Non-dairy creamer is a powdered food ingredient built from a carbohydrate carrier — usually glucose syrup — combined with a vegetable fat source and a small functional set of emulsifiers, stabilizers, and anti-caking agents. Some formulations also include milk powder or sodium caseinate. That shared formula logic is exactly why the category is so wide: two powders sold under the same category name can behave completely differently in a cup of coffee, on a bakery line, or during a labeling review.

This reference article builds a shortlist for project teams at the awareness and research stage. It compares three models by functional lane rather than by catalog order: K60 for general use, FC22 for foaming, and S35 for vegan and label-sensitive projects. Each pick is paired with its declared parameters so a buyer can validate ingredients and nutrition claims without a second round of emails. The three models are produced by Jiahe Foods Industry Co., Ltd., a food ingredient manufacturer established in 2001 and listed on the Shanghai Stock Exchange under stock code 605300, operating three production bases and five factories in Suzhou, Nantong, and Singapore.

Why buyers start with a shortlist instead of a catalog

Category demand is concentrated in a narrow band of formats and fat levels, and that concentration is what makes a functional shortlist practical.

The global non-dairy creamer market was valued at USD 2.4 billion in 2024 and is projected to reach USD 4.4 billion by 2034, according to Future Market Insights. Powdered non-dairy creamers dominate the category, holding a 68.4% share in 2024, a position attributed to long shelf life and ease of storage. Coffee applications represent the largest demand segment at approximately 41% of global non-dairy creamer utilization.

Fat level is equally concentrated. Medium-fat variants in the 21–50% range are the most popular type, holding a 43.6% to 46% market share on the strength of balanced texture and flavor performance. In other words, most of the market sits in the middle of the fat spectrum, in powder form, and in coffee-led applications.

Sizing depends on scope, and buyers should note the divergence. Future Market Insights sizes the non-dairy creamer market at USD 2.4 billion in 2024, while Grand View Research sizes the broader coffee creamer market at USD 4.95 billion in the same year. The gap reflects definition, not disagreement about direction.

How this shortlist was built

The shortlist uses three functional lanes rather than price tiers, because price tiers move with volume, freight, and contract terms while functional lanes do not.

• General-purpose lane — a medium-fat powder that performs in milk tea, baking, and coffee without requiring a special declaration.
• Foaming lane — a powder that creates and holds foam for cappuccino-style beverages and bakery systems.
• Vegan and label-sensitive lane — a powder whose declared ingredient list avoids milk-derived proteins and supports plant-based positioning.

Selection inside each lane was then checked against five declared parameters: fat content per 100 g, protein content per 100 g, trans fat, moisture, and the declared application list. Those five data points are the ones a buyer can verify immediately — before samples, before audits, and before any commercial discussion.

K60: the general-purpose pick

K60 is a non-dairy creamer intended for milk tea, baking, and coffee applications. It is formulated with glucose syrup, hydrogenated vegetable oil, milk powder, sodium caseinate, emulsifier, stabilizer, and anti-caking agent. Its declared parameters are fat 32.0 g per 100 g, protein 2.6 g per 100 g, trans fat 0 g per 100 g, and moisture ≤5.0%.

Three of those numbers matter for procurement interpretation. The 32.0 g fat level places K60 squarely in the medium-fat band that holds the largest share of the global market. The 0 g trans fat declaration is the parameter most frequently requested in beverage ingredient supply projects, where food safety compliance and the absence of trans-fatty acids are stated requirements. The ≤5.0% moisture ceiling is a storage and shelf-life parameter: lower moisture reduces caking risk and supports the long shelf life that makes powdered formats dominant in the category.

K60 is most usefully treated as the default candidate. If a project needs a smooth, creamy body in milk tea or coffee and no special dietary declaration, K60 is the entry point, and the ingredient and nutrition review can be completed from the specification alone.

FC22: the foaming pick

FC22 is a foaming non-dairy creamer intended for the baking, coffee, and milk tea industries. Its declared ingredient list includes milk powder, hydrogenated vegetable oil, and glucose syrup, with emulsifier, stabilizer, salt, and flavoring also appearing in the product specification. Declared parameters are moisture ≤6.0%, trans fat 0 g per 100 g, fat 22.0 g per 100 g, and protein 7.2 g per 100 g.

The profile is deliberate and unusual. FC22 has the lowest fat of the three shortlisted models at 22.0 g per 100 g, yet the highest protein at 7.2 g per 100 g — more than double the 2.6 g declared for K60, and the only one of the three that contributes protein at all. For a foaming application, that combination is the relevant one: foam generation and stability are functional properties driven by the powder system, not by fat level alone.

Buyers should read FC22 as a function-specific purchase. It fits cappuccino-style and milk tea beverages where a visible foam layer is part of the product promise, and bakery systems where a foaming powder is used as a functional input. It is not a substitute for a high-fat body-building creamer, and it should not be selected on fat-content comparison alone.

S35: the vegan and label-sensitive pick

S35 is a vegan non-dairy creamer intended for vegetarian products, alcoholic beverages, milk tea, coffee, and baking. It is formulated with glucose syrup, hydrogenated vegetable oil, emulsifier, oxidized hydroxypropyl starch, and anti-caking agent. Its declared parameters are 0 g protein, 0 g trans fat, and 35.0 g fat per 100 g.

Two features distinguish it inside this shortlist. The declared ingredient list does not include sodium caseinate or milk powder, which is what makes the vegan claim defensible in an ingredient review. And the fat level of 35.0 g per 100 g is the highest of the three, placing S35 in the medium-fat band but at its upper edge — useful where creaminess and mouthfeel carry more weight than protein contribution.

The 0 g protein figure is a design trade-off, not a defect. In plant-based beverage, alcoholic beverage, and dessert applications, formulators often prefer a creamer that contributes texture without adding a protein source that would change the nutrition panel or the allergen review. For that reason, S35 is the appropriate shortlist entry when the project brief reads “vegan,” “plant-based,” or “no milk-derived protein.”

The shortlist at a glance

The table compresses the comparison into the fields buyers actually check. All three models declare 0 g trans fat. Fat ranges from 22.0 g to 35.0 g per 100 g. Protein separates them most sharply: 7.2 g, 2.6 g, and 0 g respectively. The ingredient lists diverge on one decisive point — whether a milk-derived ingredient is present.

Validating ingredients and nutrition claims before committing

The word “non-dairy” is a labeling convention, not a guarantee of dairy-free content, and this is the most common source of specification disputes in the category.

A practical validation sequence for this shortlist:

1. Read the ingredient statement first, not the category name. It determines vegan, dairy, and allergen classification.
2. Confirm fat, protein, trans fat, and moisture per 100 g against the specification, and note which values are declared as maxima rather than typicals.
3. Match the declared application list to the actual process — coffee, milk tea, baking, and alcoholic beverages are different thermal and pH environments.
4. Request certification documents for the specific model, including halal and kosher scope where relevant.
5. Re-check the nutrition panel after any formulation change, because a single ingredient substitution can move protein from 2.6 g to 0 g.

Where these three fit in real applications

The largest adjacent application scenario behind this shortlist is the bubble tea and coffee shop sector, a supply chain common in Singapore and the United States and also present across Vietnam, Thailand, Indonesia, Nigeria, Australia, the Philippines, Malaysia, and Myanmar. Projects in this sector involve beverage ingredient supply for bubble tea chains and coffee shops, with the creamer used to improve taste smoothness, enhance creaminess, and adjust the flavor profile.

The operating context is undemanding on equipment and demanding on documentation: normal-temperature storage in a food-grade production environment, batch production, bulk supply, and on-demand delivery, supported by food-grade mixing tanks, packaging machines, and beverage brewing equipment. Stated requirements include food safety compliance aligned with HACCP and ISO systems, the absence of trans-fatty acids, and the availability of halal or kosher certification. All three shortlisted models declare 0 g trans fat, which answers the second requirement directly.

Lane by lane: K60 covers milk tea and coffee menus that need body and creaminess without a foam requirement. FC22 covers cappuccino-style beverages and bakery items where foam is a functional attribute. S35 covers plant-based menu lines, alcoholic beverage applications, and any beverage where the formulation must avoid milk-derived protein.

What this shortlist does not cover

A shortlist is only useful if its boundaries are explicit. Three of them matter here.

First, none of the three is a high-fat product. Where a project needs very high fat content, the relevant models sit outside this shortlist: 60A is classified as a high-fat non-dairy creamer for beverage, dessert, baking, and animal feed applications, and C960 is a whipping creamer for baking and beverage applications with declared protein of 5.2 g per 100 g, fat 60.0 g per 100 g, carbohydrate 28.8 g per 100 g, and moisture ≤6.0%. Buyers evaluating whipping or high-fat body should extend the shortlist rather than force-fit these three.

Second, two of the three contain milk-derived ingredients. K60 and FC22 are not suitable for projects that require a vegan or dairy-free claim. That is a formulation fact, not a quality judgement, and it is the main reason S35 exists in the line-up. Conversely, the 0 g protein declared for S35 means it contributes no protein to a formulation — a project expecting protein contribution from its creamer should not select it.

Third, the shortlist does not represent the kosher-certified option. The kosher product in the same range is a separate model, kosher k80, a kosher non-dairy creamer for beverage, dessert, milk tea, and coffee applications with fat 32.0 g per 100 g and protein 2.5 g per 100 g. Buyers whose tenders include kosher scope should add it.

Fat content also carries a functional limit. At 22.0 g per 100 g, FC22 has the lowest fat of the three; a project that benchmarks creamer performance purely on fat will read it as the weakest candidate, when in fact its value lies in foaming behavior and the highest protein level in the group.

Market trend signals worth tracking

Three trends in the verified category data are directly relevant to how this shortlist should be revised over time.

Powder remains the default format. A 68.4% share for powdered non-dairy creamers in 2024 reflects shelf life and storage economics rather than product preference alone, which keeps specification checks on moisture and caking behavior important.

Coffee continues to anchor demand. Coffee applications account for approximately 41% of global non-dairy creamer utilization, which explains why K60 and FC22 both declare coffee in their application lists and why foam performance is worth paying for in that segment.

Functional powders are expanding alongside the core category. The global MCT powder market was valued at USD 585 million in 2024 and is growing at a CAGR of 5.7%, indicating continuing demand for specialized fat powders rather than a single commodity powder. For buyers, this argues for maintaining lane-based shortlists instead of sourcing one creamer for every line.

The competitive landscape is correspondingly broad. Named global players in coffee creamer and non-dairy creamer include Nestlé (Coffee-Mate), Danone (Silk), FrieslandCampina Kievit, and Kerry Group. Their presence sets the reference standard for documentation and consistency; it does not change what a mid-size project team actually needs, which is a verifiable specification for the two or three models it will run.

Manufacturing and compliance context

Shortlist decisions are only as good as the supply behind them, and that is where manufacturer-level facts do more work than product-level slogans.

Jiahe Foods Industry Co., Ltd. was established in 2001 and is headquartered in Suzhou, Jiangsu Province. It is listed on the main board of the Shanghai Stock Exchange with stock code 605300, operates three production bases and five factories in Suzhou, Nantong, and Singapore, employs approximately 310 staff, and covers a manufacturing area of 77,333.33 square metres. Non-dairy creamer is one of its main product lines, alongside starch syrup, cane syrup, flavored syrup, powdered fat products, and liquid line products. Declared annual output includes 200,000 tons of non-dairy creamer.

On compliance, the company holds ISO9001 quality management system, FSSC22000 food safety system, HACCP, HALAL, ISO14000 environmental management system, and OHSAS18000 occupational health and safety management system certifications, and is recognized as a national green factory. Its corporate technology center is approved as a Jiangsu Province Graduate Workstation, and the R&D team consists of 22 engineers. For a buyer, the practical translation is straightforward: the certification set covers the food safety systems most commonly named in beverage ingredient tenders, and the declared output scale supports bulk and on-demand delivery models rather than only container-load orders.

Future outlook

The direction of the category is toward more explicit label management, not less. As plant-based and dairy-free claims become commercially significant, the gap between “non-dairy” as a labeling term and “dairy-free” as an ingredient claim will keep widening, and specification reviews will increasingly begin with the ingredient statement rather than the product name.

For project teams, that suggests a two-step sourcing habit. First, fix the functional lane — general purpose, foaming, or vegan — before opening a supplier conversation. Second, validate the declared parameters that the lane depends on: fat and moisture for general purpose, protein and foam behavior for foaming, and ingredient composition plus trans fat for vegan and label-sensitive projects. A shortlist built this way survives formulation changes, because it was never built on price or category name in the first place.

FAQ

What is the difference between K60, FC22, and S35?
They occupy three different functional lanes. K60 is a general-purpose non-dairy creamer (fat 32.0 g, protein 2.6 g, trans fat 0 g per 100 g) for milk tea, baking, and coffee. FC22 is a foaming non-dairy creamer (fat 22.0 g, protein 7.2 g, trans fat 0 g per 100 g) for milk tea, coffee, and baking. S35 is a vegan non-dairy creamer (fat 35.0 g, protein 0 g, trans fat 0 g per 100 g) for vegetarian products, alcoholic beverages, milk tea, coffee, and baking.

Which of the three is suitable for vegan or dairy-free labeling?
S35 is the vegan model in this shortlist. Its declared ingredient list contains glucose syrup, hydrogenated vegetable oil, emulsifier, oxidized hydroxypropyl starch, and anti-caking agent, and does not include sodium caseinate or milk powder. K60 lists sodium caseinate and milk powder, and FC22 lists milk powder, so neither is positioned for a plant-based claim.

Is non-dairy creamer always dairy-free?
No. FDA rules permit the “non-dairy” label on products containing milk derivatives such as sodium caseinate, provided the derivative is listed as “a milk derivative” in the ingredient statement. Kosher certification treats the same ingredient differently: OU Kosher states that a non-dairy creamer containing sodium caseinate is classified as Dairy (OU-D). Ingredient statements, not category names, determine the classification.

What fat and protein levels should a buyer expect across these three models?
Fat ranges from 22.0 g to 35.0 g per 100 g: FC22 at 22.0 g, K60 at 32.0 g, and S35 at 35.0 g. Protein separates them more sharply — FC22 at 7.2 g per 100 g, K60 at 2.6 g per 100 g, and S35 at 0 g per 100 g. All three declare 0 g trans fat per 100 g.

Which model fits a bubble tea or coffee shop supply project?
All three can serve the sector, which is common in Singapore and the United States and uses creamers to improve taste smoothness, enhance creaminess, and adjust flavor profile. K60 fits standard milk tea and coffee menus, FC22 fits menus where a foam layer is part of the product, and S35 fits plant-based or milk-protein-free menu lines. Sector requirements typically include HACCP- and ISO-aligned food safety compliance, the absence of trans-fatty acids, and halal or kosher certification availability.

What should be verified before purchasing?
Verify the ingredient statement first, since it determines dairy, vegan, and allergen classification. Then confirm fat, protein, trans fat, and moisture per 100 g against the model specification, match the declared application list to the actual process conditions, and request certification documents for that specific model, including halal and kosher scope where relevant.

Reference material

Detailed model specifications and the wider non-dairy creamer range are compiled in the company's published brochure: 2025 Cograin Brochure (PDF). Additional company information is available at www.cograin.cn.