Fruit and Vegetable Powder Manufacturing Capacity

Buyer’s snapshot

The global fruit and vegetable powder market is on track to grow from about $6.2 billion in 2025 to $10.8 billion by 2034, a 6.9% compound annual growth rate (Future Market Insights, Global Fruit Powders Market report, 2025).

That growth is shifting supplier screening away from price per kilogram and toward drying method, moisture control, and particle size, the variables that decide whether a powder dissolves cleanly in a beverage base or clumps in a dry blend.

Silk Foods Ceylon (SFC), the manufacturing arm of Silk Route Ventures (SRV), runs two drying routes for fruit and vegetable powders at its Matale facility under FSSC 22000 V6 and BRCGS: a dedicated spray-dry line and a mechanical drying-and-grinding route on the spice and herb line.

The comparison table below sets out which route fits which input and which finished application.

This post is written for CPG, beverage, and bakery formulators evaluating contract manufacturing capacity for a fruit or vegetable powder line, not for a buyer sourcing one named retail product.

Most contract manufacturers quoting fruit and vegetable powder can name one process and one output form. A smaller group runs two routes from the same audited site: spray-drying for juice-based and puree-based inputs, and mechanical drying-and-grinding for whole-fruit and leafy inputs. Fewer still hand a buyer a certificate of analysis with a full moisture, water activity, and microbial panel on the first sample lot, not the fifth reorder. This piece sets out the production math a CPG scale-up buyer needs before writing an RFQ for fruit or vegetable powder: input tonnage per day, moisture and particle-size targets, and the documentation that ships with every batch.

What separates spray-dried from dried-and-ground fruit and vegetable powder

Spray drying converts a liquid feed, typically a fruit or vegetable juice, puree, or concentrate, directly into powder in a single step, producing fine and highly soluble particles. A 2017 review in Trends in Food Science & Technology notes that sugar-rich fruit juices are prone to sticky deposition on the drying chamber wall, a yield constraint every spray-dry formulator has to manage against throughput.

The dried-and-ground route works differently. Whole or cut fruit and vegetable pieces are dehydrated first, then milled and sieved to a target mesh on the same line SFC uses for spices and herbs. Banana, mango, pineapple, avocado, papaya, mangosteen, soursop, citrus peel, cassava, and arrow root all run this way in SFC’s fruit powder category, because the raw material arrives as solid fruit rather than juice.

A third method comes up often in buyer RFQs: drum drying (also called roller drying), which runs a thin film of puree over a heated rotating drum and scrapes off a dried flake. Drum drying can be more energy-efficient than spray drying for viscous purees, but it exposes the product to direct contact with a hot metal surface for longer, and gives less control over final particle morphology than either spray drying or the dried-and-ground route. Silk Foods Ceylon does not run a dedicated drum-drying line. A buyer whose spec calls specifically for drum-dried flake should raise that at the RFQ stage rather than assume it against the spec sheet below; the honest answer for that spec is that SFC’s two routes are spray-dried and dried-and-ground, not drum-dried.

Attribute	Spray-dried	Dried-and-ground
Feed input	Juice, puree, or concentrate	Whole or cut fruit/vegetable pieces
Typical particle size	Fine, under 200 microns	Coarser, mesh-selected to spec
Moisture target	Below 5%	Below 8%, product-dependent
Heat exposure	Brief, seconds in the drying chamber	Longer dehydration cycle before milling
Line capacity at SFC	50 kg/day (single-day batch)	100 to 200 kg/hr (about 1 to 2 MT/day)
Best-fit applications	Beverage powders, instant mixes, smoothie bases	Bakery inclusions, seasoning blends, snack coatings

Spray-dried vs. dried-and-ground fruit and vegetable powder at Silk Foods Ceylon. Source: Silk Foods Ceylon production data; Trends in Food Science & Technology, 2017.

Production capacity: input tonnage, daily throughput, and the two lines behind it

Silk Foods Ceylon’s spray-dry line runs a 50 kg/day single-day batch for fruit and vegetable powders, the same line used for spray-dried coconut milk powder and plant milk powder. The spice and herb line, which handles the dried-and-ground route, runs at 100 to 200 kg/hr, roughly 1 to 2 MT/day of finished fruit or vegetable powder depending on yield loss from the raw input.

Both lines sit inside a cellular manufacturing layout at the Matale facility, which is why the same audit covers fruit powders, spices, herbs, and capsule encapsulation without a separate certification cycle for each. For a CPG buyer running a multi-SKU launch (a mango powder for a beverage base and a moringa powder for a functional blend, say), that flexibility means both SKUs can move through production in the same week under the same FSSC 22000 V6 and BRCGS scope.

The math a buyer needs: a 500 kg order of dried-and-ground fruit powder clears the spice line in roughly 2.5 to 5 hours, well inside a single shift. The same 500 kg in spray-dried form needs ten single-day batches, so buyers ordering spray-dried volume should plan the schedule around batch count, not one continuous run.

What moisture and water activity should a fruit and vegetable powder buyer specify?

Codex Alimentarius (FAO/WHO) defines low-moisture foods as those with water activity at or below 0.85 (Code of Hygienic Practice for Low-Moisture Foods, CAC/RCP 75-2015). For dried fruit specifically, the General Standard for Dried Fruits (CXS 360-2020) sets the maximum moisture content per fruit variety rather than a single blanket figure, meaning a buyer’s RFQ needs the specific fruit or vegetable named rather than a generic “dried fruit powder.”

In practice, most dried-and-ground fruit and vegetable powders at SFC run below 8% moisture, and spray-dried powders run below 5%, both comfortably under the water activity ceiling where microbial growth becomes a live risk. Buyers should still confirm the water activity figure on the COA alongside moisture percentage; the two correlate but aren’t the same measurement, and a powder can pass a moisture spec while sitting closer to the risk threshold on water activity than the buyer expects.

In January 2025, the FDA opened a draft guidance for comment on sanitation programs for low-moisture ready-to-eat foods, following a pattern of pathogen findings in exactly this category. Low-moisture powders don’t support rapid microbial growth the way wet foods do, but they aren’t sterile, and a contamination event at the raw-material or environmental stage can still ride through to the finished pouch. Salmonella recalls tied to moringa powder and related botanical powders followed through 2025 and into 2026, tracing back to environmental monitoring gaps rather than the moisture spec itself. For a buyer’s supplier-evaluation checklist, the harder question sits behind the moisture number: what environmental monitoring programme backs it up.

Spec snapshot: fruit and vegetable powder at Silk Foods Ceylon

Moisture: below 5% (spray-dried); below 8% (dried-and-ground), product-dependent

Water activity: below 0.5 typical, confirmed per batch on the COA

Particle size: fine (spray-dried) to mesh-selected coarse cuts (dried-and-ground)

Capacity: 50 kg/day spray-dry batch; 100 to 200 kg/hr on the dried-and-ground line

Certification: FSSC 22000 V6 and BRCGS, both scoped to include fruit powder

First-order MOQ: 50 kg per SKU; PO-to-dispatch lead time 2 to 3 weeks

Particle size control and why mesh size decides the application

Particle size determines dispersibility more than any other spec parameter on a fruit or vegetable powder. A beverage formulator needs a fine, fast-wetting particle so the powder dissolves without clumping in a cold-fill line; a bakery formulator often wants a coarser cut that holds its identity as a visible inclusion rather than dissolving at all.

Spray-dried powder comes out fine by default, typically under 200 microns, because the atomization step controls droplet size directly. The dried-and-ground route gives a buyer more room to specify: SFC’s spice and herb line can sieve to a requested mesh, from a fine powder cut down to a coarser pyramid or tea cut, the same sieving capability used for cinnamon and turmeric on the spice side of the same facility.

The buyer-side mistake worth flagging: ordering a fine mesh for a dry-blend application that doesn’t need it. Finer particles have more surface area, absorb moisture from the air faster once the pouch is opened, and can cake in a dry blend faster than a coarser cut of the same product. The right mesh size is an application decision, not a default upgrade.

The COA package that ships with each lot

Every fruit and vegetable powder lot dispatched from Silk Foods Ceylon ships with a batch certificate of analysis covering moisture, water activity, and a microbial panel (total plate count, yeast and mould, Salmonella, E. coli), alongside the standard shipping documentation pack: commercial invoice, packing list, bill of lading or air waybill, certificate of origin, and phytosanitary certificate.

Heavy metals and pesticide MRL panels run per the destination market and per customer request rather than as a blanket default on every SKU, since the parameters an EU buyer needs differ from what a US or Australian buyer’s own import compliance team screens for. A buyer specifying for the first time should name the destination market explicitly in the RFQ so the testing panel matches the actual import requirement, not a generic template.

Buyer’s checklist: verifying a fruit and vegetable powder COA

Moisture percentage and water activity, both reported together

Particle size or mesh confirmation against the ordered spec

Microbial panel: total plate count, yeast and mould, Salmonella, E. coli

Heavy metals panel aligned to the destination market’s action levels

Pesticide residue panel aligned to the destination market’s MRL table

Batch traceability reference tying the COA to the specific production run

Organic transaction certificate if the SKU carries USDA Organic or EU Organic

Lead times, MOQ, and the path from sample to first production run

First-order MOQ for fruit and vegetable powder at Silk Foods Ceylon is 50 kg per SKU on the dried-and-ground route, with volume-tier pricing breaks at 500 kg, 1,000 kg, and 2,500 kg. The spray-dry route runs the same single-day-batch economics documented for SFC’s spray-dried plant milk and coconut milk powders, since it’s the same physical line.

Sample dispatch runs 1 to 2 weeks; a confirmed PO reaches dispatch in 2 to 3 weeks. From there, sea freight runs 4 to 5 weeks to the US, 3 to 4 weeks to the EU, and 3 to 4 weeks to Australia. A buyer building a launch timeline from first sample request to shelf should plan for roughly 10 to 14 weeks end to end for a US-bound order, and slightly less for EU or AU.

Buyers running this evaluation usually fall into one of two camps: a beverage or bakery brand specifying ingredient supply against an existing co-packer, or a CPG scale-up exploring full contract manufacturing for a finished powder SKU. Silk Route Ventures (SRV) serves both. The capacity numbers above apply identically whether the order is a bulk RM purchase order or a finished, private-label retail pouch, and the SRV R&D and NPD team can also develop a custom blend (a fruit-and-vegetable powder combination for a functional beverage base, for instance) ahead of a first production run.

Frequently asked questions

What’s the difference between spray-dried and dried-and-ground fruit and vegetable powder?

Spray drying atomizes a liquid feed (juice, puree, or concentrate) into fine powder in one step, typically under 200 microns. Dried-and-ground powder starts from whole fruit or vegetable pieces, dehydrated then milled to a specified mesh. Trends in Food Science & Technology (2017) notes spray-dried powders generally show higher solubility; dried-and-ground gives more control over particle coarseness.

What moisture and water activity should I specify for a shelf-stable fruit powder?

Codex Alimentarius defines low-moisture foods as water activity at or below 0.85 (CAC/RCP 75-2015), though most commercial fruit powders run well under that. Silk Foods Ceylon’s spray-dried powders run below 5% moisture; dried-and-ground runs below 8%, product-dependent. Ask for both moisture and water activity on the COA, not moisture alone.

What’s the contract manufacturing MOQ and lead time for fruit and vegetable powder at Silk Foods Ceylon?

First-order MOQ is 50 kg per SKU, with volume-tier pricing at 500 kg, 1,000 kg, and 2,500 kg. Sample dispatch takes 1 to 2 weeks; PO-to-dispatch production lead time is 2 to 3 weeks. Sea freight runs 4 to 5 weeks to the US and 3 to 4 weeks to the EU or Australia. Contact SRV for a co-manufacturing capability briefing.

Does Silk Foods Ceylon manufacture fruit and vegetable powder under FSSC 22000 V6 and BRCGS?

Yes. FSSC 22000 V6’s scope at the Matale facility explicitly names dried fruit and vegetable powders, and BRCGS covers the drying, grinding, and sieving processes used to produce them. Both certifications sit under one audit cycle alongside SFC’s spice, herb, and plant-based manufacturing lines.

Can SRV develop a custom fruit or vegetable powder blend through R&D?

Yes. The SRV R&D and NPD team develops custom blends (a mixed fruit-and-vegetable powder for a functional beverage base, for example) ahead of a first production run, working from a buyer’s target application rather than a fixed catalog SKU. Formulation work typically adds 2 to 4 weeks ahead of the standard production lead time.

How Silk Route Ventures can help

Silk Route Ventures (SRV) contract-manufactures fruit and vegetable powder through two drying routes, spray-dried and dried-and-ground, at the Silk Foods Ceylon (SFC) facility in Matale, alongside SFC’s broader plant-based and capsule manufacturing capacity. The site holds FSSC 22000 V6 and BRCGS, both scoped to cover fruit powder production, with a batch COA on every lot. First-order MOQ is 50 kg per SKU; PO-to-dispatch lead time is 2 to 3 weeks. The cellular manufacturing layout means a new fruit or vegetable powder SKU can move through production alongside an existing spice or capsule order without a separate audit cycle, and the SRV R&D and NPD team can develop a custom blend ahead of a first run. Contact us to send an inquiry for a co-manufacturing capability briefing tailored to your SKU and target launch volume.

Sources

Codex Alimentarius (FAO/WHO), “Code of Hygienic Practice for Low-Moisture Foods” (CAC/RCP 75-2015), adopted 2015, retrieved 2026-09-21, https://www.fao.org/input/download/standards/13921/CXP_075e_2015.pdf
Codex Alimentarius (FAO/WHO), “General Standard for Dried Fruits” (CXS 360-2020), adopted 2020, retrieved 2026-09-21, https://www.fao.org/fao-who-codexalimentarius/sh-proxy/hu/?lnk=1&url=https%3A%2F%2Fworkspace.fao.org%2Fsites%2Fcodex%2FStandards%2FCXS+360-2020%2FCXS_360e.pdf
US FDA / Federal Register, “Establishing Sanitation Programs for Low-Moisture Ready-To-Eat Human Foods and Taking Corrective Actions Following a Pathogen Contamination Event,” draft guidance, January 7, 2025, retrieved 2026-09-21, https://www.federalregister.gov/documents/2025/01/07/2024-31528/establishing-sanitation-programs-for-low-moisture-ready-to-eat-human-foods-and-taking-corrective
Sri Lanka Export Development Board (EDB), “Fruit and Vegetable Export Performance,” 2024 data, retrieved 2026-09-21, https://www.srilankabusiness.com/fruits-and-vegetables/fruit-and-vegetable-export-performance.html
Future Market Insights, “Global Fruit Powders Market” report, 2025, retrieved 2026-09-21, https://www.futuremarketinsights.com/reports/fruit-powders-market
FoodNavigator, “Clean label demand fuelling fruit and vegetable opportunities,” October 2025, retrieved 2026-09-21, https://www.foodnavigator.com/Article/2025/10/15/clean-label-demand-fuelling-fruit-and-vegetable-opportunities/
Trends in Food Science & Technology, “Trends of spray drying: A critical review on drying of fruit and vegetable juices,” 2017, vol. 65, pp. 49 to 67, retrieved 2026-09-21, https://www.sciencedirect.com/science/article/abs/pii/S0924224416306355

Fruit and Vegetable Powder Manufacturing Capacity: A Buyer's Guide