Bulk Dragon Fruit Powder Supplier — Freeze-Dried Whole-Fruit (Pitaya) & Spray-Dried Juice, USDA & EU Organic Available, B2B Wholesale
Valeherb supplies dragon fruit powder (also called pitaya powder, Hylocereus polyrhizus / costaricensis) in bulk wholesale, made from 100% real red-flesh dragon fruit — not flavouring and not added colour. Two grades are available: a freeze-dried whole-fruit powder (Organic available) and a spray-dried juice powder with maltodextrin. Below: a quick-spec panel, the two grades side by side, the freeze-dried vs spray-dried decision, and full sourcing criteria.
Our Two Grades
The drying method is the main decision. It changes the colour, how much vitamin C and pigment survive, the texture, how it dissolves, and the label. Both grades start from real red dragon fruit. Only the freeze-dried grade is available organic.
| Freeze-Dried Whole-Fruit Powder | Spray-Dried Juice Powder | |
|---|---|---|
| Made from | Whole ripe red dragon fruit, including the tiny black seeds | Dragon fruit juice |
| Carrier | None — 100% fruit | Contains maltodextrin carrier |
| Mesh options | Fine (powder) or coarse (visible fruit pieces) | Fine, free-flowing |
| Colour & flavour | Strongest, deepest magenta and fullest flavour | Bright pink; milder, a bit paler |
| Vitamin C & pigment | Highest retention — closest to fresh fruit on a dry-matter basis | Pigment well retained; vitamin C lower than freeze-dried |
| Solubility | Disperses in cold water; some natural fruit fibre | Dissolves clear and fast; made for drinks |
| Organic | USDA NOP & EU Organic available | Conventional only |
| Single-ingredient label | Yes — 100% dragon fruit | No — maltodextrin is declared |
Drying Method & Nutrient Retention
For a fruit powder, the drying method — not a standardized assay — is what most affects quality, so it is worth specifying on purpose. In a study of red-fleshed dragon fruit, spray-drying with maltodextrin held the betacyanin pigment very well (about 98%), but vitamin C retention dropped to roughly 63%, because vitamin C does not handle heat well.[1] Freeze-drying removes the water by low-temperature sublimation and needs no carrier, so it keeps the whole fruit, the pink colour, and the vitamin C closer to the fresh fruit. The pigment itself is a betacyanin, the same pigment family as beetroot, and it is sensitive to heat and light,[2] which is why the freeze-dried grade gives the strongest, truest magenta and why both grades look their best in cooler, lower-light processing.
Nutritional Composition (Naturally Occurring)
As a whole-fruit powder, dragon fruit powder carries the fruit’s natural parts. The exact levels move with cultivar, ripeness, season, and drying method, so the list below describes what the fruit naturally contains rather than guaranteed standardized values.
- Betacyanins — the natural pink-to-magenta pigments of red dragon fruit (mainly betanin and related compounds), which also work as a colour contribution[2]
- Vitamin C — naturally present and best kept in the freeze-dried grade; reduced by the heat of spray-drying[1]
- Dietary fibre — from the flesh and the tiny black seeds; higher in the whole-fruit freeze-dried grade
- Minerals (notably magnesium, potassium, and some iron) — naturally present in the whole fruit
Applications by Category
- Beverages, smoothie & drink mixes: spray-dried juice powder for fast, clear, lump-free cold-water dispersion and a natural pink colour
- Bakery & snacks: freeze-dried powder for natural pink in frostings, coatings, and fillings; best where heat is low or sits on the surface
- Dairy & frozen: yogurt, ice cream, kefir, and plant-based formats wanting natural pink colour and a mild fruit note
- Natural colour: betacyanin-rich powder as a clean-label pink/magenta in place of synthetic dyes such as Red 40, where regulations permit
- Nutrition & superfood blends: adds colour and whole-fruit solids to reds and greens powders and sachets
- Pet food & treats: natural colour and fruit appeal for premium lines
Sourcing & QC Criteria
| Parameter | What to verify | Why it matters |
|---|---|---|
| Grade & carrier | Freeze-dried (100% fruit, no carrier) vs spray-dried (maltodextrin declared) | Sets colour, retention, solubility, and label — single-ingredient vs declared carrier |
| Variety | Red / pink-flesh (polyrhizus / costaricensis) vs white-flesh (undatus) | Red-flesh carries the pink colour; white-flesh is pale with little pigment |
| Drying method | Freeze-dried vs spray-dried — documented | Directly drives vitamin-C and betacyanin retention and final colour |
| Organic certification | USDA NOP and/or EU Organic (EU 2018/848) covering the fruit and the processing facility | Both the source and the processing must be certified for an organic claim |
| Microbiology & heavy metals | TPC, yeast & mould, E. coli, Salmonella; ICP-MS (Pb, As, Cd, Hg) per batch | Core food-grade requirements for a low-process fruit powder |
| Pesticides | Multi-residue screen for conventional grades; organic grades controlled via certification audit | Market-entry requirement for EU / US / Japan |
Regulatory Guidance
- United States: dragon fruit is an established food — food use for food applications, and DSHEA for supplements. Organic grades require USDA NOP certification covering the raw fruit and the processing facility. FDA-registered facility (21 CFR Part 111) for supplement supply
- European Union: established food use (not a novel food); organic grades require EU Organic certification (EU 2018/848). For cosmetic use, the INCI sits under the Hylocereus genus (e.g. Hylocereus Undatus Fruit Extract) — confirm the exact INCI for the species and form
- China: dragon fruit (huǒlóngguǒ) is a common listed food; export documentation available, with organic certification provided where required
References
[1] Tran TTN, Do QA, Nguyen NH, Pham TN, Do TLH, Duong DTN, et al. (2021). Influence of spray-drying conditions on the physicochemical properties of red-fleshed dragon fruit (Hylocereus polyrhizus) powder made from peel and flesh. The Journal of Agriculture and Development, 20(3), 61–67. jad.hcmuaf.edu.vn
[2] Khoo HE, He X, Tang Y, Li Z, Li C, Zeng Y, Tang J, Sun J. (2022). Betacyanins and anthocyanins in pulp and peel of red pitaya (Hylocereus polyrhizus cv. Jindu). Frontiers in Nutrition, 9, 894438. doi:10.3389/fnut.2022.894438





