남아프리카 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

이 페이지 데이터셋의 최신 기준 연도는 2024입니다.
페이지 데이터 최종 업데이트일: 2026-09-27.

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

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

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

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

연도	물량	금액
2024	183,104,085	91,373,941 USD
2023	119,523,931	58,725,633 USD
2022	181,823,312	97,323,612 USD

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

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

순위	국가	물량	금액
1	짐바브웨	43,629,630.854	21,772,377.959 USD
2	보츠와나	41,278,172.76	20,598,936.117 USD
3	스와질란드	37,391,483.385	18,659,371.917 USD
4	모잠비크	33,574,953.037	16,754,818.988 USD
5	나미비아	24,892,928.794	12,422,251.658 USD

소싱 진단

남아프리카산 탈지 대두박, 우리도 들여올 수 있을까요?

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

무료 진단, 계정 없이 이용 가능합니다.

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

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

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

남아프리카의 탈지 대두박 수입 물량/금액 2년치를 추적해 수요 성장과 시장 모멘텀을 평가하세요.

연도	물량	금액
2023	157,171,737	74,851,703 USD
2022	183,590,409	87,157,219 USD

수출 진단

우리 탈지 대두박, 이 남아프리카 바이어들에게 팔 수 있을까요?

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

무료 진단, 계정 없이 이용 가능합니다.

가격 데이터

남아프리카 탈지 대두박 가격, 어디까지 필요하세요?

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

Classification

Product TypeByproduct

Product FormDry meal (solid)

Industry PositionOilseed crushing byproduct used as animal feed ingredient

Market

Defatted soybean meal in South Africa is primarily a protein ingredient for compound animal feed, with demand closely tied to the commercial livestock and poultry sectors. Supply comes from domestic soybean crushing as well as imports, with trade flows adjusting to relative prices, domestic soybean availability, and crushing capacity utilization. Imports commonly arrive via major seaports and are distributed in bulk to feed mills and integrated producers. Regulatory compliance risk is most acute around GMO documentation/approvals and feed safety conformity for consignments intended for the animal feed market.

Market RoleImport-dependent feed ingredient market with domestic crushing capacity

Domestic RoleStrategic protein meal input for the compound feed industry (poultry, livestock and other feed segments)

Market GrowthNot Mentioned

Specification

Physical Attributes

Dry, free-flowing meal or flakes/pellets depending on milling/pelleting
Moisture control to prevent caking and mould growth during storage/transport
Low foreign matter and consistent particle size to support feed-mill handling

Compositional Metrics

Crude protein and amino-acid availability (buyer specification basis)
Moisture
Crude fiber and ash (indicator of hull inclusion and purity)
Residual oil/fat (defatting effectiveness)
Heat-treatment indicators (e.g., urease activity or protein solubility indices) to manage under/over-processing risk
Mycotoxin screening (notably aflatoxins) and microbiological hygiene checks as required by buyers

Grades

Buyer specifications typically distinguish higher-protein vs standard meal grades based on crude protein and fiber constraints; exact thresholds are contract-specific.

Packaging

Bulk vessel shipments and bulk terminal handling for imports
Containerized bulk or lined containers for some lanes
Big bags (FIBCs) and bulk truck deliveries for domestic distribution

Supply Chain

Value Chain

Domestic: soybean reception → crushing/solvent extraction → desolventizing/toasting → meal storage → bulk road/rail → feed mills
Imports: seaport discharge → bulk terminal storage → inland transport → feed mills and integrated producers

Shelf Life

Shelf life is mainly constrained by moisture ingress, mould risk, and rancidity risk from residual oil; warehouse dryness and pest control are critical.

Freight IntensityHigh

Transport ModeMultimodal

Risks

Regulatory Compliance HighGMO compliance/documentation mismatch (e.g., missing required permits or inability to demonstrate approved event status where applicable) can trigger detention, rejection, or forced re-export for soybean-derived feed consignments.Confirm South Africa’s current GMO requirements for the specific product and intended use; align contract specs to approved events, obtain any required import authorizations in advance, and keep an auditable document pack (COA + GMO attestations) consistent with the customs entry.

Food Safety HighMycotoxin contamination (notably aflatoxins) or microbiological contamination can make consignments non-conforming for animal feed use, leading to rejection by buyers and potential regulatory action depending on findings.Require pre-shipment and arrival testing to an agreed certificate of analysis, specify mycotoxin action limits contractually, and implement supplier qualification with documented feed safety controls.

Logistics MediumPort congestion, weather-related port disruption, or inland transport constraints can delay discharge and delivery, increasing demurrage/storage costs and causing short-term feed ingredient shortages for mills.Diversify discharge options across feasible ports/terminals, book buffer inventory for high-risk periods, and align inland transport capacity ahead of vessel ETA.

Infrastructure MediumElectricity supply instability can disrupt domestic crushing and feed-mill operations, tightening local availability and increasing reliance on imports at short notice.Assess supplier power-continuity plans (backup generation and load-shedding schedules) and maintain multi-sourcing across domestic and import channels.

Sustainability

Deforestation and land-conversion exposure in upstream soybean supply chains (especially for imports sourced from higher-risk producing regions), creating reputational and buyer/financier due-diligence risk for South African importers.
Greenhouse-gas footprint and traceability expectations from downstream customers seeking responsible feed sourcing (e.g., RTRS/ProTerra-aligned sourcing policies).

Labor & Social

Upstream social-risk screening (land rights and labor conditions) may be requested by downstream customers as part of responsible soy due diligence for imported soybean meal supply.

Standards

GMP+ (feed safety assurance)
FSSC 22000 / ISO 22000-aligned food/feed safety management
HACCP-based controls for feed ingredient handling

FAQ

What is the single biggest compliance risk for importing defatted soybean meal into South Africa?GMO compliance and documentation is the most acute clearance risk: if the shipment’s GMO permits/attestations (where applicable) or event approval alignment cannot be demonstrated, it can be detained or rejected. This is why importers typically align contracts to the regulatory framework and keep a complete document pack (including certificate of analysis and GMO documentation).

What are the main uses of defatted soybean meal in South Africa?It is mainly used as a protein ingredient in compound animal feed, especially for commercial poultry feed, and also for other livestock and smaller segments such as aquaculture feed. Supply is provided by domestic crushing output and supplemented by imports when needed.

Which quality parameters are commonly specified by South African buyers for soybean meal used in feed?Buyers commonly specify crude protein, moisture, fiber/ash, residual oil, and heat-treatment indicators (to manage under- or over-processing), and they often require mycotoxin screening (notably aflatoxins) via a certificate of analysis. Exact thresholds are typically contract-specific.