건조 풀라산 공급업체, 무역 및 가격 — 마켓 오버뷰 2026
원재료
신선 풀라산
최종 업데이트
2026-11-08
서치 및 소싱 팀을 위한 핵심 요약
- 페이지 데이터 최종 업데이트일: 2026-11-08.
건조 풀라산 수출 공급업체 인텔리전스, 무역 흐름 및 가격 시그널
Tridge Supply Chain Intelligence에 건조 풀라산 수출업체가 매핑되어 있습니다. 수출업체와 수입업체는 기업 프로필 및 분석으로 공급업체 커버리지, 거래 활동, 경로 기회를 평가할 수 있습니다.
건조 풀라산 검증된 수출 공급업체 및 프리미엄 파트너
프리미엄 건조 풀라산 공급업체 1개는 국가, 산업, 연락 가능성 시그널을 포함해 신뢰할 수 있는 수출 파트너를 더 빠르게 우선순위화할 수 있게 합니다.
Jorge E. Gallardo F. S.A.C.
칠레
브로커 및 무역 대행, 식품 제조, 식품 포장
프리미엄 공급업체로 가입하여 Tridge 공급망 네트워크에 참여하고 마케팅 및 수출 채널 전략을 고도화하세요.
Tridge Ark · 수입 가능성 진단
건조 풀라산, 어디서 들여오는 게 좋을까요?
필요한 스펙과 물량만 알려주세요. 실제로 소싱이 되는지, 어떤 원산지와 공급사가 맞는지 짚어드려요.
무료 가능성 진단은 가입 없이 받을 수 있습니다.
Tridge Ark · 수출 가능성 진단
우리 건조 풀라산, 어느 바이어에게 팔 수 있을까요?
만드시는 제품만 알려주시면 됩니다. 지금 수출할 준비가 됐는지, 어느 시장이 맞는지 봐드려요.
무료 가능성 진단은 가입 없이 받을 수 있습니다.
Classification
Product TypeProcessed Food
Product FormDried
Industry PositionValue-Added Processed Fruit Product
Market
Dried pulasan is a niche dried-fruit product made by dehydrating the edible aril of pulasan (Nephelium ramboutan-ake; synonym Nephelium mutabile), a Sapindaceae fruit associated with Southeast Asia. Cultivation and local availability are centered in countries such as Malaysia and Indonesia, with presence in parts of mainland Southeast Asia (e.g., Thailand) and the Philippines. International market visibility is limited because product-specific trade flows are typically captured under broader dried-fruit customs headings rather than a pulasan-specific code. Trade dynamics are therefore driven more by specialty demand (ethnic/specialty retail, gifting, and online channels) and food-safety/quality compliance than by large-scale commodity pricing.
Market GrowthNot Mentioned
Major Producing Countries
- 말레이시아Core native/cultivation geography cited across botanical and plant-database references.
- 인도네시아Cultivation and occurrence reported in regional distribution references (including major island groups).
- 태국Reported presence/cultivation in Indochina distribution references.
- 필리핀Reported as introduced/cultivated in distribution references.
Specification
Physical Attributes
- Derived from pulasan fruit aril (seed surrounded by thick, white, sweet-tasting flesh); fresh fruit has a coarse-spined rind that turns purple-red when ripe.
- For dried formats, buyer specifications typically focus on uniform piece size, absence of seed fragments, and clean surface appearance (no visible mould).
Compositional Metrics
- Commercial specifications commonly control moisture/water-activity targets to prevent mould growth and related mycotoxin risk during storage and shipment.
Packaging
- Moisture-barrier packaging (e.g., laminated pouches or liner-bags in cartons) is typically required to limit humidity uptake and quality loss.
- Pack formats commonly differentiate retail-ready packs versus bulk packs for ingredient use.
ProcessingSensitive to moisture reabsorption (hygroscopic), increasing risk of texture degradation, mould growth, and potential mycotoxin formation if storage conditions are humid or packaging integrity fails.
Supply Chain
Value Chain
- Harvest (ripe pulasan) -> dehusking/peeling -> aril separation and seed removal -> washing -> drying (dehydration) -> cooling -> sorting -> packaging (moisture/oxygen control) -> distribution (ambient, humidity-controlled) -> retail/food manufacturing use
Demand Drivers
- Specialty and novelty demand for Southeast Asian tropical fruit products in diaspora and gourmet channels
- Preference for shelf-stable fruit snacks and giftable packaged items
- Use as an inclusion/ingredient in confectionery and bakery applications where exotic fruit positioning is valued
Temperature
- Typically shipped and stored as an ambient shelf-stable product; heat exposure can accelerate quality deterioration, but humidity control is generally more critical than refrigeration.
Atmosphere Control
- Oxygen control (e.g., tight packaging, optional inert-gas flushing where used) helps limit oxidation and quality loss in dried-fruit products.
Shelf Life
- Shelf life is primarily governed by moisture control and packaging integrity; loss of the dry state increases mould risk and can lead to safety non-compliance.
Risks
Food Safety HighDried fruits can be vulnerable to mould growth and mycotoxin contamination when drying is insufficient or when products reabsorb moisture during storage and transport. This can trigger shipment rejections, recalls, and market-access disruptions driven by importing-country controls on mycotoxins and hygiene.Validate drying performance (moisture/water-activity control), maintain dry-chain storage, implement GMP/HACCP, and use risk-based testing and supplier audits for mycotoxins and mould indicators.
Supply Concentration MediumPulasan supply is geographically concentrated in Southeast Asia and is far smaller than mainstream dried-fruit categories, which can create availability constraints and limited supplier redundancy for buyers seeking consistent year-round volumes.Qualify multiple suppliers and formats (pieces, strips, mixes) and establish contingency sourcing across adjacent origins and alternative tropical dried-fruit substitutions where acceptable.
Moisture Management MediumBecause dried fruit quality depends on staying dry, packaging failures and humid warehousing/transport conditions can quickly degrade texture and appearance and elevate mould risk, especially in tropical transit and destination climates.Specify moisture-barrier packaging, add humidity controls where feasible (desiccants/liner integrity checks), and enforce warehouse humidity limits with routine inspections.
Regulatory Compliance MediumIf preservatives or antioxidants are used, additive selection and levels must align with destination regulations; non-alignment can lead to detentions or relabeling costs. Labeling requirements for sulfites (where used) are a common compliance trigger in many markets.Align formulations and labels to target-market rules and Codex GSFA references; document additive use and maintain full traceability and finished-product specifications.
Sustainability
- Energy use and associated emissions from thermal dehydration where fossil-fuel-based heat is used
- Packaging footprint from high-barrier plastic materials used to protect dried fruit from moisture ingress
Labor & Social
- Smallholder-dominant tropical fruit supply chains can face traceability and consistent quality challenges, raising buyer due-diligence requirements for supplier management
- Food-safety capability gaps (training, hygienic handling, and storage practices) can create uneven compliance outcomes across small processors
FAQ
What is pulasan, and what part is used to make dried pulasan?Pulasan is a tropical fruit tree species (Nephelium ramboutan-ake; synonym Nephelium mutabile) in the Sapindaceae family. The edible portion is the white, sweet-tasting flesh surrounding the seed (the aril/sarcotesta), which is the part dehydrated to produce dried pulasan.
What is the biggest food-safety risk for dried pulasan in international trade?The most critical trade-disrupting risk is mould growth and associated mycotoxins when drying is inadequate or when dried fruit absorbs moisture during storage and transport. Proper drying and maintaining a dry storage condition are core prevention measures highlighted by international public-health guidance on mycotoxins.
If preservatives are used in dried pulasan, what reference is commonly used to check international acceptability?A common international reference is the Codex General Standard for Food Additives (GSFA, CXS 192-1995) and its GSFA Online database, which lists additive provisions by food category (including dried fruit). Importing-country rules still apply, so buyers typically verify both Codex references and destination-market regulations.
Sources
Tridge Ark · 수출·수입 가능성 진단
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