잉어 사료 공급업체, 무역 및 가격 — 마켓 오버뷰 2026

Name: 잉어 사료 Global Market Overview Dataset
Creator: Tridge

상위 제품

수생생물용 사료

최종 업데이트

2026-06-17

서치 및 소싱 팀을 위한 핵심 요약

잉어 사료 마켓 커버리지는 17개 국가에 걸쳐 있습니다.
이 제품에 대해 글로벌 공급망 인텔리전스 네트워크에 수출업체 144개와 수입업체 90개가 색인되어 있습니다.
207건의 공급업체 연계 거래가 상위 11개 국가에 걸쳐 요약되어 있습니다.
현재 프리미엄 공급업체 0개와 카탈로그 항목 0개가 등록되어 있습니다.
도매 샘플 항목: 0건; 산지가 샘플 항목: 0건.
페이지 데이터 최종 업데이트일: 2026-06-17.

잉어 사료에 대한 글로벌 공급업체 거래, 수출 활동 및 가격 벤치마크

상위 11개 국가에 걸친 공급업체 연계 거래 207건을 분석하고, 월간 단가 벤치마크로 잉어 사료의 수출 경쟁력과 소싱 리스크를 추적하세요.

잉어 사료 국가별 공급업체 거래 및 수출 모멘텀 전년 대비 변화

잉어 사료의 긍정적/부정적 전년 대비 변화를 비교해 성장하는 공급 시장과 약화되는 수출 경로를 식별하세요.

잉어 사료의 YoY 변동 상위 국가는 독일 (+356.5%), 중국 (+78.5%), 우즈베키스탄 (-52.5%)입니다.

잉어 사료 국가별 공급업체 거래 및 단가 요약

2025-07 기준으로 잉어 사료 국가별 거래 건수와 월간 단가/물량을 비교해 공급업체 및 수출 시장 우선순위를 정하세요.

2025-12 기준, 노출 가능한 잉어 사료 거래 단가가 있는 국가는 태국 (1.78 USD / kg), 베트남 (0.60 USD / kg)입니다.

국가	전년 대비 변화	거래 건수	2025-07	2025-08	2025-09	2025-10	2025-11	2025-12
베트남	-17.1%	39	0.63 USD / kg (121,250 kg)	0.61 USD / kg (418,600 kg)	0.37 USD / kg (29,750 kg)	- (-)	0.56 USD / kg (150,500 kg)	0.60 USD / kg (132,780 kg)
인도	+23.7%	4	- (-)	- (-)	0.58 USD / kg (15,000 kg)	- (-)	- (-)	- (-)
독일	+356.5%	2	- (-)	- (-)	- (-)	- (-)	- (-)	- (-)
태국	-2.4%	6	- (-)	- (-)	- (-)	- (-)	1.86 USD / kg (2,400 kg)	1.78 USD / kg (5,880 kg)
이란	-13.4%	133	0.65 USD / kg (438,800 kg)	- (-)	0.56 USD / kg (1,235,320 kg)	0.54 USD / kg (912,600 kg)	0.62 USD / kg (388,500 kg)	- (-)
터키	+34.4%	3	- (-)	- (-)	1.00 USD / kg (18,756 kg)	- (-)	1.01 USD / kg (2,070 kg)	- (-)
러시아	-	7	- (-)	- (-)	1.03 USD / kg (94,890 kg)	1.02 USD / kg (19,800 kg)	- (-)	- (-)
중국	+78.5%	1	- (-)	- (-)	- (-)	1.26 USD / kg (27,480 kg)	- (-)	- (-)
조지아	-6.0%	9	- (-)	- (-)	0.79 USD / kg (137,720 kg)	- (-)	- (-)	- (-)
아제르바이잔	-5.5%	1	- (-)	- (-)	0.87 USD / kg (22,000 kg)	- (-)	- (-)	- (-)

잉어 사료 Global Supply Chain Coverage

234개 기업

잉어 사료에 대해 수출업체 144개와 수입업체 90개가 매핑되어 있습니다.

수출업체와 수입업체는 Tridge 공급망 인텔리전스의 기업 프로필 및 분석을 활용해 잉어 사료 거래 상대를 식별하고, 시장 도달 범위를 벤치마킹하며, 시장별 아웃리치 우선순위를 정할 수 있습니다.

잉어 사료 수출 공급업체 인텔리전스, 무역 흐름 및 가격 시그널

잉어 사료에 대해 Tridge Supply Chain Intelligence에 수출업체 144개가 매핑되어 있습니다. 수출업체와 수입업체는 회사 프로필 및 분석을 활용해 공급업체 커버리지, 거래 활동, 경로 기회를 평가할 수 있습니다.

잉어 사료 상위 수출업체 및 공급업체 프로필

선도 수출업체 프로필을 검토하고 잉어 사료 공급망 인텔리전스 네트워크의 전체 수출업체 144개와 비교해 보세요. 수출업체와 수입업체는 회사 프로필 및 분석을 잠금 해제해 파트너를 더 빠르게 검증할 수 있습니다.

(이란)

최근 수출 거래: 2026-05-17

산업군: 축산식품 제조식품 포장

밸류체인 역할: 농업 / 생산 / 가공 / 포장식품 제조

(이란)

최근 수출 거래: 2026-05-17

산업군: 작물 생산기타

밸류체인 역할: 무역

(아르메니아)

최근 수출 거래: 2026-05-17

산업군: 축산작물 생산식품 제조

밸류체인 역할: 유통 / 도매식품 제조무역

(이란)

최근 수출 거래: 2026-05-17

산업군: 식품 도매기타

밸류체인 역할: 유통 / 도매무역

(이란)

최근 수출 거래: 2026-05-17

산업군: 식품 도매

밸류체인 역할: 무역

(우즈베키스탄)

최근 수출 거래: 2026-05-17

산업군: 축산식품 제조

밸류체인 역할: 농업 / 생산 / 가공 / 포장

잉어 사료 글로벌 수출업체 커버리지

144개 기업

수출업체 수는 잉어 사료의 공급 깊이와 소싱 선택지의 핵심 신호입니다.

공급망 인텔리전스 분석을 활용해 잉어 사료 기회를 국가, 제품, 밸류체인 역할로 좁힌 뒤 기업 프로필을 열어 적합성을 검증하세요.

잉어 사료 수입 바이어 인텔리전스, 수요 시그널 및 가격 벤치마크

잉어 사료 수요 인텔리전스를 위해 수입업체 90개가 매핑되어 있습니다. Supply Chain Intelligence 회사 프로필 및 분석으로 시장별 바이어, 유통업체, 다운스트림 수요 파트너의 우선순위를 정하세요.

잉어 사료 상위 바이어, 수입업체 및 수요 파트너

선도 바이어 프로필을 검토하고 잉어 사료에 대해 추적되는 전체 수입업체 90개와 비교해 보세요. 수출업체와 수입업체는 Supply Chain Intelligence 회사 프로필 및 분석을 활용해 바이어 품질과 수요 집중도를 평가할 수 있습니다.

(우즈베키스탄)

최근 수입 거래: 2026-05-17

임직원 규모: 직원 1 - 10명

산업군: 기타

밸류체인 역할: -

(카자흐스탄)

최근 수입 거래: 2025-08-07

임직원 규모: 직원 1 - 10명

산업군: 작물 생산

밸류체인 역할: -

(인도네시아)

최근 수입 거래: 2026-05-17

임직원 규모: 직원 1000명 초과

매출액: 매출 USD 1B 초과

산업군: 작물 생산식품 제조식음료 서비스업

밸류체인 역할: -

(우즈베키스탄)

최근 수입 거래: 2026-05-17

산업군: 기타

밸류체인 역할: -

(우즈베키스탄)

최근 수입 거래: 2026-05-17

산업군: 식품 제조기타

밸류체인 역할: -

(우즈베키스탄)

최근 수입 거래: 2026-05-17

산업군: 식품 도매기타

밸류체인 역할: -

글로벌 수입업체 커버리지

90개 기업

수입업체 수는 잉어 사료에 대한 수요 측 가시성의 현재 깊이를 보여줍니다.

공급망 인텔리전스 분석과 기업 프로필을 활용해 활동 중인 잉어 사료 바이어를 식별하고, 국가별 파트너 밀도를 비교하며, GTM 우선순위를 정교화하세요.

Classification

Product TypeIndustrial Product

Product FormCompound Aquaculture Feed (Pelleted/Extruded)

Industry PositionManufactured Input For Aquaculture Production

Market

Carp feed is a manufactured aquaculture input primarily consumed in regions where freshwater carp farming is concentrated, especially Asia. Production is typically localized near aquaculture basins because finished feed is bulky and logistics costs can be material, while cross-border trade is more common for higher-value premixes, additives, and specialty formulations. Market dynamics are strongly influenced by the cost and availability of major ingredients (notably plant proteins and, where used, marine ingredients) as well as energy, milling capacity, and regulatory controls on additives. Demand tends to strengthen as carp production systems intensify and shift from on-farm feeds to commercially formulated diets, while also remaining sensitive to disease outbreaks and farm-gate fish price cycles.

Market GrowthGrowing (medium-term outlook)growth linked to freshwater aquaculture expansion and intensification in Asia, with cyclical variability driven by ingredient prices and farm profitability

Major Producing Countries

중국Largest global producer of farmed carp and a major center of aquafeed manufacturing capacity.
인도Major carp aquaculture producer (Indian major carps); large domestic feed market supporting semi-intensive to intensive systems.
방글라데시High freshwater aquaculture intensity; commercial feed adoption increasing for carp polyculture systems.
베트남Significant aquaculture feed manufacturing base; freshwater finfish feeds produced alongside export-oriented aquaculture sectors.
인도네시아Large freshwater aquaculture sector with growing compound feed use; feed production oriented to domestic consumption.

Specification

Physical Attributes

Pellet or crumble format matched to life stage (fry, fingerling, grow-out).
Floating, slow-sinking, or sinking behavior specified based on feeding method and pond/cage conditions.
Pellet durability and fines control to reduce feed loss during handling and transport.
Water stability requirements to limit nutrient leaching in ponds and cages.

Compositional Metrics

Guaranteed analysis commonly includes crude protein, crude fat/lipid, crude fiber, ash, and moisture.
Energy density and amino acid balance (often including lysine and methionine) specified by life stage and growth targets.
Limits or monitoring for contaminants such as mycotoxins (plant ingredients) and oxidation indicators for added oils (e.g., peroxide value) in quality programs.

Grades

Complete feed (nutritionally complete) versus supplementary feed used with on-farm ingredients.
Stage-specific formulations (starter, grower, finisher) with different protein/energy profiles.
Medicated versus non-medicated feed (where legally permitted), with strict labeling and withdrawal controls when applicable.

Packaging

Multiwall paper or woven polypropylene bags commonly used for 20–25 kg retail/farm distribution.
Bulk deliveries for large farms and integrated operations (e.g., big bags or bulk feed logistics where infrastructure exists).
Lot coding and traceability labeling for feed safety management and recall readiness.

ProcessingSteam pelleting for sinking feeds and extrusion cooking for floating feeds are common manufacturing routes.Post-processing oil coating can be used to increase energy density and reduce dust, but increases oxidation-management needs.Particle size distribution and conditioning control are key to pellet quality and water stability.

Supply Chain

Value Chain

Ingredient sourcing (plant proteins/energy, oils, vitamin-mineral premix) -> grinding/milling -> batching and mixing -> conditioning -> pelleting or extrusion -> drying/cooling -> screening -> coating (optional) -> bagging -> distribution -> on-farm storage -> feeding.

Demand Drivers

Expansion and intensification of freshwater carp aquaculture, especially in Asia.
Shift from farm-made feeds to nutritionally balanced compound feeds to improve growth performance and feed conversion.
Biosecurity and consistency needs encouraging commercial feed use with traceability and quality assurance.
Retail and export market requirements that indirectly pressure farms toward more standardized production inputs.

Temperature

Finished feed quality is sensitive to heat and humidity during storage; temperature/humidity control reduces mold growth and nutrient degradation.
Added oils increase sensitivity to oxidation; storage practices and rotation are important to preserve palatability and nutrient value.

Shelf Life

Shelf life is typically driven by moisture control (mold risk), fat oxidation (rancidity), and vitamin stability; manufacturers set best-before periods based on formulation and packaging.

Risks

Ingredient Supply And Price Volatility HighCarp feed costs and availability can be rapidly disrupted by volatility in key inputs such as soybean meal, grains, and (where used) fishmeal/fish oil; climate-driven fishery variability and crop shocks can transmit into aquafeed pricing and margins, affecting farm feeding rates and growth outcomes.Use diversified formulations and qualified alternative proteins; strengthen supplier qualification and forward procurement; maintain safety stocks for critical premixes and oils where feasible.

Feed Safety HighMycotoxins and microbial contamination risks rise when plant ingredients are sourced from stressed harvests or stored under high humidity, potentially causing fish health issues, reduced growth, and reputational risk across aquaculture value chains.Implement HACCP/GMP-style controls, inbound testing (including mycotoxins), and robust storage/handling standards aligned with Codex guidance for good animal feeding.

Regulatory Compliance MediumRules on additives, medicated feeds, and maximum residue limits vary by market and can tighten following food-safety or antimicrobial-resistance policy changes, creating reformulation and labeling burdens for internationally connected supply chains.Maintain additive and medication governance aligned to Codex principles and destination-market rules; ensure documentation, traceability, and veterinarian oversight where required.

Sustainability MediumBuyer and financier scrutiny of deforestation exposure (crop inputs) and marine-ingredient sourcing (forage fisheries) can affect market access and brand risk for feed manufacturers and integrated aquaculture companies.Adopt responsible sourcing policies, use credible certification or verification (e.g., for marine ingredients), and implement supplier traceability for high-risk agricultural commodities.

Disease And Farm Profitability Cycles MediumCarp disease events and weak farm-gate fish prices can reduce feeding intensity and delay restocking, causing abrupt demand swings for carp feed and inventory risk for mills and distributors.Diversify customer base across species and production systems; align production planning with farm cycle indicators; offer technical support to improve on-farm survival and feeding efficiency.

Sustainability

Marine-ingredient sourcing impacts (where fishmeal/fish oil are used), including pressure on forage fisheries and the need for certified responsible sourcing.
Land-use and deforestation-linked exposure through some crop inputs (notably soy), depending on origin and supply-chain controls.
Greenhouse-gas and energy footprint of feed manufacturing and long-distance ingredient logistics.
Water and nutrient pollution concerns when poor feed quality or feeding practices increase waste outputs from carp farming systems.

Labor & Social

Human-rights and labor risks in parts of the fishing sector supplying marine ingredients (where used), requiring due diligence and traceability.
Worker health and safety in feed mills (dust exposure, machinery hazards) and in ingredient logistics, typically managed through occupational safety systems.

FAQ

What are the most common raw materials used to make carp feed?Commercial carp feeds are typically built around plant proteins and energy sources such as soybean meal and grains/by-products (for example wheat, corn/maize, and rice bran), combined with oils/fats and a vitamin-mineral premix. Some formulations also use animal or marine proteins (such as fishmeal or poultry by-product meal) depending on price, availability, and local regulations.

What is the biggest global risk that can disrupt carp feed supply or pricing?The most critical risk is volatility in key ingredients (notably soybean meal, grains, and—where used—fishmeal/fish oil). Crop shocks, fishery variability, and energy/logistics costs can rapidly raise feed prices or constrain availability, which can reduce feeding rates and impact carp growth performance.

What sustainability concerns are most associated with carp feed?The main sustainability themes relate to responsible sourcing of marine ingredients (where fishmeal/fish oil are used) and land-use exposure through crop inputs such as soy, depending on origin and supply-chain controls. These concerns are commonly managed through sourcing policies, traceability, and credible assurance or certification approaches in higher-scrutiny supply chains.