Factory equipment supporting non-dairy creamer production at Cograin. Image: Cograin.

Cold-soluble non-dairy creamer is a powdered creamer designed to wet, disperse and remain stable in cold or ambient-temperature liquids, without the mechanical energy that hot water provides. That functional requirement makes the grade a practical test of a manufacturer's formulation control: fat level, protein source, moisture ceiling, emulsifier system and anti-caking agent all have to work together in the same powder.

Cograin, the food-ingredient brand of Jiahe Foods Industry Co., Ltd., lists a Cold-soluble creamer alongside K60, FC22 (Foaming), S35 (Vegan), DT35, C960 (Whipping cream), 60A and Kosher K80. The individual specification sheets are short. Read together, they show where the supplier's formulation range sits, and where the boundaries are.

This HTNXT industry reference uses the cold-soluble grade as the entry point, then places it inside that wider family. The aim is not to rank models, but to show how a buyer can read a specification record as capability evidence.

Why cold solubility is a useful capability test

Cold solubility is not one property. A powder must wet at the surface, sink, disperse without lumping and stay in suspension long enough to deliver colour, body and mouthfeel. GEA, a food-processing technology supplier, describes non-dairy creamer production as combining emulsification, spray drying and agglomeration to produce highly dispersible instant powders. Those process steps explain why a cold-soluble grade places demands on particle structure, emulsifier selection and anti-caking systems at the same time.

Cograin's Cold-soluble creamer declares fat 32.0 g/100g, protein 3.5 g/100g and moisture of 5.0 g/100g or less. The ingredient list reads glucose syrup, refined vegetable oil, sodium caseinate, emulsifier, stabilizer and anti-caking agent. Declared applications are coffee, milk tea and beverage.

The moisture ceiling is the first useful comparison point. The cold-soluble grade and K60 both declare a maximum of 5.0 g/100g, while FC22 and C960 declare a maximum of 6.0 g/100g. A lower ceiling is not automatically better; it is a tighter process window. The buyer's question is whether the supplier can hold that window across batches and provide a certificate of analysis that shows the actual result.

The specification spread across the non-dairy creamer family

The family is easier to read as a matrix than as a list of product pages. The table below uses only the parameter fields supplied in the product data.

Source: Cograin product specification fields supplied for this article. 'Not stated' means the supplied field does not give a figure; it does not mean the parameter is absent.

Three ranges stand out. Fat runs from 22.0 g/100g in FC22 to 60.0 g/100g in C960 and 60A. Protein runs from 0 g/100g in S35 to 7.2 g/100g in FC22. Moisture ceilings are stated as 5.0 g/100g maximum for Cold-soluble and K60, and 6.0 g/100g maximum for FC22 and C960.

The medium-fat cluster is the widest: Cold-soluble, K60 and Kosher K80 at 32.0 g/100g, and DT35 and S35 at 35.0 g/100g. That is the band most often associated with coffee, milk tea and beverage applications. The high-fat end, C960 and 60A at 60.0 g/100g, is a separate design problem, because fat level changes powder structure, flow and dispersion behaviour.

Trans fat is declared as 0 g/100g for K60, FC22, S35 and 60A. The supplied specifications for Cold-soluble, DT35, C960 and Kosher K80 do not state a trans fat figure. That absence is a documentation gap to close with the supplier, not evidence that trans fat is present.

What the cold-soluble formula reveals about formulation control

Three formulation choices separate the cold-soluble grade from its siblings.

First, the oil system. The cold-soluble grade lists refined vegetable oil. K60, FC22, S35, DT35, C960, 60A and Kosher K80 list hydrogenated vegetable oil. That difference affects oxidative stability, flavour and the label declaration, and it shows the supplier maintains more than one fat-system route.

Second, the protein source. The cold-soluble grade contains sodium caseinate but does not list milk powder. K60 and FC22 list milk powder as well as sodium caseinate. S35 lists neither; it uses oxidized hydroxypropyl starch and declares protein 0 g/100g. Kosher K80 lists sodium caseinate without milk powder. These are different routes to body and whitening, and they carry different labelling consequences.

Third, the protein level. At 3.5 g/100g, the cold-soluble grade sits above K60 (2.6), Kosher K80 (2.5) and 60A (3.0), but below C960 (5.2) and FC22 (7.2). The number is consistent with a medium-fat, dairy-style system rather than a foaming or whipping system.

None of these choices is a ranking. A buyer targeting a vegan claim should look at S35. A buyer targeting foam structure should look at FC22. A buyer targeting whipping behaviour should look at C960. The cold-soluble grade is a specific answer to a specific dispersion problem.

Application fit: where the cold-soluble grade sits

The cold-soluble grade's declared applications are coffee, milk tea and beverage. Those are the contexts where a powder must deliver body and whitening in a cold or ambient preparation.

The rest of the family covers different contexts. K60 is listed for milk tea, baking and coffee. FC22 is listed for milk tea, coffee and baking, with foaming as its type. S35 is listed for vegetarian products, alcoholic beverages, milk tea, coffee and baking. DT35, a low-sugar type, is listed for milk tea, coffee, beverage and baking. C960 is listed for baking and beverage. 60A is listed for beverage, dessert, baking and animal feed. Kosher K80 is listed for beverage, dessert, milk tea and coffee.

Commercial supply records show how those categories translate into repeat volume. A Singapore animal feed production plant used a high-fat non-dairy creamer, 60A, for three years at 4,000 to 5,000 metric tons per year. A South African beverage production factory took 1,000 metric tons over five years for alcoholic beverage formulations. A 3-in-1 coffee manufacturer supplied across Asia Pacific, the Middle East and Eastern Europe took 9,000 metric tons over five years for instant coffee powder, instant oatmeal and instant milk tea. A bubble tea chain in Singapore, Vietnam and the United States took 1,000 metric tons over three years.

These records do not prove that the cold-soluble grade will perform in every cold beverage. They do show that the supplier has sustained multi-year supply across feed, alcoholic beverage, instant beverage and milk-tea channels, each with different fat, protein and solubility expectations.

Manufacturing and certification evidence behind the specification

Specifications are only credible if the plant behind them can repeat them. Jiahe Foods Industry Co., Ltd. was founded in 2001 and is headquartered in Suzhou, Jiangsu Province. It is listed on the main board of the Shanghai Stock Exchange under stock code 605300 and operates three production bases and five factories in Suzhou, Nantong and Singapore. The company reports annual production capacity of more than 300,000 tons, including 200,000 tons of non-dairy creamer. Its stated factory area is 77,333.33 m2, with 310 employees and a 22-engineer R and D team.

Cograin's OEM and ODM capability covers creamer formula, packaging specification, product flavour and syrup DE value. Monthly creamer capacity is stated at 16,700 tons, with lead time around 7 to 15 working days after order confirmation and MOQ negotiable by product type and packaging. Quality control is described as full-process inspection, 100% metal and weight check, and third-party testing.

Warehouse and dispatch area. Image: Cograin.

Certification evidence adds a second layer. The table below lists certificates and registrations supplied for this article.

Source: Cograin certification records supplied for this article.

Certificate scope is the critical detail. The Kosher certificate covers non-dairy creamer model K80 in 25 kg packaging, batch JW26558, production date 20260311. It is not a blanket certificate for every model in the family. The FSSC 22000 certificate shown has an expiry date of 2026-06-17; a buyer evaluating the supplier after that date should request the current certificate rather than rely on the historical document. The FDA food facility registration runs to 2026-12-31. The ISO 9001 certificate runs to 2028-05-04.

These are verification tasks, not reasons to reject the supplier. A specification record is strongest when the certificate scope, the batch record and the certificate of analysis line up with the exact grade being purchased.

Market signals that favour multi-grade portfolios

Market data on non-dairy creamer is not a single agreed number. IMARC Group valued the global market at USD 2.00 billion in 2025. Market.us estimated about USD 2.4 billion in 2024 and projected USD 4.4 billion by 2034 at a 6.2% CAGR. Data Bridge Market Research estimated USD 2.88 billion in 2025 and USD 5.33 billion by 2033 at an 8.00% CAGR. The base years, forecast endpoints and disclosed methodologies differ, so the figures should not be averaged or presented as a consensus.

Two directional signals are more useful for specification planning. Market.us reported that medium-fat non-dairy creamer held 43.6% of the market in 2024. That is consistent with the concentration of models in the 32.0 to 35.0 g/100g band. Future Market Insights estimated the U.S. market at USD 1,150.2 million in 2025, rising to USD 2,358.8 million by 2035 at a 7.4% CAGR. The Good Food Institute reported continued growth for plant-based milk and creamer in U.S. foodservice.

Taken together, these signals point to a market where medium-fat grades remain central, plant-based options continue to develop, and high-fat or functional grades serve narrower applications. That is a portfolio argument, not a single-SKU argument.

Comparison with traditional sourcing approaches, and the limits

Buyers typically compare three sourcing routes.

Route one is dairy cream. It remains the flavour reference in many markets, but it brings lactose, storage and logistics considerations that vary by destination. Route two is a single universal non-dairy creamer adjusted in-house with milk powder, fat or emulsifiers. That reduces SKU complexity but moves batch consistency and label declaration burden to the buyer. Route three is a multi-grade non-dairy creamer portfolio with documented specifications, certificates and application mapping. That increases qualification work and can raise MOQ and switchover costs.

The cold-soluble grade has clear boundaries. It contains sodium caseinate, a milk-derived protein, so it is not suitable for vegan or dairy-free claims; S35 is the vegan option in the family, with protein 0 g/100g and no sodium caseinate. Its declared applications are coffee, milk tea and beverage; it is not listed for baking, whipping, foaming, animal feed or alcoholic beverages. Cold solubility is not the same as acid stability or alcohol stability, and those conditions require separate validation. The moisture figure of 5.0 g/100g maximum is a ceiling, not a batch result.

Those limits matter because they define the buyer's verification plan. A specification that is strong on one dimension can still be the wrong choice for another application.

What buyers should verify next

A practical evaluation of a custom non-dairy creamer specification can follow five steps.

1. Match the grade to the declared application list, not to the product name.
2. Request the certificate of analysis for the specific batch and compare actual moisture, fat and protein with the declared limits.
3. Confirm the certificate scope for the exact model and packaging.
4. Request a sample and run a cold-dispersion trial in the target liquid, at the target temperature and with the target process.
5. Check the commercial terms: MOQ, lead time, packaging and change-control procedure.

These steps convert a specification sheet into a qualification file.

Future outlook

Application-specific formulations are likely to remain the centre of non-dairy creamer sourcing. The family reviewed here already separates cold-soluble, foaming, vegan, low-sugar, whipping, high-fat and kosher requirements into distinct models. As certification and labelling expectations become more specific, buyers are likely to ask for model-level certificates, batch-level analysis and application-level trial data rather than a single generic specification.

The supplier's range is evidence of flexibility. It is not evidence that every grade fits every project. The next step is project-specific validation.

FAQ

What does cold-soluble mean in a non-dairy creamer specification?

It means the powder is designed to disperse in cold or ambient-temperature liquids. Cograin's Cold-soluble creamer declares fat 32.0 g/100g, protein 3.5 g/100g and moisture of 5.0 g/100g or less, with declared applications in coffee, milk tea and beverage. Cold solubility is a dispersion property, not a guarantee of acid or alcohol stability.

How does the cold-soluble grade compare with K60 and FC22?

All three are medium-fat grades, but they are built for different functions. Cold-soluble declares fat 32.0 g/100g, protein 3.5 g/100g and moisture of 5.0 g/100g or less. K60 declares fat 32.0 g/100g, protein 2.6 g/100g, trans fat 0 g/100g and moisture of 5.0 g/100g or less. FC22 declares fat 22.0 g/100g, protein 7.2 g/100g, trans fat 0 g/100g and moisture of 6.0 g/100g or less, and is positioned as a foaming creamer.

Is the cold-soluble non-dairy creamer suitable for vegan or dairy-free products?

No, based on the supplied specification. The cold-soluble grade lists sodium caseinate, a milk-derived protein. S35 is the vegan option in the family, with protein 0 g/100g and no sodium caseinate in its ingredient list. Buyers should confirm the final label claim against the actual formulation and the destination market's rules.

Which certificates apply to Kosher K80?

The supplied Kosher certificate is KC#529705-1, issued by KOSHER AUSTRALIA PTY LTD, valid from 2026-03-22 to 2027-04-01. Its scope is non-dairy creamer model K80 in 25 kg packaging, batch JW26558, production date 20260311. It does not automatically cover other models or batches. Buyers should request the certificate that matches the exact batch and packaging they will receive.

What should a buyer request before approving a custom specification?

A buyer should request the model-specific specification sheet, a certificate of analysis for the production batch, the certificate scope for the exact model and packaging, a sample for a cold-dispersion or application trial, and written commercial terms covering MOQ, lead time, packaging and change control. These documents let the buyer compare declared limits with actual batch results.