temperature
Typically shipped and stored as a shelf-stable dry ingredient; protect from heat and humidity to reduce oxidation (for full-fat) and caking.
Pest control and sanitation in dry warehouses and containers are important to prevent contamination and quality losses.
Shelf Life
Shelf life depends on fat content, moisture control, and packaging; full-fat flour is more sensitive to oxidative rancidity than defatted flour.
Odor/flavor pickup can occur if stored near strong-smelling materials; segregation in storage and transport helps preserve quality.
Risks
Climate And Supply Concentration HighSoybean flour supply and pricing are exposed to weather-driven yield volatility in a concentrated set of major soybean producers (notably Brazil, the United States, and Argentina). Droughts, excessive rainfall, or heat stress in these origins can tighten soybean availability, raise input costs, and disrupt ingredient procurement for food manufacturers that rely on consistent flour specifications.Diversify origin approvals where feasible, use forward contracts/hedging aligned to soybean input exposure, and maintain qualified alternate suppliers with validated specifications.
Deforestation And Traceability Compliance MediumSoy supply chains face heightened scrutiny and regulatory risk related to deforestation and land conversion, including emerging due-diligence and traceability obligations in some import markets. Compliance gaps can restrict market access or trigger contract and reputational risks for soy-derived ingredients, including soybean flour.Implement traceability and supplier due diligence (origin mapping, no-deforestation/land-conversion policies, and documentation aligned to destination-market requirements).
Allergen Management MediumSoybeans are a widely recognized food allergen, so soybean flour creates labeling, cross-contact, and recall risk across multi-ingredient manufacturing environments. Inconsistent allergen control or labeling non-compliance can disrupt trade and customer approvals.Use robust allergen risk assessments, validated sanitation and segregation controls, and destination-market compliant labeling and documentation.
Food Safety And Process Control MediumAs a dry ingredient, soybean flour can carry microbiological and foreign-material risks if raw material handling, heat treatment, milling hygiene, and packaging controls are inadequate. Food-grade buyers may impose strict supplier approval and audit requirements, and non-compliance can cause shipment rejections and loss of approved-supplier status.Maintain documented preventive controls (including hygienic design and foreign-material controls) and align finished-product testing and certificates of analysis to buyer specifications.
Sustainability
Land-use change and deforestation/vegetation conversion risks in parts of South America’s soybean expansion footprint (notably the Cerrado biome in Brazil), increasing compliance and reputational exposure for soy-derived ingredients.
Greenhouse-gas footprint sensitivity driven by land-use change dynamics and fertilizer/energy inputs across the soybean value chain.
Agrochemical stewardship and residue compliance expectations vary by destination market and can affect market access for food-grade soy ingredients.
Labor & Social
Land tenure disputes and community/indigenous rights concerns can arise in agricultural frontier regions tied to soybean expansion, creating ESG and supply assurance risks for downstream buyers.
Supplier due diligence expectations are rising for traceability, grievance mechanisms, and documented compliance in high-risk sourcing areas.