Freeze Dried Mangosteen
A shipment of freeze-dried mangosteen declared under 0813.40.9040 (other dried fruit, by analogy with dried strawberries) instead of the correct mangosteen heading 0804.50 can trigger customs reclassification, duty back-payment, and clearance delays measured in weeks (3). A Nutrition Facts panel printed from theoretical conversion math with a %DV fiber figure that violates the 2016 convention opens an FDA warning file against your own brand (5).
A container stuffed by volume division holds more cartons than real-world stacking geometry permits, and crushed pieces drop the grade spec whole segments ≥ 90% that high-value buyers require. None of these three failures comes from picking the wrong supplier. All three come from lacking a checking framework. This guide gives you that framework. You do not need to believe any marketing claim, you need the question list and the numeric thresholds you can verify yourself. Every major question below links to a dedicated deep-dive article you can forward directly to your QA manager or customs broker.
1. What Freeze-Dried Mangosteen Actually Is: A Product, Not a Variant of Another
Freeze-dried mangosteen is the whole aril (fleshy segment) of the mangosteen fruit (Garcinia mangostana), shell removed, seed removed, tray-loaded, blast-frozen, then freeze-dried at low pressure. Water in the tissue sublimates directly from solid to vapor, preserving segment shape, ivory-white color, and crisp porous texture. Finished product carries moisture 3-5% and water activity Aw ≤ 0.30, placing it in the low-Aw food category that FDA recognizes as a control parameter under 21 CFR 117 of FSMA (6).
This product exists as its own category in freeze-dried fruit for two reasons. First, mangosteen arils have a recognizable shape (4-8 segments per fruit) and a distinctive white color; snack and topping applications that sell on raw-fruit visuals require this exact form and reject slices or fragments as substitutes. Second, sublimation preserves cell structure instead of destroying it, so the finished product is fundamentally different from heat-dried fruit: same raw material, two technologies, two different decision frames. The article freeze-dried vs heat-dried fruit: decision framework builds the technology choice by application, not by price, with numeric comparison criteria.
The short mechanism: freeze-drying runs in three stages, fast freezing, primary drying (ice sublimation), secondary drying (removing bound moisture). Sublimation consumes about 2,885 kJ per kg of water removed, and fresh raw material holds 80-95% water, this is the physical reason a batch runs 18-36 hours and production cost per kg exceeds heat-dried fruit substantially (11). The article 7-step production process with factory audit checkpoints walks every step from orchard to warehouse and the audit checkpoint attached to each step.
2. How Much Fresh Raw Material Yields 1 kg Finished Product: A Number with Two Denominators
This is the first question procurement asks and the most commonly answered incorrectly. The conversion ratio carries two different denominators, and anyone who answers without naming the denominator is withholding information.
| Denominator | Theoretical ratio | Note |
|---|---|---|
| Kg fresh arils per kg FD | 5.1 – 5.25 | Mass balance: fresh arils hold 81.5% water per MEXT, finished moisture 3-5% (1) |
| Kg whole fruit per kg FD | 17 – 25 | MEXT records a 70% discard rate (only ~30% of fruit mass is edible); MDPI 2024 records pulp recovery 20.6-30% (2) |
The theoretical number holds mathematically but functions only as a baseline. The real season (fruit size, segment-to-fruit ratio, seasonal moisture) sets the actual ratio, and a genuinely operating supplier must present its season mass balance: whole fruit intake against finished output. The article 12 supplier verification questions places this mass-balance question in the correct audit position, because it forces a real factory and a broker playing factory to answer differently.
3. The Decision Map: One Big Question, One Deep-Dive Article
A pillar page is not the place for every detail. Each decision below has its own owned deep-dive. Read this page to locate where your decision sits, then open the right article.
| Your decision | Who answers it internally | Deep-dive article |
|---|---|---|
| Correct HS Code and import documentation | Customs broker, logistics | HS Code and documentation: 0804.50 right, 0813.40 wrong |
| Industry-accepted spec, how to score a COA | QA manager | Specifications and how to read per-lot COAs |
| How to build a label that survives FDA review | Regulatory, QA | Nutrition Facts and FDA labeling |
| Real container load and true logistics cost per kg | Procurement, logistics | Logistics: 10 kg cartons, container grid, cost per kg |
| What risks the real process creates at each step | QA audit | 7-step production process + audit checklist |
| Whether my application fits and what inputs it needs | R&D buyer | Applications by industry: snack, topping, granola, beverage |
| Which drying technology serves my application | Decision maker | Freeze-drying vs heat-drying: application-based framework |
| How to separate real factories from brokers | Sourcing manager | 12 supplier verification questions |
| How Vietnamese supply differs from Thailand and Indonesia | Sourcing manager | 6 criteria comparison: Vietnam vs Thailand vs Indonesia |
| Whether to combine multiple SKUs on one container | Procurement, management | Strategy: combining 3-5 SKUs on one container |
4. Who Should Buy This Product, and Who Should Not
Value in this category multiplies three factors: right person, right product, right context. One weak factor collapses the formula no matter how strong the other two are.
Clear fit: private-label importers building a tropical snack line; healthy snack brands wanting a hero product with recognizable whole-segment visuals; yogurt, açaí bowl, and granola makers needing toppings that hold shape after contact with moist formulas, food manufacturers needing freeze-thaw-stable inputs for functional food lines. These buyers pay for three things: whole-segment shape (grade spec), ivory-white color (retail sensory), and a documentation file complete enough to clear customs (FDA facility registration, prior notice, COA per lot) (7).
Honest exclusions, stated plainly to save you audit time:
- Buyers who need 40 tons per batch continuously year-round: mangosteen is a seasonal tree, 4-8 month window peaking May-August, concentrated in the Mekong Delta and southeast provinces, frozen raw material inventory extends supply but does not convert a short season into an endless one.
- Buyers who choose products on a price parity basis with heat-dried fruit: freeze-drying consumes 2-3 times more energy per kg of water removed and occupies 3-4 times the container volume, this trade-off is physical and not negotiable (9) (10).
- Buyers who cannot control destination warehouse humidity: FD fruit is strongly hygroscopic, destination warehouse RH above 60% or packaging lacking a moisture barrier destroys product regardless of low initial Aw.
5. What to Check Before Signing a PO: The 12 Questions, Condensed
The full set appears in 12 supplier verification questions. Four core blocks, each block one verification purpose:
| Block | Key question | Verification purpose |
|---|---|---|
| Raw material | Does the factory run frozen raw material inventory year-round or only against orders, does this season’s mass balance sit inside the 17-25 kg whole fruit/kg FD band | Real factories operate frozen inventory, brokers do not |
| Process | Does the 7-step flowchart match the video audit footage; time between drying and packaging, does the freezing SOP carry specific numbers | The largest FD risk sits in steps 1-2 (raw material before it enters the machine), not in the drying chamber |
| QA | Last 3 lot COAs, measurement method stated for moisture and Aw; written policy when a lot fails spec | You can score a per-lot COA before ordering |
| Commercial | MOQ, lead time, container grid and stuffing plan, sample terms, claim handling | Correct P&L projection for logistics |
One response pattern worth watching: good suppliers answer slowly on price questions and quickly on operations questions. Brokers answer every marketing question fast and stay silent on the mass-balance question.
6. Quick Spec: The Numbers to Write Into Your RFQ Before Reading the Deep-Dives
If you have ten minutes before your procurement meeting, this condensed spec holds your first RFQ up. Moisture 3-5%, Aw ≤ 0.30, whole segments not crushed ≥ 90%, foreign material ≤ 0.1%, 4-8 segments per fruit, ivory-white with no browning. Packaging: aluminum inner bag plus carton, desiccant in every bag. Cartons net capped at 10 kg to protect segment shape. Every shipment must carry a per-lot COA stating the moisture and Aw measurement method, lot identity matching the PO.
Two spec lines get written wrong routinely. The Aw line: write “target Aw ≤ 0.30, process target ≤ 0.20-0.25” instead of just ≤ 0.30, because FD fruit is hygroscopic and absorbs moisture during storage, a lower process target builds a buffer before product touches the rejection threshold. The microbiology line: do not write “FSMA limits” because FSMA sets no universal numerical limits for dried fruit, write “internal/buyer spec, third-party lab testing per lot” and define your own rejection thresholds inside your spec. The article Specifications and how to read COAs shows how to score a COA in ten minutes with five check points.
7. Nutrition Facts Labels: Theoretical Conversion Does Not Go On a Label
Two Nutrition Facts panels for the same product can diverge 8.7% in calorie density when built from different lots; the 57 g panel lists 6 g fiber but prints 24% DV where the 2016 convention sets fiber 6 g = 21% DV (DV 28 g) (5). Both errors share one root cause: printing labels from theoretical conversion math instead of analytical data.
Standard procedure: pull a representative lot sample → third-party lab runs proximate analysis (SGS, Eurofins, Intertek, or equivalent) → print the label from lab results → update when formula or lot shifts materially. Calories calculate by any FDA-permitted method, consistently across the whole label. The article Nutrition Facts and FDA labeling covers the %DV mechanism, rounding convention, and why the theoretical MEXT table serves only as a sanity check.
The regulatory side pairs with this: FDA facility registration and prior notice sit with the exporter, FSVP sits with the importer; FDA does not approve individual food products (7). The EU adds pesticide MRL under EC 396/2005, with a processing factor because drying concentrates residues in proportion to the concentration ratio (8).
8. Logistics: Geometric Grid Replaces Volume Division
Volume division (33.2 m³ divided by one carton’s volume) yields roughly 364 cartons on a 20ft container. Real geometric grid yields floor(5.90/0.60) × floor(2.352/0.39) × floor(2.395/0.39) = 9 × 6 × 6 = 324 theoretical cartons, before operational allowance, net weight on grid at 10 kg per carton sits around 3.24 tons (9). That is a 10% gap between two numbers, large enough for a container to arrive short against the brand’s shelf plan.
Why cartons lock at net 10 kg instead of packing 15-16 kg per the theoretical bulk density of 0.12-0.18 g/cm³: FD segments are brittle, and heavier cartons compress bottom layers until they shatter, dropping the whole-segment grade spec inside the container itself. The article Logistics: 10 kg cartons, container grid, cost per kg works the full grid math, clearance, bracing, and the validated stuffing plan.
The 40ft model carries double the volume of a 20ft (~720 cartons), payload never binds because FD fruit is light. FD cargo hits the volume limit long before the weight limit, freight cost per kg exceeds heat-dried fruit many times over, and buyers need to see that trade-off directly before ordering (10).
9. Market Context: The Number and the Limits of Trusting It
Publisher market research estimates the global mangosteen market around USD 423 million in 2026, CAGR 5.3% to 2033, North America holding ~31.9% of the 2026 market as the largest region (12). Two mandatory reading limits: this is a publisher estimate, not a government statistic; and one buyer request is not market demand, just as one positive sample feedback is not technical approval. If the market number drives a capital decision on your side, ask the publisher for method and sample size, or commission your own survey.
On national supply structure, the industry shape in brief: Vietnam runs a 4-8 month season with competitive raw material cost and VietGAP/GlobalGAP certification on growing regions, Thailand runs a complete fresh cold chain but higher raw material price because fresh export competes for the same fruit, Indonesia brings large volume and low price with weaker certification infrastructure. Each choice carries a weakness you must manage, no choice wins every criterion. The article 6 criteria comparison: Vietnam vs Thailand vs Indonesia presents the operational comparison table.
10. Workflow by Role: Read This Cluster From Your Seat
The buying center in this decision splits into different roles, and each role needs a different reading path through the cluster.
| Role | Optimal reading path | Goal after reading |
|---|---|---|
| Procurement | This guide → Logistics → 12 verification questions → 3-5 SKU combining | Project true cost per kg, get RFQ and validated stuffing plan into the PO |
| QA | Specifications → 7-step process → Nutrition Facts | Score per-lot COAs and issue the spec set for the RFQ |
| R&D | Applications by industry → freeze-dried vs heat-dried | Match the application to its input conditions and pick the right technology |
| Decision maker | This guide → country comparison → verification | Approve origin direction and budget frame on operational criteria |
Evidence in every article forwards internally without sales re-explaining it: the spec table carries measurement thresholds, the COA carries a method, the grid carries a formula. This is a design requirement of the whole cluster, not a claimed strength.
11. What Buyers Need to Know About Risk and the Truths We Do Not Hide
This guide opens with risk, so it closes with the remaining risks. Four counter-evidence points buyers deserve before deciding:
- Short season. 4-8 months, peak May-August. A full-year production plan must run 6-12 months ahead of the season, not order with the season.
- Freight cost per kg exceeds heat-dried fruit. FD cargo is light and porous, a fully grid-stacked 20ft container holds about 3.2-4 tons instead of 20 tons of heat-dried goods. You pay for volume more than for mass (9).
- Low initial Aw does not stop moisture uptake. FD fruit is hygroscopic, shelf stability depends on packaging WVTR, seal integrity, desiccant, and destination warehouse policy, all of which must be validated, no number in the initial spec substitutes for this.
- Theoretical Nutrition Facts serve only as sanity checks. Two conversion tables for the same product can diverge 8.7% in calorie density, the only number printable on a label comes from lab analysis of a representative lot sample (5).
12. Explore Further: The Vietnamese Dried Fruit Catalog on One File
Freeze-dried mangosteen rarely ships alone. The fixed cost of a shipment, customs clearance, FDA paperwork, COA framework, and supplier relationship runs per container, not per SKU. Combining 3-5 SKUs of Vietnamese dried fruit on one container spreads those fixed costs across more products and cuts logistics cost per kg for the whole catalog.
The standard Vietnamese FD catalog travels with mangosteen on the same freeze-drying line: freeze-dried durian, freeze-dried jackfruit, freeze-dried mango, freeze-dried pineapple. The heat-dried line (air-dried, vacuum-fried) adds a budget tier to the same retail catalog: dried banana, dried coconut, dried sweet potato snacks. The article combining 3-5 SKUs on one container lays out catalog pairing logic by buyer type: private-label importer, health food brand, food manufacturer, retail chain.
Summary
Freeze-dried mangosteen is whole arils of Garcinia mangostana freeze-dried to 3-5% moisture and Aw ≤ 0.30. The most accurate fresh composition source is MEXT (81.5% water, 70% discard rate). Theoretical conversion: 5.1-5.25 kg fresh arils or 17-25 kg whole fruit per kg finished.
US HS Code: heading 0804.50, Dried group 0804.50.80, duty 1.5¢/kg. 20ft containers stack on geometric grid with net 10 kg cartons to protect segment shape. Nutrition Facts labels must build from per-lot analytical data under 21 CFR 101.9.
FAQ
- Does freeze-dried mangosteen keep its whole-segment shape? Yes, this is the core grade spec. Industry standard requires ≥ 90% whole uncrushed segments, 4-8 segments per fruit, ivory-white color. Details in the Specifications article.
- What is the correct HS Code for dried mangosteen? Heading 0804.50 (“guavas, mangoes and mangosteens, fresh or dried”), Dried group 0804.50.80 in the US, duty 1.5¢/kg. Code 0813.40 applies to dried strawberries, not mangosteen.
- How much fresh fruit yields 1 kg of freeze-dried mangosteen? About 5.1-5.25 kg fresh arils, equivalent to 17-25 kg whole fruit at the 20.6-30% edible recovery rate. Season verification runs through mass-balance documentation.
- Can I print a Nutrition Facts label from theoretical conversion math? No. FDA requires analytical data for labels; %DV must follow the 2016 convention (fiber 6 g = 21% DV). The Nutrition Facts article covers the per-lot lab process.
- How many tons of freeze-dried mangosteen fit a 20ft container? About 3.2-4 tons on geometric grid stacking (60x39x39 cm cartons, net 10 kg), not 20 tons like heat-dried goods. Volume is the binding constraint, not payload.
- How long is the Vietnamese mangosteen season? 4-8 months, peak May-August, concentrated in the Mekong Delta and southeast provinces. Frozen raw material inventory extends supply, production plans run 6-12 months ahead of the season.
- How do I separate real factories from brokers? Ask for season mass balance, the last 3 lot COAs, a video audit of frozen raw material inventory, and the process flowchart. Brokers answer price questions fast and stay silent on operations.
CTA
Submit your sample request (3-5 working days) plus per-lot spec sheet after your QA has read the Specifications and Logistics articles; a sample only validates anything when the spec attached to it matches the spec inside your RFQ.
References
- MEXT, Japanese Standard Tables of Food Composition, Mangosteen, raw (water 81.5%, discard rate 70%, edible fraction ~30%): https://fooddb.mext.go.jp/details/details.pl?ITEM_NO=7_07133_7
- MDPI Foods 2024, Mangosteen (Garcinia mangostana L. ) Pulp Recovery and Composition (pulp recovery 20.6-30% of fruit mass): https://www.mdpi.com/2304-8158/13/18/2987
- USITC, Harmonized Tariff Schedule of the United States, 2026 Revision 15, heading 0804.50 and subheading 0804.50.80 (dried mangosteen duty 1.5¢/kg ): https://hts.usitc.gov/
- EUR-Lex, Regulation (EU ) No 1101/2014, Combined Nomenclature heading 0804.50 (guavas, mangoes and mangosteens, fresh or dried): https://eur-lex.europa.eu/eli/reg_impl/2014/1101/oj
- U.S. FDA, 21 CFR 101.9, Nutrition Labeling of Food (%DV convention, fiber DV 28 g, analytical-data requirement for labels ): https://www.ecfr.gov/current/title-21/chapter-I/subchapter-B/part-101/section-101.9
- U.S. FDA, Guidance for Industry: Preventive Controls for Human Food (water activity as a control parameter, 21 CFR 117 ): https://www.fda.gov/media/179185/download
- U.S. FDA, Importing Food Products into the United States (facility registration, Prior Notice, FSVP on the importer ): https://www.fda.gov/food/food-imports-exports/importing-food-products-united-states
- EUR-Lex, Regulation (EC ) No 396/2005, Maximum Residue Levels for Pesticide Residues (processing factor for concentrated products): https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:02005R0396
- Hapag-Lloyd, Container Dimensions and Payload (20ft interior 5.90 x 2.352 x 2.395 m, 33.2 m³, payload 28.2 t ): https://www.hapag-lloyd.com/en/online-business/service-container/dimensions.html
- Hapag-Lloyd, Container Weight Limits and Stowage (volume vs payload binding constraints ): https://www.hapag-lloyd.com/en/online-business/service-container/weight-limits.html
- Nowak & Jakubczyk, Foods 2020 (9:1488 ), The Freeze-Drying of Foods (sublimation 2,885 kJ/kg water, three drying stages, 18-36 hour batches): https://pmc.ncbi.nlm.nih.gov/articles/PMC7603155/
- Coherent Market Insights, Mangosteen Market Size and Forecast 2026-2033 (USD 423 million in 2026, CAGR 5.3%, North America ~31.9% ): https://www.coherentmarketinsights.com/market-reports/mangosteen-market
