헝가리 탈지 대두박 가격 및 무역 — 마켓 오버뷰 2026

상위 제품

대두박

HS 코드

230400

최종 업데이트

2026-09-27

서치 및 소싱 팀을 위한 핵심 요약

수출 파트너 국가 5개와 수입 파트너 국가 5개가 랭킹되어 있습니다.
이 페이지 데이터셋의 최신 기준 연도는 2024입니다.
페이지 데이터 최종 업데이트일: 2026-09-27.

헝가리의 탈지 대두박 수출 공급업체·제조사 인텔리전스, 가격 동향, 무역 흐름

Supply Chain Intelligence 기업 프로필 및 분석으로 헝가리의 탈지 대두박 수출업체 커버리지, 파트너 품질, 경로 우선순위를 검증하세요.

헝가리 내 탈지 대두박의 연간 수출 금액, 물량 및 공급업체 시장 규모 (HS 코드 230400)

헝가리의 탈지 대두박 수출 물량/금액 3년치를 분석해 공급 측 시장 성장, 계절성, 무역 변동성을 평가하세요.

연도	물량	금액
2024	129,542,845	70,885,174 USD
2023	132,129,669	80,495,930 USD
2022	132,152,824	86,413,777 USD

헝가리에서 수출되는 탈지 대두박의 주요 수출 대상 시장 (HS 코드 230400) 2024

2024년 기준, 헝가리발 탈지 대두박 수출의 상위 목적지국 5개 전반에서 수출 물량과 금액을 비교하세요.

순위	국가	물량	금액
1	오스트리아	37,186,100	21,423,428 USD
2	독일	32,379,500	19,727,785 USD
3	루마니아	35,859,800	16,509,813 USD
4	슬로바키아	10,892,800	6,039,533 USD
5	폴란드	3,599,370	2,163,030 USD

소싱 진단

헝가리산 탈지 대두박, 우리도 들여올 수 있을까요?

필요한 스펙과 물량만 알려주세요. 실제로 소싱이 되는지, 어떤 원산지와 공급사가 맞는지 짚어드려요.

무료 진단, 계정 없이 이용 가능합니다.

헝가리의 탈지 대두박 수입 바이어 인텔리전스 및 가격 시그널: 바이어, 수요, 거래 파트너

수출업체와 수입업체는 Supply Chain Intelligence 기업 프로필 및 분석으로 헝가리의 탈지 대두박 구매 수요, 파트너 밀도, 다운스트림 채널을 분석할 수 있습니다.

헝가리 내 탈지 대두박의 연간 수입 금액, 물량 및 수요 규모 (HS 코드 230400)

헝가리의 탈지 대두박 수입 물량/금액 3년치를 추적해 수요 성장과 시장 모멘텀을 평가하세요.

연도	물량	금액
2024	635,824,408	298,908,650 USD
2023	511,125,282	281,112,472 USD
2022	525,820,291	279,281,671 USD

헝가리에 탈지 대두박를 공급하는 주요 원산지 공급국 (HS 코드 230400) 2024

2024년 기준, 헝가리로 탈지 대두박를 공급하는 상위 원산 공급국 5개 전반의 수입 물량과 금액을 비교하세요.

순위	국가	물량	금액
1	슬로베니아	260,033,000	120,864,813 USD
2	우크라이나	169,647,040	74,808,275 USD
3	독일	107,650,000	51,092,319 USD
4	이탈리아	33,658,100	16,523,748 USD
5	크로아티아	26,151,600	15,382,586 USD

수출 진단

우리 탈지 대두박, 이 헝가리 바이어들에게 팔 수 있을까요?

만드시는 제품만 알려주시면 됩니다. 지금 수출할 준비가 됐는지, 어느 시장이 맞는지 봐드려요.

무료 진단, 계정 없이 이용 가능합니다.

가격 데이터

헝가리 탈지 대두박 가격, 어디까지 필요하세요?

전체 가격 히스토리와 경쟁사 벤치마크를 열어드립니다. 어떤 숫자가 필요하신지만 말씀해 주시면 함께 살펴봐 드려요.

Classification

Product TypeByproduct

Product FormDefatted meal (protein feed material)

Industry PositionFeed Ingredient (Oilseed Crushing Byproduct)

Market

Defatted soybean meal in Hungary is primarily a protein-rich feed material used by compound feed manufacturers and livestock producers. As an EU Member State, Hungary’s market access, labeling, and safety controls follow EU feed legislation and official control systems. Domestic availability depends on the balance between any local oilseed crushing output and import supply, with the latter typically important for meeting protein feed demand. Sustainability and traceability requirements for soy supply chains are a growing compliance factor for placing soy-derived products on the EU market.

Market RoleImport-dependent feed ingredient market (EU single market)

Domestic RoleKey protein feed material for compound feed used in poultry, swine, and cattle production

SeasonalityYear-round demand and availability; supply risk is driven more by import logistics, price cycles, and compliance controls than harvest seasonality.

Specification

Physical Attributes

Free-flowing meal suitable for bulk handling
Low foreign matter and absence of visible mold
Uniform particle size to support consistent mixing in compound feed

Compositional Metrics

Declared crude protein, moisture, crude fiber, and residual oil
Heat-treatment indicators used by buyers (e.g., urease activity and protein solubility metrics) to manage under/over-processing risk
Mycotoxin and Salmonella testing expectations may apply depending on supplier risk profile and intended use

Grades

Buyer specifications commonly distinguish standard vs. higher-protein lots (definitions vary by contract and origin)

Packaging

Bulk vessel/rail/road deliveries for industrial feed users
Big bags for smaller-volume users or redistribution

Supply Chain

Value Chain

Soybean crushing (domestic or foreign) → meal storage/silo → inland transport to Hungary (rail/road/barge where applicable) → feed mill formulation → distribution to farms

Temperature

No cold chain required; prevent overheating and condensation in storage and transport to reduce quality loss.

Atmosphere Control

Keep dry with adequate ventilation; manage condensation risk in silos and containers.

Shelf Life

Shelf life is primarily moisture- and hygiene-dependent; poor storage can drive mold risk and quality deterioration.

Freight IntensityHigh

Transport ModeMultimodal

Risks

Regulatory Compliance HighSoy and soy-derived products placed on the EU market can face a market-access block if required deforestation-related due diligence and traceability expectations are not met, creating a high-risk compliance gate for soybean meal supply chains.Implement EU-aligned due diligence for soy supply chains (supplier onboarding, upstream traceability evidence, risk assessment/mitigation, and auditable records) before contracting and shipment.

Food Safety HighNon-compliance with EU feed safety requirements (e.g., Salmonella findings or exceedances of limits for undesirable substances such as dioxins/PCBs or relevant mycotoxins) can trigger rejection, rapid alerts, recalls, and significant commercial disruption.Use accredited testing aligned to buyer/EU requirements, apply supplier approval with feed-safety certification, and maintain strict hygiene and storage controls to prevent contamination and recontamination.

Logistics MediumDelivered-cost volatility is elevated because soybean meal is freight-intensive and Hungary is landlocked, making supply sensitive to ocean freight shocks, port congestion, and inland transport capacity constraints.Diversify origins and logistics corridors, use forward freight/commodity risk management where feasible, and maintain buffer inventory aligned to feed mill coverage targets.

Regulatory Compliance MediumIf shipments involve genetically modified soy events, only EU-authorized events can be marketed, and labeling/traceability non-compliance can create enforcement and customer-rejection risk in the EU market.Confirm EU authorization status for GM events (where relevant), maintain identity/traceability documentation, and ensure labels and accompanying documents match EU requirements and buyer specifications.

Sustainability

Deforestation and land-use change risk in soy supply chains (especially where sourced from high-risk biomes)
EU deforestation due-diligence expectations for soy and soy-derived products placed on the EU market
Greenhouse gas footprint scrutiny for livestock supply chains using soy-based protein meals

Labor & Social

Land tenure and community conflict risks in some soy-origin regions
Labor rights and supplier-audit expectations for agricultural commodity supply chains used in animal feed

Standards

GMP+ Feed Safety Assurance
HACCP-based feed safety management
ISO 22000 (used by some operators across food/feed chains)

FAQ

What is the main use of defatted soybean meal in Hungary?It is primarily used as a protein feed material in compound feed for livestock (notably poultry, swine, and cattle), purchased mainly through B2B channels by feed manufacturers and farm-integrated operators.

Which EU rules are most central for placing soybean meal on the Hungarian market?Core requirements come from EU feed hygiene and market rules (Regulation (EC) No 183/2005 and Regulation (EC) No 767/2009), with enforcement through the EU official controls framework (Regulation (EU) 2017/625). Traceability expectations also apply across food/feed chains (Regulation (EC) No 178/2002).

Why is deforestation-related compliance a major risk for soybean meal in Hungary?Because Hungary is in the EU single market, soy and soy-derived products placed on the market can be subject to EU deforestation-related due diligence and traceability expectations, and non-compliance can prevent market placement under the EU’s deforestation-free product rules (Regulation (EU) 2023/1115).

How do GMO rules affect soybean meal sold in Hungary?If soybean meal is derived from genetically modified soy, the GM events must be authorized in the EU and the product must follow EU GMO traceability and labeling rules (Regulation (EC) No 1829/2003 and Regulation (EC) No 1830/2003).