우루과이 왕겨 공급업체 및 가격 — 마켓 오버뷰 2026

HS 코드

100610

최종 업데이트

2026-09-01

서치 및 소싱 팀을 위한 핵심 요약

이 페이지 데이터셋의 최신 기준 연도는 2024입니다.
페이지 데이터 최종 업데이트일: 2026-09-01.

우루과이 내 왕겨 수출 공급업체 인텔리전스, 가격 추이 및 무역 흐름

Supply Chain Intelligence 기업 프로필 및 분석으로 우루과이의 왕겨 수출업체 커버리지, 파트너 품질, 경로 우선순위를 검증하세요.

우루과이 내 왕겨의 연간 수출 금액, 물량 및 공급업체 시장 규모 (HS 코드 100610)

우루과이의 왕겨 수출 물량/금액 2년치를 분석해 공급 측 시장 성장, 계절성, 무역 변동성을 평가하세요.

연도	물량	금액
2023	274,626,998	114,320,126 USD
2022	286,175,266	92,493,007 USD

소싱 진단

우루과이산 왕겨, 우리도 들여올 수 있을까요?

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

우루과이의 왕겨 수입 바이어 인텔리전스 및 가격 시그널: 바이어, 수요, 거래 파트너

우루과이의 왕겨에 대해 수입 파트너 기업 1개가 추적됩니다. 수출업체와 수입업체는 Supply Chain Intelligence 회사 프로필 및 분석을 활용해 바이어 수요, 파트너 밀도, 다운스트림 채널을 분석할 수 있습니다.

스캐터 포인트는 전체 거래 데이터셋의 100.0%에서 샘플링되었습니다.

왕겨의 우루과이 샘플 수입 거래 및 가격 기록

우루과이의 왕겨 샘플 수입 거래 1건은 가격 수준과 수요 측 거래 패턴 벤치마킹을 위한 날짜, 원산지, 무역 국가 맥락을 제공합니다.

우루과이의 왕겨 샘플 수입 거래 단가(일자별): 2026-01-08: 0.15 USD / kg.

일자	신고 품목	단가	수출업체	수입업체	원산지
2026-01-08	CAS***** ** ********* * *******	0.15 USD / kg	(-)	(-)	-

우루과이 내 상위 왕겨 바이어, 수입업체 및 수요 파트너

선도 바이어 프로필을 검토하고 우루과이의 왕겨에 대해 추적되는 전체 수입 파트너 기업 1개와 비교하세요. 수출업체와 수입업체는 Supply Chain Intelligence 회사 프로필 및 분석으로 수요 측 파트너 적합도를 평가할 수 있습니다.

(우루과이)

최근 수입 거래: 2026-08-01

산업군: 작물 생산식품 제조기타

밸류체인 역할: 유통 / 도매농업 / 생산 / 가공 / 포장식품 제조

우루과이 수입 파트너 커버리지

1개 기업

수입 파트너 기업 수는 우루과이의 왕겨 수요 측 가시성을 보여줍니다.

공급망 인텔리전스 분석과 기업 프로필을 활용해 우루과이에서 활동 중인 왕겨 수입업체, 유통업체, 바이어 네트워크를 식별하세요.

우루과이 내 왕겨의 연간 수입 금액, 물량 및 수요 규모 (HS 코드 100610)

우루과이의 왕겨 수입 물량/금액 2년치를 추적해 수요 성장과 시장 모멘텀을 평가하세요.

연도	물량	금액
2023	261,003	953,392 USD
2022	236,200	617,778 USD

수출 진단

우리 왕겨, 이 우루과이 바이어들에게 팔 수 있을까요?

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

가격 데이터

가려진 우루과이 왕겨 가격, 열어볼까요?

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

Classification

Product TypeByproduct

Product FormDry

Industry PositionAgricultural Processing Byproduct

Market

Rice husk in Uruguay is a milling byproduct generated from an export-oriented, irrigated rice sector that is geographically concentrated in defined producing zones. Husk supply is tied to the harvest and drying cycle, with harvest beginning around March–April, while milling and byproduct commercialization can occur year-round. Domestic utilization includes industrial and energy applications, including power generation from rice husk, alongside other industrial uses noted for rice husk (e.g., heat/steam generation and construction-material additives). Because rice husk is bulky and low-value relative to freight, commercial viability is sensitive to logistics costs and buyer requirements for plant-byproduct compliance documentation.

Market RoleDomestic byproduct market from an export-oriented rice industry; primarily domestically utilized with potential niche exports

Domestic RoleIndustrial and energy-input byproduct from rice milling (including biomass/steam/electricity applications)

SeasonalityRice harvest begins around March–April, creating a seasonal peak in fresh husk generation during harvest/drying, while milling and byproduct commercialization can continue throughout the year.

Specification

Physical Attributes

Abrasive material due to silica content
Closed husk structure that can make combustion more difficult without appropriate handling/technology

Compositional Metrics

High silica content (commonly cited around 20%)

Grades

Loose/unprepared husk
Chopped/ground husk
Pressed or pelletized husk forms

Packaging

Bulk loose loading (domestic industrial handling)
Pressed bales
Pelletized formats for improved handling and density
Industrial sacks/bags (where applicable)

Supply Chain

Value Chain

Paddy rice receipt at industrial plants → drying → storage → milling/dehusking → husk separation → (a) on-site energy/steam use, or (b) sale to industrial users, or (c) export logistics

Freight IntensityHigh

Transport ModeSea

Risks

Regulatory Compliance HighRice husk can be treated by importing authorities as regulated plant material (or, in some contexts, as a controlled byproduct), and shipments may be delayed or rejected if the destination requires specific phytosanitary conditions, treatments, or export certifications that are not correctly met or documented.Pre-confirm destination import requirements and product condition (unprepared vs processed); align with MGAP/DGSA certification pathways (phytosanitary and/or processed-plant export certification) and ensure any required treatments are completed and documented per shipment.

Logistics HighRice husk is freight-intensive (bulky, low bulk density) and export economics are highly sensitive to sea freight costs and container availability, which can rapidly erode margins and disrupt shipments.Prioritize densified formats (pressed/pelletized) where feasible, lock freight early, and structure contracts with freight-cost contingencies for volatile routes.

Labor And Social MediumReported health impacts and labor concerns tied to agrochemical exposure in Uruguay’s rice sector can trigger buyer scrutiny, stricter supplier audits, or reputational risk for rice-linked supply chains, including byproducts like rice husk.Implement farm-to-mill due diligence on pesticide management, worker protection, and community safeguards; require documented EHS practices and independent monitoring where exposure risk is material.

Climate MediumWater availability is a limiting factor for expansion and can constrain irrigated rice output, indirectly affecting rice husk volumes and continuity of supply to industrial users.Diversify sourcing across rice zones and maintain flexible procurement and inventory buffers for industrial users during water-stressed seasons.

Sustainability

High water dependence and reservoir/irrigation management constraints in Uruguay’s irrigated rice systems
Methane emissions and broader environmental footprint associated with flooded rice production
Rice husk utilization for renewable energy and the associated management of husk ash/silica residues

Labor & Social

Worker health and community exposure concerns related to agrochemical use in rice-growing regions have been publicly reported and may create reputational and due-diligence risk for rice-sector supply chains (including byproducts).

FAQ

When is rice husk availability highest in Uruguay’s supply chain?Rice husk generation peaks around the start of harvest and immediate drying/milling activity; Uruguay’s Rice Millers’ Association notes harvest begins around March–April, while milling and byproduct commercialization can continue throughout the year.

What are the main uses of rice husk linked to Uruguay’s rice sector?Rice husk is used as a fuel for heat/steam and electricity generation and can also be used in industrial applications such as construction-material additives; FAO materials authored by LATU describe these use pathways, and Uruguay’s Rice Millers’ Association references domestic electricity generation from rice husk.

What is the most common compliance hurdle when exporting rice husk from Uruguay?The main hurdle is meeting the destination market’s entry requirements for plant/byproduct materials, which can include specific phytosanitary conditions or DGSA export certification depending on product condition and the importer’s rules; Uruguay’s MGAP/DGSA publishes export certification pathways for plant products.