Cabbage has grown in kitchen gardens for centuries, showing up in diets long before the rise of global food industries. People dried vegetables for preservation out of necessity, well before convenience food shelves loaded up with pre-packed meal kits. Soldiers and travelers packed dried cabbage into satchels for the long haul, a practical solution to low-tech food storage problems. In the early 20th century, food science shifted these traditions into standardized practices. Dehydrated cabbage played a quiet but steady role during wartimes, both World Wars serving as milestones where mass preservation became invaluable. As city living surged and home canning shrank, companies picked up the preservation torch, pushing out soup mixes and instant meals. The journey from humble garden staple to commercial product reached a new phase in the latter half of the twentieth century, when convenience met technology, and suddenly, dried cabbage found new markets in both food manufacturing and niche health communities.
Dehydrated cabbage takes the leafy vegetable, removes most of its water, and leaves behind a lightweight, shelf-stable product. It resembles chewy flakes or coarse powder, faintly sweet with a noticeable earthiness. Compared with fresh cabbage, it travels easily and outlasts typical storage times. In the commercial food world, this speaks volumes — think of backpackers needing calories without spoilage or big kitchens wanting consistent flavor any season. I’ve watched chefs reach for the stuff not out of laziness but as a smart way to preserve cost and cut out prep time. Dried cabbage pops up in instant soups, spice blends, ready meals, and baked snacks. Its role in reducing waste remains key, letting producers salvage produce that otherwise would be trashed for cosmetic flaws or logistics issues.
The typical appearance of dehydrated cabbage runs from pale green to tan or silvery white, depending on the original variety and the drying method. A good product still carries that unmistakable brassica aroma, especially when rehydrated. Texture-wise, it shifts from crisp and brittle while dry, returning to a tender bite after soaking. Chemically, drying locks in much of the cellulose, sugar, and fiber, with some vitamin loss along the way — notably vitamin C, which rarely survives high heat or prolonged air exposure. Polyphenols, antioxidant compounds abundant in cabbage, stick around fairly well using low-temperature dehydration. Moisture content drops dramatically, usually below 8%, which helps keep bacteria and mold at bay. Sodium can jump if manufacturers use brine before drying, so it pays to check the label. In practical terms, the biggest shift comes from the watery green crunch of the garden to the practical utility of something that outlasts its fresh counterpart by many months.
You’ll rarely see two bags of dried cabbage that look or perform exactly alike; color, cut size, and origin influence appearance and shelf life. Good manufacturers control for size so the flakes or shreds hydrate evenly. Reputable sources show moisture levels in a certificate of analysis, aiming for less than 8% as industry standard. Sulfites sometimes get added to help keep the color bright, but they’re a common allergen and demand clear mention on labels. Clean labeling standards push suppliers to disclose processing aids, anti-caking agents, or additives, though high-quality products keep this list short. High-volume buyers — think soup or noodle manufacturers — want data like microbial counts and heavy metal testing, especially with increased scrutiny on food safety. Clear product origin tracing now matters as much as price, especially around concerns over pesticide residue in cabbages sourced from certain regions.
Preparation starts in the field with clean, mature cabbages. Harvesting early in the day, when water content runs higher, can help with texture and flavor in the end product. On the factory side, trimming and shredding happen fast, limiting air exposure that browns the leaf edges. Blanching pops up often, softening the cell walls, killing off surface bacteria, and reducing enzyme action that leads to flavor fade or color loss. Next up, the real transformation kicks in: hot air ovens, vacuum dryers, and sometimes freeze-drying chambers pull out the water. The slower the heat and the quicker the dry, the better the flavor and nutrients stick around. Big players speed up the process to churn out tons of flakes, but craft-level producers sometimes swear by slow, gentle heat for a richer flavor. In my experience, soaking the resulting product in warm water for 15 minutes brings it back to almost fresh form, especially for coleslaws or soups. Industrial kitchens often add it directly to hot broths; it rehydrates and softens on the fly.
Drying triggers a handful of chemical changes, with the most dramatic impact on pigments and flavor compounds. Unchecked, enzymes like polyphenol oxidase can darken the cabbage—hence blanching steps to keep things bright. Water loss means some vitamins, especially C and B-group, take a hit, but the core flavors—sulfur compounds and mild sugars—intensify from concentration. If dehydration happens at high temperatures, caramelization and Maillard reactions start to creep in, giving a roasted, slightly sweet background to the final product. Sulfiting, a process common in commercial output, fixes chlorophyll and delays oxidation but introduces its own allergenicity. On the research side, there’s growing evidence that careful temperature management preserves glucosinolates, a group of sulfur-based nutrients gaining attention for potential cancer-fighting abilities. Sodium or calcium salts might make an appearance in cheaper offerings, especially to stabilize texture, but purists argue this muddies flavor and complicates labeling.
Anyone hunting for dehydrated cabbage on a shelf or in a trade catalog will spot a list of names: dried cabbage, cabbage flakes, air-dried cabbage, or cabbage powder. In Asia, you’ll see terms like “ganyancai” or “kabisah kemarau” in recipes and store signage. The pet food industry might tuck it under “vegetable inclusions” or “dried leafy greens.” Specialty food sectors get fancier—“brassica dehydrata” on ingredient lists or “preserved cabbage” in certain emergency meal packs. Wherever you look, each of these shares the core idea: rescue the flavor and function of fresh cabbage and remove the perishability. Confusion kicks in sometimes with “sauerkraut powder,” since that version starts with fermented cabbage. It pays to read beyond the headline in any ingredient list, especially in markets worldwide where translation between names and applications isn’t always straightforward.
Food safety starts in the fields, where pesticide levels, handling hygiene, and water quality shape the first stage. Certification programs like GAP (Good Agricultural Practices) matter, not just logos on a label but as assurance that basics like soil contaminants and farm worker safety don’t get overlooked. In factory settings, sanitary design drives the build-out of dehydrating lines, with frequent swab-testing and segregation between raw and ready-to-pack spaces. HACCP (Hazard Analysis and Critical Control Points) plans matter for each batch, flagging risks like Listeria, Salmonella, or E. coli that could turn an innocent salad garnish into a hospital trip. I’ve seen strong companies test every production run, releasing only what clears strict thresholds for microbial activity and heavy metals. Allergens and undeclared sulfites draw the tightest regulations, with even trace amounts prompting recalls if not properly listed. Strict procedures also extend to traceability — every bag ideally links back to a field, a pick date, and a production shift, a system that’s moved from nice-to-have to non-negotiable for leading buyers.
Dehydrated cabbage shows up in more than just soup packets. Large-scale kitchens incorporate it into mass-made meals for schools, canteens, and military programs. Pet food manufacturers lean on it as a source of fiber and phytonutrients. Outdoor retailers supply hikers and campers with dried vegetable blends that feature cabbage for vitamin K and folate. Humanitarian organizations count on its nutritional staying power and long shelf life for food aid shipments during emergencies or famine response. In the recent boom of plant-based snacks and instant noodles, even chefs in progressive kitchens sneak it into burger blends and savory bars. Beyond direct food use, cosmetic producers have experimented with cabbage extract as a skin soother, leveraging its sulfur compounds. Scientists keep an eye on potential for specialized nutraceuticals, especially extracts with high levels of indoles and sulfur-based antioxidants.
Modern R&D builds on old knowledge with new priorities: greater nutrient retention, zero-waste processes, and flavor authenticity. Pilot plants now experiment with lower heat and vacuum-based dehydration, locking in more vitamin C. Extended shelf-life packaging, like nitrogen flushing, pushes back against flavor loss and oxidation. Researchers dig into cabbage’s phytochemical content, aiming to optimize both health benefits and product safety. Data backs up that some dehydration methods preserve nearly 80% of glucosinolates, a big selling point for health-focused users. Recent R&D also tackles environmental footprints, with side-stream valorization strategies, such as converting cabbage off-cuts into animal feed or food ingredients. The next horizon looks further: gene-editing projects in certain regions focus on selecting cabbage strains that better withstand the stress of dehydration, ensuring stronger flavor and color in the dry product. Developers tune texture for emerging markets—think noodle cups in Asia versus vegan jerky in Europe. Continuous investment in sustainable materials and reduction of processing inputs has already pushed leading brands into the sights of major global buyers.
Routine studies on dried cabbage focus on residual pesticides, mycotoxin buildup, and heavy metals. Cabbage, as part of the Brassica family, doesn’t naturally produce harmful alkaloids, but poor handling can let mold take hold, risking aflatoxin contamination. Regular screening in labs connects samples to standards set by organizations like the World Health Organization and the European Food Safety Authority. A handful of cases link sulfite allergies to processed dried cabbage, emphasizing the importance of clear labeling and recall systems when batches test high. Recent toxicology reports suggest low risk for the average consumer; main threats stick to external contamination rather than the cabbage itself. Ongoing research probes the subtle effects of long-term exposure to trace contaminants, especially in markets relying heavily on dried vegetables for basic nutrition. Farm-to-factory traceability continues to tighten food safety assurance, holding back risks before they reach lunch tables.
Looking ahead, dried cabbage isn’t just about soup mixes anymore. Climate change puts pressure on fresh supply chains, boosting demand for shelf-stable, nutritious ingredients. Investors eye companies turning vegetable scraps into functional food products, seeing both planet-friendly and bottom-line appeal. High-tech drying methods, combined with AI-driven quality controls, have started to deliver more consistent and tastier products. With the rise of plant-based diets and the push for food security, demand for long-lasting, minimally-processed greens grows louder. Buyers, cooks, and consumers look for higher nutrition, lower sodium, and fewer additives in everything, dried veggies included. Brands using clean energy and local sourcing pull ahead in competitive markets. Food scientists see promise in fortifying dried cabbage with extra antioxidants, turning a once wasted leaf into a premium superfood. Community-driven, low-tech drying projects show up in places cut off from big supply chains, connecting ancient methods with modern science to deliver healthy food, anytime, anywhere.
I’ve always favored simple foods for lunch, especially the kind I can stuff into a jar and add hot water for a kick of convenience. Dehydrated cabbage seems like a plain ingredient, yet it packs plenty of reasons to keep a bag tucked away in the cupboard. Don’t let humble looks fool you—the health benefits carry over even after most of the moisture is long gone.
Cabbage belongs to the brassica family, often linked to lower cancer risks according to decades of nutrition research. The bulk of its vitamin C and vitamin K content stays intact through dehydration, supported by research from food technology labs. Vitamin C keeps immune systems working properly and helps tissues heal. Vitamin K is important for blood clotting—anyone who has ever cut their finger chopping veggies will recognize that value.
Many people worry nutrients disappear with drying, but most vitamins in cabbage hold up well if drying temperatures stay low. Dehydrated cabbage flakes might not taste exactly like fresh leaves, but the trade-off for shelf life means you can keep nutrition close at hand long after fresh produce in the fridge wilts and fades.
Gut health gets a boost from fiber. Whether those cabbage slices come fresh, pickled, or dried, fiber content stays steady. Eating enough fiber supports regular digestion, and studies link higher fiber intake to lower rates of heart disease and diabetes. From my own experience making instant soups or adding some flakes to noodles, a quick handful can go a long way to hitting daily fiber needs.
Food safety worries me sometimes, especially with additives in processed food. Dehydrated cabbage doesn’t require preservatives if stored properly. No strange aftertastes, no unknown chemicals. A simple ingredient list means you know what you’re eating. Foodborne illness becomes less of a concern since bacteria and mold need moisture to grow—a dried product cuts that risk down by a mile.
Some folks say cabbage gives them digestive trouble. Cooking or soaking dried flakes softens insoluble fibers, making cabbage easier to digest for sensitive systems. Tossing rehydrated strands into soup, stew, or a stir-fry keeps things gentle.
Busy kitchens need flexibility. Dehydrated cabbage goes from pantry to plate without much fuss. It doesn’t spoil quickly, and a light, compact package makes it easy to store or carry for camping and emergencies. I’ve relied on a jar in my car during winter storms and once even sprinkled some on a salad to stretch groceries before payday.
Fresh produce prices strain many wallets, and supply chain hiccups remind us that food can get expensive. Dried vegetables like cabbage last far longer with less spoilage, so less food gets wasted. That helps families make ends meet without sacrificing nutrition.
For anyone looking to boost nutritional intake on a budget, dehydrated cabbage pulls its weight. A sprinkle here or there brings the nutritional benefits of cabbage to nearly any meal, without stressing about food going bad or patchy access to fresh vegetables. Health doesn’t always need to be complicated, and sometimes the simplest ingredients do the most good.
Food preservation always struck me as one of those things you don't care much about—until an empty fridge or a supply chain issue puts humble shelf-stable vegetables right back on the radar. Cabbage, with its solid vitamin K and C stack, delivers a punch of nutrients even after dehydration. Besides, buying in bulk and drying at home sidesteps waste and can save money in the long run. So, figuring out how to make dehydrated cabbage palatable keeps variety and good nutrition on the plate, even when options shrink.
I’ve worked with dehydrated greens during long stretches of camping, power outages, and while supporting busy weeknight meals for the family. The trick is not to overthink the process. Toss the dry leaves into a bowl and cover them with warm or hot water—just enough to submerge. Let them soak for about 20 to 30 minutes. For quicker dish prep, boiling water gets the job done in under 15 minutes. The cabbage softens, absorbing water and regaining much of its old texture. Foodsafety.gov recommends using clean, potable water for rehydrating any dried produce to keep everything safe.
The soaking liquid contains flavor and micronutrients, so pouring it down the drain wastes more than water. I often pour the soaking water directly into soups, stews, or risotto. That keeps vitamins in the meal instead of in the sink. Studies from the USDA back up that point: water-soluble nutrients leach out during soaking and boiling.
Once cabbage turns tender, treat it almost like fresh. For a fast stir-fry, toss it in a hot pan with garlic and a splash of oil. Let it sear and pick up flavor. In soups, the rehydrated shreds hold up and add bulk. My grandmother used to stretch beef stew by mixing in rehydrated cabbage, letting it simmer until everything melded. It slides easily into curries, casseroles, and braises.
Texture matters, so if the leaves seem tough, let them simmer longer in whatever dish they join. Over the years, I’ve found that dried cabbage can sometimes taste sweeter than fresh, because dehydration locks in those natural sugars. That brings an extra depth to dishes, especially when cooked with smoked pork, mushrooms, or sweet root vegetables.
One mistake I made early on: using only cold water. The leaves stay tougher, and flavors don’t wake up. Warm or hot water really changes the game. Also, over-soaking can turn cabbage mushy. Just check every five minutes past the 15-minute mark to hit the right texture.
For busy kitchens, prepping a big batch in advance gives an easy add-in for last-minute meal experiments. Once rehydrated, store the cabbage in a sealed container in the fridge and use it within a couple days to stay food safe.
To keep meals fresh and affordable, rotating in dehydrated cabbage from pantry stocks helps soften the blow of produce shortages and rising grocery bills. Try mixing it with other preserved vegetables—like dried carrots or mushrooms—to build flavor and cover nutrition bases. People who struggle with sodium can use plain tap water for rehydrating and season to taste themselves. If the taste seems flat, finish with a squeeze of citrus or a dash of vinegar.
Real cooking comes down to using what you have. Skill with shelf-stable ingredients like dehydrated cabbage keeps family meals varied, nutritious, and affordable year-round. It’s simple food security you can taste.
People often reach for dehydrated cabbage when aiming to stretch food further or keep nutritious options close at hand. It doesn’t spoil fast and takes up far less room than fresh cabbage. In my own pantry, a jar of dehydrated greens always sits ready for soup or casserole emergencies.
The real interest here isn’t just convenience. It’s that properly dried, packed, and stored cabbage can last at least a year without losing taste or nutrition. Place the dried leaves or flakes in airtight containers, keep them away from moisture and heat, and the clock slows down on spoilage. Some extend their shelf life to three years or more by keeping containers in dark, cool spaces. My grandmother’s method uses glass jars sealed with a food-grade oxygen absorber, kept under a basement stairwell. The cabbage stays shelf-stable and ready for quick stir fries or even as an emergency veggie side.
Every time I check my jars, I look for color changes, mold, or off smells. These clues tell you more than a sell-by date ever could. If the cabbage turns mushy, develops spots, or gives off a musty odor, compost gets a treat and I make a note to seal new batches more tightly next time. Texture stays crisp and flavor earthy when storage conditions are right.
Vitamin C and antioxidants take a hit during dehydration, but cabbage still holds onto plenty of nutrients. I’ve compared how my winter soups stack up with fresh cabbage versus the dehydrated version. Nobody at my family table noticed a big difference. The key is to store dehydrated cabbage away from sunlight and damp air. Exposure to light speeds up vitamin loss, so those dark places or tinted jars serve a real purpose.
Food safety experts point to low moisture as a serious defense against bacteria and mold. The lower the water content, the harder it is for unwanted microbes to grow. Well-made home batches—or commercially dried—both last far longer than any fresh grocery bag, if kept away from humidity.
The real risk sits with lazy storage. If you use plastic bags with small holes or leave containers sitting open, humidity ruins the effort. A single slip can shorten shelf life from years to months. I’ve learned the hard way after watching a month’s worth of kale chips turn soggy from one stormy, muggy weekend.
Good storage habits keep dehydrated cabbage safe and tasty. Use glass jars with tight lids or vacuum-sealed bags. Label each batch with the drying date, check the contents every few months, and use what looks and smells right. Rotate older jars forward and eat them up before starting new batches.
Whenever the question comes up among gardeners or new backpackers, I suggest investing in a simple dehydrator and a cupboard thermometer. These low-cost tools protect both the taste and safety of everything you’re putting in your food storage. Dried cabbage may not sound glamorous, but it finishes out the winter soup and saves dinner day when produce aisles run empty.
Most shoppers stand in the aisle, pinching a bag of dried cabbage, squinting at tiny print on a label. It should just be cabbage, right? You’d think so, but things aren’t always so simple. Manufacturers know consumers want easy food that lasts, but they’re less likely to brag about how that’s achieved. That’s why I always dig deeper, especially with something as unassuming as dehydrated produce.
Some brands keep it pure—just cabbage, sliced and dried. That’s the ideal choice, especially for people dealing with food allergies or following certain diets. Many times, though, that ingredient line grows longer. Manufacturers often use preservatives such as sulfur dioxide or sodium metabisulfite to keep that green color and extend shelf life. Even citric acid or ascorbic acid may show up to slow spoilage and browning. These ingredients do their job, but they also raise questions.
Most people aren’t allergic to sulfites, but a significant minority are. Asthmatics, for example, can react badly. Some people deal with headaches or stomach upset. Others just prefer to avoid more chemistry in their food. The FDA requires manufacturers to list sulfites if they’re present, but nobody prints warnings on front labels. Many folks never glance at the back.
Dehydrated vegetables once solved a real problem: making food last through long winters or journeys. Now, with modern supply chains, most of us have access to fresh produce most days. But that doesn’t mean dehydration is obsolete. Backpackers, people with small kitchens, and anyone prepping a shelf-stable pantry still rely on these foods. Convenience packs a punch, but there’s a tradeoff. Additives and preservatives often change flavor, give a chemical aftertaste, or alter texture. Even without an allergy, sensitive eaters can notice the difference.
Cutting out these chemical helpers takes more effort on the manufacturer’s part. They must start with fresh, high-quality cabbage, dry it thoroughly, and protect the final product from moisture. That can raise costs or shorten shelf life. From my own experience in a small food co-op, local producers who value quality over quantity resist the urge to use shortcuts. You might pay a premium, but the flavor comes closer to something you’d make at home.
Start by reading the ingredient list, not just the nutrition label. If you spot anything besides cabbage and maybe a pinch of salt, you’re holding a product with added chemicals. Buy from brands known for transparency, and check whether they’re certified organic—true organic products exclude synthetic preservatives as a rule.
If you’re concerned about hidden sulfites, ask the store or contact the company. Smaller producers answer these questions more readily, often putting their full process out in the open. Certifications and third-party testing help, but trust your own research.
Demand shapes the market. Ask for cleaner products and support brands that deliver. It pushes even bigger companies to change their recipes. If you feel up to the challenge, try making your own dehydrated cabbage at home. A basic dehydrator and a Saturday afternoon yield jars of preservative-free goodness that you control, start to finish.
Everyone deserves to know what’s on their plate—no fine print, no surprises. A little vigilance at the store and a willingness to speak up can keep your food simple, honest, and good.
Fresh vegetables sometimes don’t last as long as we wish. Cabbage starts crisp and green but soon shows signs of age—leaves wilt, edges brown, and after a week in the fridge, most people forget it in the back. That’s where dehydrated cabbage makes a real difference. It tucks away into a cupboard, ready and waiting, no matter how chaotic life gets.
A bag of dried cabbage flakes packs more punch than it seems. When tossed into a bubbling soup pot, those shrunken bits soak up broth, regain softness, and offer much of the same fiber and minerals found in the fresh head. The drying process does shrink those vitamin C numbers, but it locks in iron, vitamin K, and loads of antioxidants. Not every home cook swaps fresh cabbage for dried without noticing a difference—flavor shifts, texture changes—but for hearty stews and busy kitchens, the trade-off looks more like flexibility than compromise.
Most folks want their food to taste good, not just last long. Dried cabbage brings a sweet, slightly earthy note to brothy dishes. It leaves none of that sulfurous bite that sometimes lingers with overcooked fresh cabbage. I grew up throwing handfuls of dried vegetables into the pot when pickings got slim in winter. Cabbage, carrots, onions—all went in together. The result warmed bellies and stretched grocery money. Dried cabbage stores well for months at a time, often with low salt and zero preservatives.
Nutrition research backs up much of this folk wisdom. Dehydrated vegetables like cabbage have been tested for mineral retention and food safety. The U.S. Department of Agriculture notes that dehydration does not invite bacteria if kept cool and dry. Storage experiments show that rehydrated cabbage matches well with many fresh-cooked vegetables when it comes to fiber and essential minerals. Studies published in the “Journal of Food Processing and Preservation” show dried cabbage’s fiber remains largely intact, helping with digestion just as nature intended.
Dried produce isn't only about stretching the pantry. It plays a role in food security, especially in communities where fresh goods cost extra or spoil in transit. Schools, relief organizations, and families on limited budgets keep costs down with shelf-stable vegetables like cabbage. I’ve watched people use that flexibility to stay nourished through winter storms and supply chain shocks.
For best taste, soak dried cabbage in hot water before cooking. That simple step brings back more of the vegetable’s natural texture—and cuts down cooking time. Smart cooks might blend dried cabbage with fresh leaves to balance convenience and flavor. Spice it up with garlic, pepper, or tomatoes. Home dehydrators give gardeners the option to save extra cabbage from the garden. No waste, no guilt.
More cooks recognize the strength of dried foods, especially as prices and supply chains shift. Dehydrated cabbage proves that old solutions often answer new problems: less kitchen waste, consistent flavor, lower costs, and steady nutrition. That quiet bag of cabbage in the pantry looks pretty wise after all.
| Names | |
| Preferred IUPAC name | dehydrated Brassica oleracea Capitata |
| Other names |
Dried Cabbage Cabbage Flakes Cabbage Powder Cabbage Granules Cabbage Crisps |
| Pronunciation | /diːˈhaɪdreɪtɪd ˈkæbɪdʒ/ |
| Preferred IUPAC name | dehydrated brassica oleracea capitata |
| Other names |
Air Dried Cabbage Dried Cabbage Cabbage Flakes Cabbage Powder Cabbage Granules |
| Pronunciation | /diːˈhaɪdreɪtɪd ˈkæbɪdʒ/ |
| Identifiers | |
| CAS Number | 61789-93-1 |
| Beilstein Reference | 3625912 |
| ChEBI | CHEBI:134682 |
| ChEMBL | CHEMBL4298798 |
| ChemSpider | 25108245 |
| DrugBank | DB09488 |
| ECHA InfoCard | 06f2e3e0-f15a-42a4-8962-6e02ad440913 |
| EC Number | 4.2.1.1 |
| Gmelin Reference | 601934 |
| KEGG | ko01110 |
| MeSH | Dried Vegetables |
| PubChem CID | 23672372 |
| RTECS number | GZ1260000 |
| UNII | 79K6BBX1T2 |
| UN number | UN3314 |
| CompTox Dashboard (EPA) | DTXSID50923403 |
| CAS Number | 61789-92-2 |
| 3D model (JSmol) | `0 0 0;1 1 1;2 2 2` |
| Beilstein Reference | 4-10-00-02920 |
| ChEBI | CHEBI:144633 |
| ChEMBL | CHEMBL4296475 |
| ChemSpider | 5046912 |
| DrugBank | DB09488 |
| ECHA InfoCard | 03a2150d-c257-4f86-9a6d-2719873ce546 |
| EC Number | 2.2.1.79 |
| Gmelin Reference | 67620 |
| KEGG | C02338 |
| MeSH | Dried Cabbage |
| RTECS number | GN8380000 |
| UNII | 7MQV6W6W6O |
| UN number | UN3364 |
| CompTox Dashboard (EPA) | urn:epa.compound:236684 |
| Properties | |
| Chemical formula | C6H10O5 |
| Molar mass | 86.09 g/mol |
| Appearance | Light green to yellowish flakes or granules |
| Odor | Characteristic cabbage odor |
| Density | 40-60 lbs/ft³ |
| Solubility in water | Soluble in water |
| log P | -0.95 |
| Vapor pressure | Negligible |
| Basicity (pKb) | 10.16 |
| Magnetic susceptibility (χ) | Diamagnetic |
| Refractive index (nD) | 1.357 |
| Dipole moment | 1.85 D |
| Chemical formula | C6H10O5 |
| Appearance | Light green to pale green, small flakes or shreds |
| Odor | Characteristic |
| Density | 0.35 – 0.45 g/cm³ |
| Solubility in water | Soluble in water |
| log P | -0.923 |
| Acidity (pKa) | 5.20 |
| Basicity (pKb) | 5.7 |
| Magnetic susceptibility (χ) | 0.83e-6 |
| Refractive index (nD) | 1.3530 |
| Dipole moment | 1.77 D |
| Thermochemistry | |
| Std molar entropy (S⦵298) | 294.9 J mol⁻¹ K⁻¹ |
| Std enthalpy of formation (ΔfH⦵298) | -1.644 kJ/g |
| Std enthalpy of combustion (ΔcH⦵298) | -1434 kJ/mol |
| Std molar entropy (S⦵298) | 373.8 J/mol·K |
| Std enthalpy of formation (ΔfH⦵298) | -17.2 kJ/mol |
| Std enthalpy of combustion (ΔcH⦵298) | -16.25 kJ/g |
| Pharmacology | |
| ATC code | A16AX – Other alimentary tract and metabolism products |
| ATC code | A16AX |
| Hazards | |
| GHS labelling | Not classified as hazardous according to GHS |
| Pictograms | GHS07, GHS09 |
| Signal word | No Signal Word |
| Hazard statements | Not a hazardous substance or mixture. |
| Precautionary statements | Store in a cool, dry place away from direct sunlight; keep the container tightly closed; avoid exposure to moisture; use clean, dry utensils to handle; keep away from strong odors; and use before the expiry date. |
| NFPA 704 (fire diamond) | NFPA 704: 1-0-0 |
| Autoignition temperature | 925 °C (1,697 °F) |
| Explosive limits | Not explosive |
| LD50 (median dose) | LD50: >5000 mg/kg (rat, oral) |
| NIOSH | PSN01021 |
| PEL (Permissible) | 10 mg/m³ |
| REL (Recommended) | 200 mg |
| IDLH (Immediate danger) | Not Listed |
| GHS labelling | GHS labelling: "Not classified as hazardous according to GHS |
| Pictograms | GHS07, GHS09 |
| Precautionary statements | Keep in a cool, dry place away from direct sunlight. Store in an airtight container after opening. Avoid exposure to moisture to preserve quality. Not for consumption if packaging is damaged. |
| NFPA 704 (fire diamond) | 0-0-0 |
| Autoignition temperature | 925°C |
| Explosive limits | Non-explosive |
| LD50 (median dose) | LD50: >10 g/kg (rat, oral) |
| NIOSH | 1907 |
| PEL (Permissible) | 0.05 mg/m³ |
| REL (Recommended) | 25 g |
| Related compounds | |
| Related compounds |
Dehydrated Carrot Dehydrated Onion Dehydrated Garlic Dehydrated Potato Dehydrated Spinach |
| Related compounds |
Dehydrated Onion Dehydrated Garlic Dehydrated Carrot Dehydrated Potato Dehydrated Leek Dehydrated Spinach Dehydrated Tomato Dehydrated Bell Pepper |