West Ujimqin Banner, Xilingol League, Inner Mongolia, China sales9@alchemist-chem.com 1531585804@qq.com
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Food Spices: From Ancient Markets to Modern Research

Historical Development

Spices have shaped trade routes and even driven empires to claim distant lands. My grandmother’s stories of merchants crossing the Silk Road weren’t just romanticized tales—trade evidence shows black pepper from India landing in Roman kitchens nearly two thousand years ago. Key spices like clove, cinnamon, and nutmeg changed hands in dusty bazaars, each pouch packed with stories of exploration and cultural exchange. In the Middle Ages, a pinch of saffron matched the cost of gold, pushing explorers to risk everything for access to islands where these rare flavors grew. Wars, treaties, and migration intertwined with the spread of seasonings, allowing each new blend to capture a piece of history. Over time, spice blending traditions passed down in families ensured flavors never lost their roots, even as they met new tastes in distant kitchens.

Product Overview

Step into any global kitchen and you’ll see a range of spices: pepper, cumin, cinnamon, turmeric, cardamom, paprika, and ginger, among others. Spices come dried, powdered, as seed, bark, root, or fruit, each carrying a unique profile. Whether a chili brings heat or coriander adds citrusy undertones, these distinct qualities shape cuisines across continents. Growing up, I learned early how the right pinch can elevate bland stews to family favorites, or signal the tradition behind every plate. Spices anchor both humble home cooking and the world’s finest restaurants—each container on the pantry shelf promising flavor and aroma found nowhere else in the grocery aisle.

Physical & Chemical Properties

The chemistry behind spices goes deeper than scent and color. Essential oils like eugenol, piperine, and curcumin give clove, black pepper, and turmeric their signature bite and fragrance. The cell structures trap oils and pigments, maintaining potency until crushed or roasted. Paprika’s rich hue comes from carotenoids, while cinnamon smells warm due to cinnamaldehyde. The grind size or method of drying impacts surface area, shelf life, and how quickly flavors release during cooking. Water content stays low to avoid mold, making proper storage vital in humid places. A lab analysis of each batch confirms both potency and contamination risks—ensuring that every sprinkle matches expectations for vivid color and intensity.

Technical Specifications & Labeling

Quality-assured spices arrive with detailed specification sheets, pinpointing moisture levels, volatile oil content, and limits on microbial presence. Countries set maximum residue levels for pesticides, heavy metals, and contaminants such as aflatoxins. On packaging, laws call for clear labeling of botanical names, place of origin, best-before dates, nutritional information, allergen warnings, and batch numbers for traceability. In my own work with local food businesses, I’ve noticed consumers increasingly demand non-irradiated, certified organic, and fair-trade logos. Regulatory agencies in the US, EU, and Asia push importers and manufacturers to record full traceability, every step from field to fork.

Preparation Method

The journey from field to kitchen shelf matters more than most people imagine. Farmers often hand-harvest spice crops at the peak of ripeness. Drying might happen under the sun or in mechanical dehydrators, both aiming to lock in volatile oils. Cleaning and sifting follow, removing dust, stones, or stems. Milling demands careful control—too much heat or friction strips away the most volatile aromas. Proper storage means low humidity, airtight containers, and often refrigeration in bulk trading warehouses. At home, grinding whole spices fresh delivers a burst of flavor impossible to replicate with pre-ground jars. This tradition runs through generations, from mortar and pestle in small villages to automated lines supplying large retailers worldwide.

Chemical Reactions & Modifications

Spices often kick off powerful reactions in both raw and cooked foods. Cooks who roast cumin see Maillard browning draw out nutty, smoky tones. Sautéing chili or paprika in hot oil releases capsaicin and carotenoids, coloring sauces and sharpening taste. Turmeric’s curcumin changes hue with pH, giving pickles a vibrant yellow in acidic brine. In biotechnology, fermentation of ginger and turmeric extracts delivers unique flavors for functional drinks or supplements. Researchers continue to explore how natural enzymes, high heat, or pressure modify volatile compound profiles, seeking fresher, more concentrated flavors while avoiding unwanted off-notes or degradation. Efforts continue in reducing contaminants, using ozone or other “green” technologies to sterilize while protecting delicate essential oils.

Synonyms & Product Names

Every region has its own language for spices. Coriander in Europe goes by cilantro in Latin America and Asia for its leaf, while recipes call its seed simply “dhania.” Black cumin, nigella, kala jeera—each name echoes a local market somewhere, even though all might reference similar flavors. Manufacturers market spice blends using evocative names like “Garam Masala,” “Cajun Seasoning,” or “Five-Spice,” each promising authenticity and tradition. In regulatory and scientific circles, product labeling shifts to the Latin binomial, so Cinnamomum verum or Piper nigrum leave no doubt about what’s inside. Knowing regional synonyms prevents confusion, especially for people seeking specific medicinal benefits or avoiding allergens in imported foods.

Safety & Operational Standards

Food safety authorities oversee every aspect from farm to table. Clean harvesting technology, rigorous hygiene on drying floors, and advanced screening for microbial risk have become standard. Food producers screen for Salmonella and E. coli, testing finished product before it hits shelves. As someone who has toured spice processing plants, I’ve seen everything from UV decontamination tunnels to third-party audits before any shipment leaves the dock. Workers train in hazard analysis, proper handling, and contamination prevention. Spices often sit at the start of ready-to-eat food lines, so even a small lapse could spark recalls. Strict standards on packaging materials, transport, and temperature guard against cross-contamination or product loss.

Application Area

Spices reach far beyond the salt and pepper mills on the dinner table. They flavor soups, sauces, and marinades, cure meats, infuse oils, brew teas, and brighten desserts such as cardamom ice cream or cinnamon pastries. Many play key roles in preservation, slowing spoilage and masking undesirable notes in cured or pickled items. Spices also appear in cosmetics, traditional medicine, natural colorants, aroma therapy, and even biopesticide formulas. Chefs and food technologists rely on their anti-oxidant, anti-microbial, and anti-inflammatory qualities. Spices now star in ready meals, health foods, and dietary supplements. My own experience following spice markets online shows a surge in demand for blends supporting gut health, immune response, and “clean label” processed foods.

Research & Development

Spice research moves faster than many people expect, blending advances in analytical chemistry and molecular gastronomy. Labs today can fingerprint dozens of active compounds in a single teaspoon, revealing full flavor potentials or tracking down sources of adulteration and fraud. Collaboration grows between botanists, food technologists, and nutritionists to breed strains higher in key oils or antioxidants. Large companies chase encapsulation solutions to protect flavors in long-stored products. Researchers also work on rapid testing for pathogens and mycotoxins to secure global supply chains. Medical studies examine spice extracts for antimicrobial, anti-inflammatory, and digestive properties, aiming to support functional food trends and offer sustainable alternatives to synthetic additives.

Toxicity Research

Not every spice belongs in every dish or in every dose. Nutmeg contains myristicin, which in large amounts turns psychoactive. Star anise can confuse buyers, since some types cause toxicity in children. Researchers in public health track the risks of contaminants like aflatoxin in chili powder or heavy metals in imported turmeric, which threaten both health and business credibility. Lab tests run before export and after processing, guided by regulations that cap maximum daily intakes for high-risk spices—especially where repeated, long-term exposures can cause harm. People now demand third-party verification, non-GMO assurances, and open traceability on every bag or bottle arriving in their kitchens.

Future Prospects

Looking ahead, spice production and use will likely keep climbing as global palates expand and adventurous home cooks seek new flavors. Traceability technology, satellite monitoring, and blockchain promise to tighten supply chains and guarantee authenticity. Research into eco-friendly farming and wild-growing methods could rejuvenate biodiversity in regions under monocrop pressure. Food companies look for ways to lock in flavor without relying on synthetic flavoring, turning to cold processing and micro-encapsulation. Spices also build a bridge to sustainable nutrition, replacing salt and sugar in reformulated foods shaped for wellness-centric consumers. Industry and academia look for green sterilization methods and bio-based packaging to cut carbon footprints. My sense from working with startup founders is that botanicals with novel health claims—packed in a convenient, grab-and-go format—will shape how the next generation discovers and enjoys the world’s oldest flavors.




What are the ingredients used in Food Spices products?

Digging Into the Spice Rack

Food spices pack a lot more than flavor into our favorite dishes. Just a pinch can send a meal from bland to unforgettable. It’s easy to look at a jar, see “spices,” and move on, but those ingredients shape the way we eat, and, if you care about what you put in your body, it pays to know what’s inside.

The Raw Materials

The backbone of a good spice blend comes from dried plant parts. Those can be roots, seeds, bark, berries, or flowers. Take black pepper—comes from dried, ground peppercorns. Cinnamon rolls out from the inner bark of specific tree species. Turmeric starts as a root, turned into golden-orange powder. Cardamom shows up in little pods packed with tiny, punchy seeds. These raw elements travel far. Some of the cumin you shake onto chili began its journey grown under the punishing sun in India or Iran. Food safety standards set in places like the US and Europe aim to keep contaminants and pesticide residues out, but the supply chain itself can get messy, which is a reason why buyers keep asking for better traceability.

The Additives We Don’t Always Notice

Pure single spices rarely stay all alone on retail shelves. Seasoned blends like taco spices or curry powders often rely on a few tricks for shelf stability and easy pouring. Manufacturers often add anti-caking agents so salt and spices don’t clump up in humid cupboards. Silicon dioxide, calcium silicate, and tricalcium phosphate land in many kitchen jars. Most of them get cleared as safe by food safety agencies, but the names can look intimidating.

Preservatives sometimes show up too. I’ve seen sodium benzoate and sulfur dioxide make appearances, especially in bulk or imported blends. Their job is blocking molds or spoilage, but people with sensitivities might watch out.

Fillers and Flavor Enhancers

A lot of commercial spice blends don’t just stop at plants and salt. Some reach for maltodextrin, a processed carbohydrate that lightens texture and bulks up volume. Monosodium glutamate (MSG) joins the mix to punch up that fifth taste, umami, especially in bouillon cubes and savory snack blends. Modern regulations require clear labeling, but crowded ingredient lists make it easy to lose track.

Other enhancers include yeast extract, hydrolyzed vegetable proteins, and added sugars. These ingredients can give a blend strength, but not everyone wants them. I’ve learned over the years that turning your spice jar and reading closely is one of the easiest habits for managing allergies or dietary needs.

Caring About What’s Inside

Buying loose spices from a trusted shop always felt less risky to me—there’s less room for hidden ingredients, and you control the blend. But buying pre-mixed, sealed spices often means you’re getting a product regulated for quality and safety.

Clean labels are becoming more than a buzzword. There’s growing demand for spice brands that skip artificial colors, flavors, and unnecessary fillers. Some countries already require plain English (or native language) labels so shoppers can make better choices. The push toward QR codes or digital transparency is growing, nudging suppliers to show origin and processing details. Consumer feedback reminds brands that trust builds over time—and that people care about authenticity and health, not just price or flavor.

Finding Real Flavor

The simple act of cooking gets more interesting when you know the story behind the spice. Not every bottled blend is equal, so paying attention rewards you with safer, tastier meals. Reading the label, trusting your supplier, and asking questions can help keep dinner as honest as it is delicious.

Are Food Spices products organic or natural?

Reality Check: What’s in the Spice Jar?

Ask anyone trying to cook healthy meals at home: standing in the spice aisle, terms like "organic," "natural," and "pure" jump out from almost every label. Supermarkets offer a dizzying array of choices, but those words don’t always mean what people expect. After digging into the puzzle, it’s clear that spices—those little jars promising bold flavors—tell a bigger story about modern food labeling and trust.

What Does “Organic” on a Spice Label Actually Mean?

For a spice to carry the organic label in the United States, growers and producers have to follow strict standards set by the USDA. Farmers can’t use synthetic pesticides, industrial fertilizers, or genetically modified seeds. Auditors inspect the entire process, from field to packaging. International travelers might notice similar rules under the EU or Canada’s certification systems. The certification isn’t cheap, so not every small farm participates, even if they grow clean crops.

Many people I talk to at neighborhood markets mention they pay extra for organic spices to avoid chemical residues. Research from the Environmental Working Group shows pesticide traces linger on conventionally grown spices, though amounts are rarely above legal thresholds. Yet, a Consumer Reports study found some non-organic spices in the U.S. tested positive for heavy metals. Even low-level long-term exposure to these metals isn’t something I’d want in my food, especially for kids.

“Natural” Sounds Reassuring, But Means Little

A “natural” claim on a spice jar, on the other hand, offers no strict definition or regulatory oversight. Companies can slap the word on pretty much anything that isn’t manufactured entirely in a lab. It suggests the spice came straight from the earth, but there’s no guarantee of fewer pesticides or safer handling. Once I learned that, I stopped treating “natural” as proof of anything positive.

FDA rules don’t really address the gap, either. Their webpage admits the “natural” label doesn’t account for production or processing methods. This can mislead shoppers into equating “natural” with “organic”—two very different realities.

Health, Flavor, and Trust

Organic spices aren’t just about safety—they often pack more flavor. Production methods highlight soil health and slow drying, which help lock in natural oils. I once did a side-by-side taste of supermarket turmeric versus a certified organic batch from a local co-op. The difference was obvious—not only in color, but also in depth of aroma.

Supporting organic growers also backs farmers who minimize their environmental impact. Less chemical runoff means cleaner water, healthier pollinators, and better working conditions for rural communities. Practices that treat soil with care tend to produce richer, more nutrient-dense crops. Science backs that up: multiple studies find slightly higher levels of certain antioxidants and minerals in organics.

Demand Accountability and Clarity

Shoppers deserve honest packaging. If a company markets a product as “natural,” they should back it up with specifics. Full traceability—fields, drying, grinding—provides confidence. Stronger labeling laws could close the gap between marketing lingo and real safety or ecological value. Until then, a USDA Organic stamp, or similar international mark, offers the clearest signpost for shoppers who care about purity and standards.

Choosing organic spices costs more, but pays back in safety, flavor, and integrity. Reading past front-label buzzwords lets us make smarter decisions. For people passionate about great food and a healthier world, that extra effort in the spice aisle is worth it.

Do Food Spices contain any allergens?

Reading the Label Isn’t Always Enough

A dash of cayenne, a pinch of cinnamon, or a shake of curry powder—spices bring life to a meal, but sometimes they carry far more than flavor. Many people trust those little jars in the pantry. Still, I’ve seen people side-lined at potlucks and left with swollen lips from a simple stew. It’s a shock how a tiny bit of seasoning can send someone running for allergy meds. As someone who cooks for a family with nut and sesame allergies, I’ve learned that reading the label is only the beginning.

Hidden Ingredients Lurk in Plain Sight

Allergic reactions to spices aren’t unusual. The underlying reason often traces back to hidden substances, such as mustard, sesame, or tree nut fragments. Some blends toss in anti-caking agents or traces of flour, and cross-contamination can sneak in during processing or packing. According to the American Academy of Allergy, Asthma & Immunology, common spice-related allergens include celery, mustard, sesame, and even garlic. These aren’t always flagged clearly unless laws in your country cover them. In the United States, the FDA only demands labeling for the top nine allergens—sesame got added in 2023, after years of advocacy from affected families.

Spice Blends: More Than Meets the Eye

Spice blends complicate things. Garam masala, taco seasoning, or pumpkin pie mix often combine many ground-up certainties in a single spoonful. Sometimes, manufacturers keep “proprietary blends” secret, and not every stray seed or nut is mentioned. My mother once nearly triggered an emergency with a “Cajun” blend that held traces of peanut flour, never disclosed on the front label. The lesson stuck: don’t trust a bland list of “natural flavors.”

Global Cuisines, Local Challenges

Many cuisines depend on particular seeds, nuts, or other potential irritants. Ajwain, fenugreek, and nigella seed are staples in Indian and Middle Eastern dishes. These can cause reactions in those already sensitive to peanuts, legumes, or sesame. Traditional African or Asian blends sometimes include crushed peanuts or exotic roots, which fly below the radar in Western regulatory systems. I remember shopping at local markets and realizing that handmade spice mixes might get ground on the same stone as nuts or wheat, even if they don’t technically ‘contain’ them.

What Can Shoppers Do?

Routine caution isn’t enough. Find brands that publish detailed ingredient lists and commit to allergen testing. Look for certifications or allergy warnings—even on seemingly “pure” ground spices. Call manufacturers if questions remain, since staff often know batch histories and cleaning practices for their facilities. Whole spices ground at home let you skip the guessing. Buy cumin seeds or cinnamon sticks and grind only what’s needed, which lowers the odds of accidental exposure.

Restaurants and Bulk Bins: A Risky Affair

Eating out adds another worry. Even well-meaning restaurant staff can miss hidden allergens within their seasoning blends. Bulk bins at natural food stores carry risk, since scoops and bins cross paths between types of spices and nuts. One slip introduces enough protein to cause trouble. Allergy-aware shoppers carry their own jars, and they pick suppliers that promise to segregate high-risk items in the warehouse.

Pushing for Change

Clearer laws could help. Wider adoption of labeling for less-common allergens—like celery and mustard in the European Union—keeps families safer. Ultimately, though, awareness saves lives. Recipes from trusted sources become the go-to for allergy-sensitive cooks. An ounce of caution beats a pound of regret. Spices build memories around the dinner table, but no one wants a dash of drama with their soup.

How should Food Spices products be stored?

Why Storage Matters for Every Kitchen

Walk into any kitchen and you’ll spot a spice rack somewhere—the most colorful part of the room, but often the most overlooked in daily maintenance. Spices turn bland dishes into personal favorites, yet so many of them lose their punch before half the jar is gone. The enemy here isn’t some culinary mystery; it’s plain old heat, light, air, and moisture. Spices cost real money, and with food prices rising, nobody wants to buy the same jar twice just because the first lost all its flavor.

Heat and Light Spoil the Fun

The first thing I realized from years of home cooking is, storing spices near a stove or in sunny spots cuts their shelf life short. Both ground and whole spices contain essential oils. Direct heat or sunlight pulls out those oils, leaving behind dull powder. I started stashing my jars away from the window and oven, and the difference was obvious—a jar of paprika or cumin kept fresh stays vibrant in taste and color much longer.

Keep Air and Moisture at Bay

Another mistake I’ve seen plenty of times: buying big, pretty spice containers with loose lids or using spoons straight from a simmering pot. The moment moisture gets into the jar, clumping starts, and soon after, mold may set in. Glass jars with tight-fitting lids protect spices best. Pull out the amount you need before you start cooking, especially if there’s steam in the kitchen. If you can reseal a pouch with a clip, even better—just keep it away from open air.

Plastic or Glass—Does It Really Matter?

It does. Spices stored in glass stay truer to their original scent and flavor, as glass doesn’t hold onto odors or let out aroma. Plastic works, but over time it can absorb stronger scents and even transfer flavors if you reuse containers. If you go through a spice slowly, use glass to stretch that purchase further. In my own kitchen, switching to basic glass jars (even reused jam jars) made storing easier and reduced weird flavor crossovers.

Labeling Avoids Guesswork

I used to squint at spice jars trying to figure out what’s inside, especially if the original label fell off or got smudged. Proper labels solve that, and it’s more than just convenience. Writing the purchase or expiry date helps too — most ground spices last two to three years, whole ones even longer. Cloves, peppercorns, and cinnamon sticks outlast their powdered versions, but keeping track means less waste and a fresher pantry.

Smart Placement Makes the Difference

Spices sitting near a dishwasher pick up warm, moist air. Cabinets over the stove get hot. I keep mine on a dedicated shelf in a cool, dry part of the pantry. Some folks use drawer organizers to keep jars lying flat, blocking out even more light. That trick has made finding the right ingredient less of a hunt and more of a grab-and-go while I’m rushing to get dinner on the table.

Winning Back Flavor and Money

Treating spices right leads to better tasting food without extra trips to the supermarket. People often focus on fancy gadgets or premium ingredients, but a fresh, smartly stored spice does more for dinner than most realize. From my own trial and error, it’s about respecting those little jars—not leaving them out, not letting them get damp, and making them easy to reach but hard for heat and light. It’s a simple routine, but the reward lands right where it counts: in the taste.

What is the shelf life of Food Spices products?

Looking at Time Through the Spice Jar

Spices can transform a basic meal into something worth remembering. But there’s a myth that jars of paprika or turmeric last forever, tucked away in the dark corners of a pantry, waiting to be called into action. From what I’ve seen in home kitchens, most people guess at spice freshness based on scent or color, if they think about it at all. A forgotten tin of ground cumin from two birthdays ago blends into the background, brought out when recipes demand bold flavors. Yet, fresh flavor doesn’t last as long as most hope.

Spices owe their taste and aroma to natural oils and compounds that break down over time. Whole spices like nutmeg or peppercorns tend to hold their punch for about three to four years, if they stay away from heat, light, and moisture. Ground spices—think cinnamon or chili powder—lose their strength after one or two years. Herbs, which carry even more fragile flavors, fade within a year. Storage conditions make a big difference. A spice rack above the stove makes a cozy home for flavor to disappear quickly, cooked away by heat and humidity from soup kettles and simmering pans.

Why Expired Spices Matter

Eating old spices won’t send you to the doctor, but they won’t do much for dinner, either. The drawback comes in the lost punch—the vibrancy that quality spices give to a meal. Imagine seasoning chili with weak, two-year-old chili powder. The end result lands flat, so cooks try doubling the amount, chasing flavor that isn’t there. You buy time by keeping everything tightly sealed and out of sunlight, but those oils still fade each day, no matter how careful you are.

Food companies lean on established guidelines—ground spices for two to three years, seeds and peppercorns for up to four. This doesn’t just benefit the consumer’s taste buds; it also supports kitchen safety. Fresh spices help avoid mold and contamination that start in moisture-rich environments. It is rare, but I’ve pulled out jars with odd smells, only to realize moisture got in and something started to grow inside. No one wants those surprises in their soup.

Labels with “best by” dates help, but sniff tests remain a long-standing tradition. Trust your senses. If cumin smells faint or basil has lost its green punch and looks pale and brittle, it’s time to replace them. Some folks try to revive bland spices by toasting them in a dry pan. They awaken a little, but never to full strength.

Toward Better Flavor—and Less Waste

Buy in small amounts. Most spice shops or grocery stores let you buy loose by the ounce. This keeps you from throwing money away on large containers that lose value every month. Sharing with friends can work, too—everyone gets fresher supplies and fewer jars gather dust. Storing spices in airtight containers, far from heat and sunlight, pays off every time you add them to a recipe.

People who cook often taste the difference right away. Spices push flavor to the front row only if they are lively and bright. A routine pantry check keeps old jars from dulling family favorites or special dishes. In the end, fresher spices always make better meals and better memories around the table.

Food Spices
Names
Preferred IUPAC name food spices
Other names Condiments
Seasonings
Flavourings
Herbs and spices
Flavor enhancers
Pronunciation /ˈfuːd ˈspaɪ.sɪz/
Preferred IUPAC name flavouring substances
Other names Condiments
Seasonings
Flavorings
Herbs and Spices
Spice Mixes
Pronunciation /ˈfuːd ˈspaɪsɪz/
Identifiers
CAS Number 8006-64-2
Beilstein Reference IV, 20
ChEBI CHEBI:62801
ChEMBL CHEMBL1201720
ChemSpider 157388
DrugBank DB01361
ECHA InfoCard 26e8b7be-1d13-4107-9e47-866a3b6a83e5
EC Number 07.1.1
Gmelin Reference Gmelin Reference: 116488
KEGG ko01093
MeSH D005088
PubChem CID 66454
RTECS number BK8050000
UNII 6K6R8G8NP9
UN number UN3319
CompTox Dashboard (EPA) CompTox Dashboard (EPA) of product 'Food Spices': DTXSID4074715
CAS Number 8006-64-2
Beilstein Reference 11, IV, 748
ChEBI CHEBI:27300
ChEMBL CHEMBL2108751
ChemSpider 3410757
DrugBank DB09462
ECHA InfoCard 12e259ed-198e-4cfe-8c7f-bc53ba89aa7a
EC Number EC 283-004-2
Gmelin Reference Gmelin Reference: 39982
KEGG ko01093
MeSH D005088
PubChem CID 5283830
RTECS number VX8225000
UNII W9K2RYI3W2
UN number UN1841
CompTox Dashboard (EPA) CompTox Dashboard (EPA) of product 'Food Spices': **DTXSID8038386**
Properties
Chemical formula C8H8O3
Appearance Food Spices typically appear as fine powders, coarse granules, dried leaves, seeds, or ground mixtures, exhibiting a variety of colors such as yellow, red, brown, green, or black, with textures ranging from smooth and uniform to coarse and leafy.
Odor Aromatic
Density 300 KG/M3
Solubility in water Insoluble
log P 2.74
Acidity (pKa) 4.5
Basicity (pKb) 1.03E+01
Magnetic susceptibility (χ) Diamagnetic
Refractive index (nD) 1.335 – 1.556
Viscosity Low
Dipole moment 0.00 D
Chemical formula C₆H₁₀OS₂
Molar mass Varies (mixture, not a single compound)
Appearance A mixture of fine powders or small granules in various shades of brown, red, yellow, or green, often aromatic and visually heterogeneous.
Odor Aromatic
Density 550 kg/m3
Solubility in water Insoluble
log P 3.49
Acidity (pKa) 3.3 – 6.0
Basicity (pKb) 4.02
Magnetic susceptibility (χ) Paramagnetic
Refractive index (nD) 1.336-1.560
Viscosity Low
Dipole moment 1.66 D
Thermochemistry
Std molar entropy (S⦵298) 322.79 J/mol·K
Std molar entropy (S⦵298) Food Spices": "314.7 J·mol⁻¹·K⁻¹
Pharmacology
ATC code A05B
ATC code A0B
Hazards
Main hazards May cause allergic reactions, respiratory irritation, or skin sensitization
GHS labelling GHS: Not Classified
Pictograms 🌶️🍛🧂
Signal word No signal word
Hazard statements There are no hazard statements for the product 'Food Spices'.
Precautionary statements Store in a cool, dry place away from direct sunlight. Keep container tightly closed. Keep out of reach of children. Avoid contact with eyes.
NFPA 704 (fire diamond) NFPA 704: 1-0-0
Autoignition temperature 470°C
Explosive limits Not explosive
LD50 (median dose) 3000 mg/kg
NIOSH 1901
PEL (Permissible) 10 mg/m3
REL (Recommended) 12 months
Main hazards May cause respiratory irritation, skin sensitization, and allergic reactions.
GHS labelling Not classified as hazardous according to GHS
Pictograms Spices, Condiments and Sauces
Signal word Warning
Precautionary statements Store in a cool, dry place. Keep away from direct sunlight. Keep container tightly closed after use. Not for medicinal use. Keep out of reach of children.
NFPA 704 (fire diamond) 1-1-0
Autoignition temperature 932 °F
LD50 (median dose) 2000 mg/kg
NIOSH DNOP712634
PEL (Permissible) 10 mg/kg
REL (Recommended) 42
Related compounds
Related compounds Bouillon cubes
Herb blends
Seasoning mixes
Salt substitutes
Curry pastes
Marinades
Condiments
Dry rubs
Aromatics
Sauces
Related compounds Flavor enhancers
Herbs
Seasonings
Condiments
Essential oils
Spice extracts
Dehydrated vegetables
Salt substitutes