West Ujimqin Banner, Xilingol League, Inner Mongolia, China sales9@alchemist-chem.com 1531585804@qq.com
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Non-Dairy Creamer: Evolution, Science, and Future Directions

Historical Development

Powdered substitutes for milk, known as non-dairy creamers, shape a modern food story built on practical needs and changing habits. These creamers trace their roots back to the years following the Second World War, when refrigeration stood out as a luxury, and shelf-stable foods made life easier for households and businesses. The 1950s saw the birth of popular brands like Coffee-Mate and Carnation, which offered a product that blended smoothly into hot drinks and stayed fresh without any need for cold storage. These products appealed to people looking to avoid lactose, and also to those searching for new convenience, opening doors for office coffee corners and diners serving endless cups. The early variations contained hydrogenated vegetable oils, corn syrup solids, and sodium caseinate, making them a far cry from traditional milk, yet offering a similar color and “creamy” illusion.

Product Overview

A modern non-dairy creamer usually comes as a free-flowing powder or an oily, pourable liquid. The core ingredients include vegetable fats—coconut, palm kernel oil, or soybean oil, transformed by hydrogenation—alongside sweeteners such as glucose syrup solids or sugar. To achieve a creamy look and taste, manufacturers add sodium caseinate (a milk protein, despite the “non-dairy” label), along with emulsifiers, stabilizers, and anti-caking agents. The flavor can be enhanced by artificial or natural options, with some versions highlighting vanilla or caramel notes. The end goal remains the same: mimic the mouthfeel and appearance of real cream, and dissolve easily in hot tea or coffee.

Physical & Chemical Properties

Non-dairy creamer powder typically feels light and flows easily due to added silica compounds or other anti-caking measures. It dissolves rapidly in hot water and produces a stable emulsion thanks to the interplay between emulsifiers (mono- and diglycerides, sodium stearoyl lactylate) and the fat content. On the chemical side, saturated and trans fats dominate in classic formulas, especially those relying on hydrogenated vegetable oils for spoon-coating thickness and a lingering aftertaste. Manufacturers tinker with fat content—ranging from low-fat types (about 10% fat) to those boasting richness above 35%. Consistency, mouthfeel, and flavor shelf-life link to how well the chosen oils interact with proteins and sugars at both high and low temperatures.

Technical Specifications & Labeling

Labeling rules form a core tension point in the creamer market. Many products still contain casein, so “dairy-free” only applies if there’s no milk-derived protein. Ingredient lists reveal not just sweeteners and fats but also a battery of stabilizers: dipotassium phosphate prevents curdling in acidic coffee, silicon dioxide keeps powder free-flowing, and lecithin gives a uniform blend. U.S. FDA oversight means nutritional labels must declare total fat, saturates, trans fat, carbohydrates, sodium, and, if present, allergens such as milk derivatives or soy. Halal, kosher, gluten-free, and vegan certifications are now standard for products branching into specialty markets.

Preparation Method

Fans of instant coffee mixes have watched how big players prepare creamer: Vegetable oils get refined, hydrogenated, and then mixed with sweeteners and milk proteins under tight temperature and agitation controls. To convert the oil and water-based mixture into powder, spray drying works almost everywhere in the industry, shooting the emulsion into a heated chamber to create tiny, dry particles. This process ensures a long shelf life, with minimal flavor loss until exposed to steam or hot water. For liquid versions, homogenization follows careful blending to avoid separation and improve smoothness, then packaging in light-proof, airtight containers to slow oxidation.

Chemical Reactions & Modifications

There’s real chemistry behind that splash of creamer. The hydrogenation process employed for vegetable oils alters the fatty acid profile, increasing shelf stability and improving texture but also creating trans fats. Emulsification stands out as another key reaction, letting oils and water-based components stay together without separation. Sodium caseinate forms micelles around fat droplets, keeping the blend stable in hot coffee without leaving an oily slick. To satisfy newer regulations, some companies enzymatically interesterify oils, swapping fatty acid chains to yield creamy properties with far fewer trans fats. Newer “clean label” options highlight coconut or oat oil, using sunflower lecithin for smoother dispersal and natural flavors to bridge the gap toward dairy’s sensory appeal.

Synonyms & Product Names

Shoppers meet a range of names in stores and supply catalogs. Besides “non-dairy creamer,” some brands opt for “coffee whitener,” “coffee enhancer,” or “powdered creamer.” International variants appear as “creaming powder” or “tea whitener.” Generics fill bulk bags for foodservice and vending, while retail labels offer flavors from French vanilla to mocha. Sodium caseinate may hide under “milk derivative” or “milk protein” in the small print. Wander down the specialty aisle, and you’ll see lactose-free, plant-based, or vegan creamers, often marked with bold graphics to emphasize their difference from traditional dairy or classical non-dairy blends.

Safety & Operational Standards

As non-dairy creamers grew in popularity, regulatory scrutiny kept pace. Manufacturers run microbial tests, monitor limits for heavy metals and pesticides in source oils, and watch that water activity remains low for shelf stability. Food safety standards—guided by the likes of ISO 22000 or HACCP plans—push for traceability from oil seed press to supermarket packet. Cleaning regimens at production plants remain strict, avoiding cross-contamination with allergens like milk or soy, especially for products labeled as vegan or allergen-free. Quality control laboratories screen for rancidity, breakdown products, and flavor consistency over the product’s stated life span. Certifications for kosher, halal, or gluten-free require additional documentation, adding layers to the oversight web.

Application Area

Coffee stands as the most visible home for non-dairy creamers, but their reach spreads wider. Vending machines, office pantries, institutional catering, and convenience stores keep tubs of powder or jiggers of liquid at the ready for hot beverages. The food industry brings these creamers into prepared cake mixes, whipped topping bases, protein shakes, and ice cream to cut costs and deliver smoother, richer textures. Food scientists note how small tweaks to fat or emulsifier content allow creamers to act as bulking agents, frosting extenders, or texturizers in everything from soup mixes to mashed-potato flakes. Quick-melting creaminess, low cost, and room temperature storage mean non-dairy creamers rarely sit idle in any modern kitchen.

Research & Development

Today’s food labs chase several goals: better flavor, cleaner ingredients, safer profiles, and green production. Many new studies focus on improved oil blends which minimize trans fats while offering satisfying mouthfeel, as well as alternate protein sources (pea, oat, or potato proteins) to support allergy-friendly labels. Solubility, creaminess, and flavor-release all get measured via specialized instruments—particle size analyzers, rheometers, gas chromatography for aroma tracking. Ingredient suppliers and another wave of startups hunt for functional plant extracts and natural antioxidants to replace artificial stabilizers and boost the “natural” image. Early products left behind a waxy aftertaste or odd smell when dry; now, R&D teams use flavor encapsulation, fermentation, and enzyme treatments to solve those problems and offer truly “creamy” experiences without animal inputs.

Toxicity Research

Consumers, researchers, and policy makers have given close attention to health risks linked to non-dairy creamers, especially those made with partially hydrogenated oils. These formulations pack sizable trans fats, which can drive up LDL cholesterol and raise risk of heart disease, as shown in numerous population studies and analyzed in government reports. Food science journals also point out that maltodextrins and artificial flavorings, while considered safe in the amounts usually consumed, may prompt digestive upset or allergy complaints in sensitive people. Modern products moving away from trans fats and toward natural emulsifiers show promise in reducing health risks. Yet, researchers still raise questions about chronic use of additives and micro-ingredients like titanium dioxide, found in some whitening agents. Studies keep tracking long-term safety for vulnerable groups such as children, pregnant women, or those with food sensitivities, pushing for both ingredient transparency and robust risk assessment.

Future Prospects

Non-dairy creamers remain a fixture of fast, flavorful beverage preparation despite health debates and shifting market winds. Plant-based alternatives grow fast, letting almond, coconut, soy, and oat lend body and color in beverage aisles worldwide. Environmental concerns drive a push for oils sourced sustainably or produced with lower carbon footprints. Companies now race to retool supply chains and swap old additives for recognizable, “kitchen cupboard” ingredients. Flavor remains fiercely competitive, with natural sweeteners and auto-foaming blends on the rise, matching the trend for homemade barista drinks. Food technology teams are beginning to focus on biodegradable packaging and reduced processing energy. The challenge for the next generation: create a cleaner, creamier product without hidden risks or off-notes, one built for health and taste, with nutrition panels that need no squinting to read.




What is non dairy creamer made of?

Peeking Inside the Coffee Companion

Non-dairy creamers line grocery shelves and coffee shop counters everywhere, but just reading the label rarely clears up what’s inside. Having spent years reading food ingredient lists and hunting for lactose-free fixes for my coffee, I’ve learned that “non-dairy” often means “a mix of plant tricks, chemical magic, and sweetener.”

The backbone of non-dairy creamer is usually a mix of vegetable oils and sweeteners. Manufacturers reach for things like coconut oil, palm kernel oil, or soybean oil. These oils carry a neutral flavor and, once hydrogenated or refined, deliver the creamy texture some expect from real cream. Hydrogenated oils often turn up in powdered creamers because they keep the powder shelf-stable. Sugar or corn syrup solids bulk up the blend and give that sweet edge some folks crave in their morning mug.

For me, reading “hydrogenated” or “partially hydrogenated” sets off an alarm — these words signal trans fats, which decades of research link to heart disease. The FDA started cracking down, but some products still slip smaller amounts in. Anyone worried about cholesterol shouldn’t skip over this point.

The Rest of the Mix

Besides oils and sweeteners, non-dairy creamers use various thickeners, emulsifiers, and additives. Sodium caseinate appears often, which, despite the “non-dairy” title, comes from milk protein. I’ve met plenty of folks with dairy allergies who got an unwanted surprise from drinking what they thought was a safer choice. Plant-based versions skip sodium caseinate, but always check, as the term “non-dairy” plays fast and loose with how strictly it avoids animal ingredients.

You’ll also find mono- and diglycerides, which act as emulsifiers. Additives like dipotassium phosphate show up to stop the creamer from curdling in hot coffee. For color, annatto or artificial dyes do the job, and natural or artificial flavors round out the cup.

Why Does It Matter?

Most coffee drinkers I know want convenience, pleasant taste, and sometimes a long shelf life. Non-dairy creamers deliver these benefits, but at a cost. Trans fats can linger in your bloodstream and raise bad cholesterol. Artificial flavors and thickeners mean a less wholesome creamer compared to pouring milk or even plant milk into your cup. From my own experience trying to live with food sensitivities, these blends sometimes sneak more allergens and additives into the everyday routine.

Finding Better Alternatives

Some brands now use sunflower or coconut oil, steer clear of trans fats, and drop sodium caseinate for oat or almond-based options. If you see “fully hydrogenated” instead of “partially hydrogenated,” that’s an improvement — those don’t create trans fats. More transparent brands will actually name the plant sources and steer clear of chemical-sounding ingredients.

Curiosity about labels helps. If you want a creamer without dairy, trans fat, or extra sugar, try plant milks or new non-dairy blends using oats, almonds, or cashews. There’s less mystery and fewer industrial additives. For anyone dealing with food allergies or seeking the cleanest ingredient list, skip the powdered jug altogether and try making your own with soaked nuts, filtered water, and a hit of maple syrup.

People deserve clarity about what’s hiding in their favorite coffee toppers. If you’re watching your cholesterol, manage allergies, or just want to know what goes into your morning brew, reading those tiny ingredient lists pays off every time.

Is non dairy creamer vegan?

Looking Past the Packaging

You see “non dairy” on the label and might think there’s no risk for anyone avoiding milk, but the story underneath the lid is more tangled. Most people want quick answers, yet those cans and cartons tell half-truths. The term “non dairy” feels like a promise, especially in coffee shops or hotel lobbies. Still, it often means what’s inside isn’t cream, but it doesn't automatically mean free of all animal products.

Digging Into Ingredient Lists

I’ve spent years reading ingredients, especially after seeing folks brush off allergies or avoidances with a casual “just use the creamer.” Many popular non dairy creamers include sodium caseinate. This protein comes from milk. Some brands argue it doesn’t count as real dairy. These creamer makers lean on an old FDA loophole, letting them call products “non dairy” if they contain caseinate, as long as it doesn’t provide significant lactose. Looking for a vegan cup, I started to feel like I needed a science degree just to make a cup of coffee.

Why It Matters for Vegans and the Lactose Intolerant

For vegans, any bit of animal protein breaks the basic rules. For those with milk allergies or sensitivities, traces pose actual health problems. After a friend landed in the ER with a reaction to a cup of “non dairy” creamer, I stopped trusting brand promises. You want to see plant-based oils, sugars, emulsifiers—no sneaky milk proteins. A short ingredient list with clear plant sources usually signals safety.

Checking the Science and the Rules

Industry regulations trail behind consumer expectations. The FDA has not kept pace with changing diets. The agency’s labeling standards focus on fat and lactose, not on casein or animal origin. Some companies like Nutpods or Silk make openly vegan creamers, using oat, soy, or almond milk, and print “vegan” right on the bottle. Those brands know their audience: customers who want zero confusion and full transparency. Some older brands, though, stick to their “non dairy” story without explaining what caseinate means for someone hoping to make ethical, allergy-safe choices.

Solutions for a Trustworthy Cup

Coffee rituals should comfort, not stress. Short of new FDA rules, shoppers end up relying on their own vigilance. Bring a bottle from home if you’re headed to the office or out traveling. Scan every label for sodium caseinate, lactose, or hidden milk electrolytes. Write to brands and request clear plant-based certification. Apps can help scan barcodes or check ingredient lists on the fly.

Supporting brands committed to real transparency, who openly declare vegan status or use only certified plant-based ingredients, steers the market toward honesty. Food is too personal for half-answers. I’d rather do five minutes of homework and enjoy a guilt-free, safe cup than roll the dice with my health or my values.

A Real Vegan Cup

True vegan creamers list only plant ingredients: coconut oil, almond milk, oat or soy, natural flavors, no animal proteins hiding behind scientific names. For the most reliable vegan option, homemade blends of oat milk and coconut oil offer creamy coffee and peace of mind. The move away from milk in my coffee took some trial, some error, but brought clarity. The best creamer for vegans starts and ends with plants—no loopholes, no surprises.

Does non dairy creamer contain lactose?

Decoding the Label: What’s Hiding in Non Dairy Creamer?

Standing in the coffee aisle, staring at piles of “non dairy” creamers, I used to assume these powders and liquids were safe, especially for friends dodging dairy. “Non dairy” sounds clear, but as with many food labels, things get muddy.

Many folks with lactose intolerance pick up a store-bought creamer thinking it means a problem-free cup of coffee. I’ve seen more than one friend end up with an upset stomach because they trusted the front of the package without flipping to the ingredient list. Food companies know “non dairy” catches the eye, but this phrase often means “no cream or milk as a main ingredient,” not “completely dairy-free.”

The Truth About Ingredients

Every good decision starts by reading the label. A lot of non dairy creamers use ingredients like corn syrup solids, hydrogenated oils, and artificial flavors. These don’t sound appetizing, but the part that brings surprises is the casein or sodium caseinate. Casein comes from milk. While this protein has little lactose, folks with strong dairy allergies cannot touch it.

Most mainstream creamers remove almost all lactose in the processing of caseinate. Nestlé, Coffee-Mate, and similar brands feature disclaimers like, “contains milk derivatives.” They skirt around real milk and keep lactose down, but they still use ingredients from milk. Anyone with extreme lactose intolerance might not react, but someone with a milk allergy absolutely could. Reading before sipping becomes a habit, not just a suggestion.

A big survey published by the National Institutes of Health found about 36% of Americans have some degree of lactose malabsorption. Lumping all these people with those who have true milk allergies is a common mistake. If you’re in the former group, trace amounts may pass through without a problem. Allergic folks take risks with even tiny amounts, and for them, casein isn’t safe at all.

Why Transparency Matters

Every time a food company leans into murky label language, trust takes a hit. FDA rules allow “non dairy” if the product doesn’t use real milk or cream as a main ingredient, but they don’t demand clear allergy warnings unless an actual allergy-causing protein sneaks in.

It makes sense for people to get frustrated. If non dairy creamer still triggers reactions or digestive drama, calling it “non dairy” seems misleading. Folks depend on labels for medical reasons, not just for flavor. Companies printing honest, easy-to-read disclosures, or a bold “contains milk protein” warning, would save shoppers my kind of confusion in the coffee aisle.

Savvy Sipping: What’s the Solution?

More usable options meet the market these days. I notice oat and coconut creamers now offer true dairy-free alternatives, made without a trace of milk. They use plant-based oils and natural flavors, giving a smooth, creamy texture. These work well for most with lactose intolerance or dairy allergies.

The best move always comes back to checking that ingredients list and spotting any mention of casein, whey, or milk proteins. If in doubt, plant-based options provide peace of mind. So you can enjoy your morning coffee without the underlying worry—and without the stomach trouble.

Is non dairy creamer safe for people with nut allergies?

Everyday Risks Hiding in Coffee Additions

Taking a closer look at what goes into a cup of morning coffee can reveal a few surprises, especially for those who deal with food allergies. People who react to nuts often end up reading every label twice, thinking about possible cross-contamination at every meal. With non-dairy creamers showing up as a swap for traditional milk and cream, the big question lands: how safe are these powdered or liquid whiteners for those watching out for nut allergens?

The Makeup of Non-Dairy Creamer

Non-dairy creamer usually gets its creamy look and taste from combinations of corn syrup solids, vegetable fats, stabilizers, and flavorings. Some brands even sneak in milk proteins like sodium caseinate. The tricky part? Despite the name “non-dairy,” these products aren’t always free from ingredients that cause problems for allergy-prone folks.

Allergy Risks Lurking Beneath the Surface

A handful of creamers use almond, coconut, or cashew flavorings, especially those marketed as plant-based or vegan. Some are made in factories where tree nuts are used in other products. Any time production lines share equipment, a real danger appears for people who can’t tolerate the smallest traces of nut protein. I’ve learned, in my own kitchen, that manufacturers change recipes or facilities without big announcements. A familiar product can become a hazard overnight.

Looking at food allergy data, nut allergies rank among the most severe, with reactions that can turn life-threatening fast. The FDA’s guidance on labeling tries to keep people safer, but accidental exposures offer tough lessons. Sometimes, language on packaging stays vague—phrases like “may contain” or “produced in a facility with…” turn choosing a simple creamer into a guessing game. The law covers the eight major allergens, but not every risk gets called out on every container, especially for anyone with more than one allergy trigger.

Building Trust with Every Sip

Safety grows from habits and information. Choosing a creamer needs more than flipping it over in the grocery store. Consumers benefit from reaching out to manufacturers with direct questions about ingredients, production, and cleaning routines. I recommend keeping records; jotting down confirmed safe brands and batch codes lets you avoid repeat accidents. Online allergy communities sometimes have the most up-to-date reports from people who’ve actually called the hotlines or written emails.

Many people with nut allergies end up making their own creamers at home. That approach gives control over every ingredient, from plant milks to sweeteners and oils. For those who want ready-made options, some brands specifically avoid nuts in both recipes and facilities. Food allergy advocacy groups like FARE provide detailed lists of safer options after reviewing suppliers and customer experiences.

Better Solutions on the Horizon

More transparent labeling would go a long way toward building confidence for everyone at risk. Some retailers now require suppliers to complete regular allergen audits. Hospitals and schools increasingly check foods for undeclared allergens using outside labs. With rising allergy rates, companies respond to feedback—when people speak up about their needs, safer and clearer products eventually follow.

As someone who knows the constant stress of double-checking every label, I see progress inching forward. Communication and advocacy shape a safer market. Nut allergy families shouldn’t need to play detective with every cup of coffee. It’s time for manufacturers to step up and deliver clear, honest, and careful products to the shelves.

How long does non dairy creamer last after opening?

The Real Shelf Life in a Busy Kitchen

Standing in the kitchen, you reach for the non dairy creamer again, realizing you can’t remember exactly when you cracked that lid open. Plenty of us fall into this habit: coffee isn’t coffee without a splash of that creamy, sometimes hazelnut-flavored powder or liquid. Non dairy creamers, whether liquid or powdered, fill shelves in almost every grocery store. Everyone expects them to last forever, but reality brings surprises.

Actual Expiration vs. Practical Use

Every package has a date—produced, best by, use by—the lot. For a powdered product stored dry in a sealed container, expect three to six months of good flavor after opening. Liquid non dairy creamers sitting in the fridge tend to be safe for about one week to two weeks after cracking the seal, though some shelf-stable varieties can hang on for two weeks after opening if kept refrigerated. Mold, off smells, and curdled bits show up when these products creep far past their prime.

Why It Matters: Health, Taste, Waste

It might sound dramatic, but stale or spoiled creamer can leave you with an upset stomach. Case studies from food safety watchdogs show people getting queasy from expired non dairy products. My own fridge once hid a bottle of forgotten French vanilla creamer in the back. I took a risk, poured it out, and later regretted the decision with a quick run to the medicine cabinet. Off flavors and odd textures often greet your taste buds before bacteria ever do their work.

According to the USDA, non dairy creamer doesn’t invite the same bacteria as fresh milk, but nothing defies time forever. Mold and yeast feast on opened containers exposed to moist, warm air. Reports from Consumer Reports and the National Coffee Association both emphasize storing it cold, sealed, and away from the stove’s steamy heat.

Label Reading Isn’t Enough

Manufacturers play it safe setting expiration dates. Real freshness depends on your storage habits. Liquid openers should stay refrigerated, even those labeled shelf-stable. Once powder absorbs enough moisture from a steamy kitchen or coffee spoon left damp, clumps grow. If you see them, or notice anything sour, toss it. No virtue exists in risking your favorite mug for a few tablespoons of questionable powder or liquid.

Handling Non Dairy Creamer Smartly

Opening a new container? Write the date right on the package. Simple but effective—I keep a marker by my coffee station for this purpose. Never pour straight from the bottle if you can avoid it. Steam and coffee drips enter the container, turning the contents into a playground for bacteria. Scoop with a clean, dry spoon, or if liquid, pour away from your mug so steam doesn’t enter.

Solutions: Make It Last, Avoid Waste

Consider smaller packages if you drink coffee solo or only on weekends. Grocery stores offer plenty of single-use sachets, reducing the risk of spoilage. For households that plow through creamer, bulk still makes sense. Stay alert for any change in smell or texture; the nose and eyes catch trouble before most expiration dates.

If you want to dodge additives altogether, try oat or soy milk as a natural creamer substitute. They spoil faster than powdered creamers but, with good habits, offer a cleaner label and fresher taste. Bottom line—no creamer can outwit time. If it smells, looks, or feels wrong, compost it and start fresh.

Non Dairy Creamer
Names
Preferred IUPAC name non-dairy coffee whitener
Other names Coffee Whitener
Coffee Creamer
Non-Dairy Whitener
Tea Whitener
Artificial Creamer
Powdered Creamer
Milk Substitute
Pronunciation /nɒn ˈdɛə.ri ˈkriː.mər/
Preferred IUPAC name Non-dairy creamer does not have a single Preferred IUPAC Name because it is a mixture of various compounds (such as vegetable oils, glucose syrup, emulsifiers, and proteins), not a pure chemical substance.
Other names Coffee Whitener
Tea Whitener
Coffee Creamer
Non-Dairy Whitener
Powdered Creamer
Milk Powder Substitute
Pronunciation /nɒn ˈdɛəri ˈkriːmər/
Identifiers
CAS Number 173022-51-0
Beilstein Reference 3850836
ChEBI CHEBI:130912
ChEMBL CHEMBL2108509
ChemSpider null
DrugBank DB13915
ECHA InfoCard 100000021375
EC Number 01.08.01
Gmelin Reference 840874
KEGG C19621
MeSH D017668
PubChem CID 24899763
RTECS number RR8400000
UNII 6M8S0F73Y6
UN number UN1950
CAS Number 160709-97-7
3D model (JSmol) NONDAIRYCREAMER
Beilstein Reference 3588736
ChEBI CHEBI:133403
ChEMBL CHEMBL2103839
ChemSpider
DrugBank DB14645
ECHA InfoCard EC Number: 931-292-6
EC Number 21002
Gmelin Reference Gmelin Reference: "Non Dairy Creamer" does not have a Gmelin Reference.
KEGG C00256
MeSH D016477
PubChem CID 24899630
UNII 6M4NSC67ZO
UN number UN1950
CompTox Dashboard (EPA) DTXSID5028815
Properties
Chemical formula C12H22O11
Molar mass Unknown
Appearance White or light yellow, free-flowing powder, no caking
Odor Neutral
Density 0.55 g/cm3
Solubility in water Soluble in water
log P 0.07554694
Acidity (pKa) 4.5
Basicity (pKb) 7.1
Magnetic susceptibility (χ) Diamagnetic
Refractive index (nD) 1.3420
Viscosity Viscosity: 30-60 cP
Dipole moment 0.00 D
Chemical formula C12H22O11
Appearance A free-flowing, fine, off-white to light cream colored powder
Odor Characteristic
Density 0.55 g/cm³
Solubility in water Soluble in water
log P 3.27
Acidity (pKa) 4.5 - 7.0
Basicity (pKb) 8.2
Magnetic susceptibility (χ) 6.94e-6
Refractive index (nD) 1.340 - 1.350
Viscosity Viscosity: 30 – 40 cP (25°C)
Dipole moment 0.00 D
Thermochemistry
Std molar entropy (S⦵298) 3.443 J/gK
Std enthalpy of formation (ΔfH⦵298) -2.202E+03 kJ/kg
Std enthalpy of combustion (ΔcH⦵298) -23.75 kJ/g
Std molar entropy (S⦵298) 5.76 J·mol⁻¹·K⁻¹
Std enthalpy of formation (ΔfH⦵298) -3.14E+02 kJ/mol
Std enthalpy of combustion (ΔcH⦵298) -23.39 kJ/g
Pharmacology
ATC code Not assigned
Hazards
Main hazards Main hazards: Dust may form explosive mixture with air.
GHS labelling No GHS labeling required.
Pictograms 05-036-04,11-024-00,13-022-00,09-005-10
Signal word Warning
Precautionary statements Store in a cool, dry place. Keep away from direct sunlight. Seal tightly after use to avoid moisture absorption. Not to be used as infant food.
NFPA 704 (fire diamond) 1-1-0
Flash point > 200°C
Autoignition temperature 437°C
Lethal dose or concentration LD50 (oral, rat): 10,000 mg/kg
LD50 (median dose) 4.8 g/kg
NIOSH DAA85000
PEL (Permissible) 20 mg/kg
REL (Recommended) 5 - 10
GHS labelling GHS05; GHS07; Warning; Causes serious eye irritation; Causes skin irritation
Pictograms Soybeans; Milk (absent); Nuts (absent); Gluten (absent)
Signal word Warning
Precautionary statements Store in a cool dry place and avoid direct sunlight. After opening, close the bag firmly and use up as soon as possible.
NFPA 704 (fire diamond) NFPA 704: 1-1-0
Autoignition temperature 430°C
Explosive limits Explosive limits: 20–60 g/m³
Lethal dose or concentration LD50 (oral, rat): 10,000 mg/kg
LD50 (median dose) LD50: 10,000 mg/kg (rat, oral)
PEL (Permissible) 0.02
REL (Recommended) 35 g
Related compounds
Related compounds Non-dairy creamer, dry
Non-dairy creamer, liquid
Coffee whitener
Cream substitute
Powdered creamer
Related compounds Milk substitute
Coffee whitener
Soy milk
Almond milk
Evaporated milk