Classification
Product TypeRaw Material
Product FormFresh
Industry PositionPrimary Agricultural Product
Raw Material
Commodity GroupPome fruit (temperate fruit)
Scientific NameCydonia oblonga
PerishabilityMedium
Growing Conditions- Temperate production zones; generally does not fruit well in very warm climates without sufficient winter chill
- Full sun for commercial production
- Moist, well-drained, slightly acidic soils are commonly recommended for cultivation
Main VarietiesChampion, Smyrna, Esme, Limon
Consumption Forms- Cooked preparations (stewed, baked, roasted)
- Processed into jams, jellies, marmalades, compotes, and quince paste (membrillo)
- Blended as an aromatic component in other fruit products
Grading Factors- Size and uniformity
- Skin color progression (green to yellow) and firmness at harvest
- Freedom from defects and decay
- Low bruise and wound incidence (mechanical damage control)
Market
Fresh quince (Cydonia oblonga) is a niche pome fruit in global trade, with production concentrated in a small set of countries led by Türkiye and China, alongside Central and West Asian and Mediterranean producers. International trade is comparatively small versus major pome fruits, but is structured around a few key exporters—most notably Türkiye and the Netherlands (as a trade/re-export hub)—serving import demand including the Russian Federation and Germany. The product is typically marketed for cooking and processing (e.g., jams, jellies, and quince paste) rather than raw consumption due to astringency and firmness. Seasonality is strongly hemispheric, with peak Northern Hemisphere harvest in early autumn and counter-seasonal supply from Southern Hemisphere origins such as Chile. Trade performance is sensitive to phytosanitary risk (notably fire blight) and to cold-chain execution because bruising and decay can quickly reduce marketable quality.
Market GrowthGrowing (2005–2019 (observed in published analysis))Export volumes increased by more than 100% over the 2005–2019 period in a published global quince trade assessment.
Major Producing Countries- 터키Largest producer in recent FAOSTAT-referenced analyses; production growth has been a major driver of global output expansion.
- 중국Among the top global producers in FAOSTAT-referenced rankings.
- 우즈베키스탄Rapidly expanding producer in recent FAOSTAT-referenced analyses.
- 이란Among leading producers in FAOSTAT-referenced analyses.
- 모로코Among leading producers in FAOSTAT-referenced analyses.
- 아제르바이잔Noted among important producing countries in FAOSTAT-referenced producer groups.
- 아르헨티나Established producer with an important processing orientation in some regions.
Major Exporting Countries- 터키Identified as the top exporter in published analyses using 2005–2019 trade data.
- 네덜란드Identified as a top exporter in published analyses; typically functions as a European trade and redistribution hub.
- 스페인Included among important exporting countries in published competitiveness analyses.
- 그리스Included among important exporting countries in published competitiveness analyses.
- 아제르바이잔Included among important exporting countries in published competitiveness analyses.
- 우즈베키스탄Included among important exporting countries in published competitiveness analyses.
Major Importing Countries- 러시아Identified as a top importer in published analyses using 2005–2019 trade data.
- 독일Identified as a top importer in published analyses using 2005–2019 trade data.
Supply Calendar- Northern Hemisphere (main producing regions incl. Türkiye/Central Asia/Mediterranean):Sep, OctHarvest timing commonly falls from mid-September to mid-October depending on cultivar and local conditions.
- Chile:Apr, MayCounter-seasonal Southern Hemisphere supply is marketed in April–May in some commercial channels.
Specification
Major VarietiesChampion, Smyrna, Esme, Limon
Physical Attributes- Change of skin color from green to yellow is a primary maturity indicator; commercial picking targets full-yellow and firm fruit.
- Fruit is firm and bruises easily; careful handling is required to preserve cosmetic quality for fresh trade.
- Raw fruit is typically astringent, which supports a market orientation toward cooking and processing.
Compositional Metrics- Astringency is associated with tannins; literature describes quince as rich in phenolic compounds relevant to sensory profile and processing.
- High pectin functionality is commonly referenced in processing-oriented uses (jams, jellies, fruit pastes), with pectin content reported in scientific literature.
Grades- UNECE publishes a dedicated fresh marketing standard for quinces (FFV-62) used as a reference point for minimum quality and commercial classing in parts of international trade.
Packaging- Export packaging typically emphasizes bruise prevention (e.g., protective padding/liners and careful packing) due to sensitivity to mechanical injury.
ProcessingFrequently processed into jams, jellies, compotes, and quince paste (membrillo) rather than sold for raw eating in many markets.Ethylene exposure can be used after cold storage to promote more uniform ripening before processing in some postharvest programs.
Supply Chain
Value Chain- Harvest at commercial maturity (full-yellow, firm) -> sorting/grading -> padded carton packing -> prompt cooling -> cold storage -> refrigerated transport -> wholesale/retail or delivery to processors for cooking/paste/jam production
Demand Drivers- Culinary demand for cooked quince products (e.g., jams/jellies and quince paste) in Mediterranean, Eurasian, and Latin food traditions
- Processor demand linked to quince’s functional properties in fruit preserves and pastes
- Niche seasonal retail demand driven by aroma and specialty cooking uses
Temperature- Optimum storage/transport temperature is approximately 0°C, with 90–95% relative humidity to limit dehydration and decay.
- Storage potential is commonly cited as about 2–3 months under optimal cold conditions.
Atmosphere Control- Ethylene treatment (e.g., after removal from cold storage) can be used to stimulate faster and more uniform ripening before processing.
Shelf Life- Approximately 2–3 months under optimal cold storage (around 0°C) when carefully handled to minimize wounding and decay.
Risks
Plant Health HighFire blight (Erwinia amylovora) can severely damage quince orchards, including killing young trees within a single season, and can prompt heightened phytosanitary controls and movement restrictions that disrupt supply and trade.Use resistant/tolerant plant material where available, enforce orchard sanitation and pruning protocols, manage bloom-period infection risk, and align export programs with destination phytosanitary requirements and surveillance.
Postharvest Quality MediumFresh quince bruises easily and is prone to decay when wounded; common postharvest diseases (e.g., blue mold) can reduce marketable volumes during storage and transit if cooling and handling are suboptimal.Minimize mechanical injury, implement prompt cooling to around 0°C, maintain 90–95% RH, and apply appropriate decay-control and hygiene practices through packing and cold storage.
Trade Concentration MediumExport supply is concentrated in a small group of countries, with Türkiye identified as a top exporter and producer in published analyses; disruptions in key origins or in hub-based re-export channels (e.g., the Netherlands) can tighten availability and increase price volatility.Diversify sourcing across multiple origins (e.g., Türkiye, Iberia, Central Asia, Southern Hemisphere windows) and qualify alternative suppliers ahead of peak demand periods.
Sustainability- Food loss and waste risk: bruising sensitivity and postharvest fungal decay can drive avoidable losses when cold-chain infrastructure or handling practices are weak.
FAQ
Which countries dominate global quince production and trade?Published analyses using FAOSTAT and ITC Trade Map data identify Türkiye as the leading global producer and a top exporter. The same analyses cite China, Uzbekistan, Iran, and Morocco among the major producing countries, with the Netherlands appearing as a top exporter (commonly functioning as a European trade hub) and the Russian Federation and Germany cited as top importing markets.
What cold-chain conditions matter most for shipping fresh quince?Quinces are sensitive to bruising and should be handled carefully, cooled promptly, and kept near 0°C with high humidity (about 90–95%). Under these conditions, UC Davis references a storage potential of roughly 2–3 months, while also noting blue mold (Penicillium expansum) as a common postharvest disease when fruit is wounded or temperature control is weak.
What HS code is used for fresh quince in trade statistics?Fresh quinces are commonly classified under HS 0808.40 (quinces, fresh). In the EU TARIC nomenclature, this aligns with code 0808 40 00 00 for quinces under the heading for fresh apples, pears, and quinces.