Bulk Strawberry Powder Supplier — Freeze-Dried Whole-Fruit & Spray-Dried, USDA & EU Organic Available, B2B Wholesale
Valeherb supplies strawberry fruit powder (Fragaria × ananassa) in bulk wholesale, made from 100% real strawberries — not flavouring. Two grades are available: a freeze-dried whole-fruit powder (Organic available) and a spray-dried 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 core decision — it changes colour, vitamin and polyphenol retention, texture, solubility, and label. Both grades are made from real strawberries and both are available certified organic.
| Freeze-Dried Whole-Fruit Powder | Spray-Dried Powder | |
|---|---|---|
| Made from | Whole ripe strawberries | Strawberry juice/puree |
| Carrier | None — 100% fruit | Contains maltodextrin carrier |
| Mesh options | Fine (powder) or coarse (visible fruit pieces) | Fine, free-flowing |
| Colour & flavour | Strongest natural red-pink colour and true strawberry flavour | Red-pink; clean flavour, paler than freeze-dried |
| Vitamin C & polyphenols | Highest retention — closest to fresh fruit on a dry-matter basis | Lower retention than freeze-dried |
| Solubility | Disperses in cold water; some natural fruit fibre | Readily cold-water soluble; smooth dispersion |
| Organic | USDA NOP & EU Organic available | Conventional only |
| Single-ingredient label | Yes — 100% strawberry | 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 deliberately. Published comparisons of strawberry powders found that freeze-dried material retains vitamin C and polyphenols closest to fresh fruit on a dry-matter basis, while convective- and spray-dried powders showed vitamin-C reductions of roughly 55–80% and polyphenol reductions up to about 80%.[1] Freeze-drying has also been shown to better preserve microstructure, flowability, and anthocyanin (red-pink pigment) content versus heat drying.[2] That is why the freeze-dried grade is the choice where colour, flavour, and nutrient retention matter most, and the spray-dried grade is chosen for dispersion and cost.
Nutritional Composition (Naturally Occurring)
As a whole-fruit powder, strawberry powder concentrates the fruit's natural constituents. Exact levels vary with cultivar, ripeness, season, and drying method, so the following describes what strawberries naturally contain rather than guaranteed standardized values.
- Vitamin C — naturally present and well retained in freeze-dried powder; reduced by heat/spray processing[1]
- Anthocyanins — mainly pelargonidin-3-glucoside, the natural red-pink pigment that also functions as a colour contribution
- Ellagic acid & total polyphenols — naturally occurring antioxidant compounds of the whole-fruit matrix
- Dietary fibre and minerals (notably potassium and magnesium) — naturally present; fibre is higher in the whole-fruit freeze-dried grade
Applications by Category
- Supplements, capsules, tablets & sachets: freeze-dried fine powder (organic grade common) for a vitamin-C-rich whole-fruit ingredient; pairs with acerola, rosehip, and other fruit powders in clean-label blends
- Bars, cereals & bakery: freeze-dried coarse powder for visible fruit pieces, real strawberry colour, and authentic flavour in inclusions, granola, and baked goods
- Functional beverages, smoothie & drink mixes: spray-dried powder for fast, lump-free cold-water dispersion and natural pink colour
- Dairy & frozen: yogurt, ice cream, and plant-based formats wanting natural strawberry colour and flavour
- Natural colour & flavour: anthocyanin-rich freeze-dried powder as a clean-label colour-and-flavour contribution where regulations permit
- Nutricosmetic / beauty: high-polyphenol fruit powder for beauty-from-within blends and natural-colour cosmetic formats
Sourcing & QC Criteria
| Parameter | What to verify | Why it matters |
|---|---|---|
| Grade & carrier | Freeze-dried (100% fruit, no carrier) vs spray-dried (maltodextrin declared) | Determines colour, retention, solubility, and label — single-ingredient vs declared carrier |
| Drying method | Lyophilization vs spray vs convective — documented | Directly drives vitamin-C, polyphenol, and anthocyanin retention |
| Organic certification | USDA NOP and/or EU Organic (EU 2018/848) covering both the fruit and the processing facility; for spray-dried organic, an organic-compliant carrier | Both the source and processing (and carrier) must be certified for an organic claim |
| Composition | Vitamin C and total anthocyanin/polyphenol values per lot, if needed for your spec | Confirms retention and supports your own claim substantiation |
| 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: Strawberry is an established whole-food ingredient — food use for food applications, and DSHEA for supplements. Organic grades require USDA NOP certification covering raw fruit and the processing facility. FDA-registered facility (21 CFR Part 111) for supplement supply
- European Union: Established food use; organic grades require EU Organic certification (EU 2018/848). INCI for cosmetic use: Fragaria Ananassa (Strawberry) Fruit Powder
- China: Listed food ingredient; export documentation available, with organic certification provided where required
References
[1] Sadowska A, Świderski F, Hallmann E. (2020). Bioactive, Physicochemical and Sensory Properties as Well as Microstructure of Organic Strawberry Powders Obtained by Various Drying Methods. Applied Sciences, 10(14), 4706. doi:10.3390/app10144706
[2] Kocaman B, Acun S, Seyrekoğlu F, Ay E. (2025). Impact of drying techniques on strawberry powder characteristics. Journal of Food Measurement and Characterization, 19, 6694–6704. doi:10.1007/s11694-025-03430-3





