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Beeswax: A Timeless Natural Resource

Historical Development

Beeswax tracks through civilization in ways that speak to adaptability and human curiosity. Ancient Egyptians coated embalmed bodies with beeswax, sealing them from the world in a substance both supple and impenetrable. Through the Middle Ages, monasteries shaped the European candle market by demanding bright-burning wax for altars, fueling apiaries and local trade. Sailors relied on beeswax to waterproof sails and thread, while artists in Greece favored it for encaustic painting—mixing color straight into molten beeswax. In my own family, hand-rolled beeswax candles marked each winter, with memories of honey-scented wicks lingering through every storm. Even now, beekeeping traditions hang on in rural towns, where beeswax products pass from hand to hand, carrying stories like pollen.

Product Overview

Every block of beeswax represents a remarkable feat of biology. Honey bees secrete wax from special glands, shaping it into hexagonal cells that cradle larvae or store honey. Collectors harvest the leftover comb, heat and strain the wax, then mold it into slabs or pellets. The market offers bleached white, pale yellow, and richer golden tones. Natural beeswax feels slightly sticky, reacts to body warmth by softening, and releases a faint honey aroma that nothing synthetic mimics. In shops, the options range from crude, rustic cakes to refined, cosmetic-grade flakes. Many users look for certification—organic, filtered, and sometimes regionally labeled—because not all beeswax carries the same purity or origin story.

Physical & Chemical Properties

Beeswax tends to melt between 62°C and 64°C (about 144-147°F). Its density hovers around 0.96 g/cm³. Even a small piece feels unexpectedly heavy in the palm. Beeswax repels water, remains resilient in warmth, and resists most acids but dissolves in solvents like ether or chloroform. Chemically, the wax contains a broad mix of esters (about 70%), some free fatty acids (roughly 15%), long chain alcohols, and small bits of hydrocarbons. Add heat and it releases a gentle scent, thick and floral, not cloying but evocative of open fields. This blend of physical and chemical stability means beeswax performs as a barrier, softener, and base for formulations across crafts and industries.

Technical Specifications & Labeling

Reliable companies list melting point range, color, saponification value, and maximum permissible ash or moisture. These specifications matter. The candle maker wants consistent melting and clean burning, while a cosmetic chemist needs low residual pesticide levels. In some countries, pharmaceutical-grade beeswax adheres to US Pharmacopeia or European Pharmacopoeia standards, ensuring controls on contaminants and color. Labels typically declare “yellow beeswax” or “white beeswax” with batch origins and filter dates. A few top producers detail pollen counts or botanical sources, especially for clientele concerned about regional flora and pollinator diversity. Standardization helps, but not every community can afford rigid testing. That gap still sparks discussions about fairness in global trade.

Preparation Method

To produce market-ready beeswax, beekeepers collect old combs, which often darken with use. The combs get broken up and then heated with water or steam. As the wax liquefies, impurities—like propolis, larval casings, or honey—sink or float, depending on density. Careful beekeepers skim or strain off clean wax, usually through cheesecloth, then let it cool and harden into cakes. Sometimes, a further bleaching or filtering round produces pure white beeswax, used mainly for cosmetics. Filtration choice—paper, fabric, or vacuum—shapes the texture and final clarity. Artisans using small batch methods insist on extra filtering or solar melting, preserving more of the sweet, natural aroma prized by candle crafters.

Chemical Reactions & Modifications

Natural beeswax resists most environmental breakdown, but chemists can tweak its structure. Saponification—adding lye—splits the esters, yielding fatty acids and alcohols, which find use in soap-making and polish bases. Blending with resins, such as damar or colophony, toughens or clarifies beeswax for encaustic painting and furniture polish. Ozonolysis opens its chains, allowing subtle changes for pharmaceuticals or specialty lubricants. Researchers in university labs explore hydrogenation and fractional crystallization, searching for better mixing properties with other oils or better resistance to rancidity. Yet, many industries favor beeswax’s unmodifed blend, relying on its natural complexity instead of breaking it down into simpler parts.

Synonyms & Product Names

Beeswax has collected a bunch of names over centuries. Some labels read “cera alba” for the bleached form or “cera flava” for the golden, unrefined type. Drug manufacturers often label it as “beeswax NF” (National Formulary), while artists and food packagers prefer straightforward terms like “natural beeswax” or “filtered beeswax.” Market variants include “cosmetic-grade beeswax” and “organic beeswax,” each with its fan base. In international shipping, commodities databases use code numbers, but most communities stick to everyday names, signaling trust and transparency more than mere compliance.

Safety & Operational Standards

True beeswax ranks among the least hazardous substances in household use. Touch, inhalation, and incidental ingestion rarely produce allergic responses, though some individuals with pollen allergies might react. Candle makers and soap crafters still need good ventilation and respect for hot liquids. Beeswax ignites at about 204°C (399°F), so open flame near melting pots can cause fires. Food and cosmetic use benefit from audits for pesticide residues, particularly with the global spread of varroa mite treatments and agricultural chemical drift. The FDA, EU, and Japan maintain GRAS (Generally Recognized as Safe) or equivalent status, with limits on residual solvents or contaminants. Reliable suppliers track bee health and processing cleanliness, especially as food wrappers and skin products rise in popularity.

Application Area

The reach of beeswax is staggering. In my own kitchen, wraps made with cloth and beeswax replaced plastic films, keeping cheese and bread fresher for days. Cosmetic formulators build lip balms, lotions, and salves around beeswax’s ability to lock in moisture without clogging pores. Chefs and bakers coat cheese wheels with wax for long-term storage, while artisans use it for wood polish, leather treatment, and sculpture. Candle production still swallows up a big share of supply—nothing else matches that frosted glow and gentle, honeyed scent. Electronics manufacturers use beeswax to insulate electrical parts due to its non-conductive and pliable character. Tattoo artists soften pigments with beeswax, and organic farmers craft pruning waxes to seal fresh cuts. Even museum conservators appreciate beeswax for sealing and protecting fragile artifacts. Schoolchildren melt it for crayon making, inheriting a love for these ancient materials through hands-on creation.

Research & Development

Scientists keep probing the boundaries of beeswax. The search for effective, eco-friendly packaging launched a wave of interest in wax-coated papers and composites. Medical labs look for beeswax to serve as a slow-release carrier for topical drugs or wound dressings. There’s detailed work underway on beeswax’s resistance to microbial growth, with some success in blocking spoilage and decay in fresh food storage. Nanotechnology researchers tinker with beeswax nanoparticles for custom drug delivery systems. Analytical chemists dissect the molecular differences between beeswax from diverse regions in the quest for new antibacterial agents or bio-markers of environmental health. Patent filings describe everything from novel emulsifiers to slip agents, always building on the balance nature struck in the hive. Open-source recipes for beeswax-based pastes and lubricants spring up in maker communities, making advanced chemistry feel a bit more approachable.

Toxicity Research

With widespread use on the table, beeswax safety attracts plenty of scrutiny. Most research agrees: ingesting small amounts poses minimal risk for healthy individuals. Beeswax doesn’t break down easily in the gut, so massive ingestion could theoretically block the digestive tract, but normal use in food and cosmetics remains safe. Some rare allergic responses pop up, usually traced back to residual pollen or propolis, rather than the wax itself. Ecotoxicity tests show beeswax degrades slowly in soil, rarely leaching harmful substances. Regulatory agencies in the US, EU, and Asia review supply chain data regularly, especially for contaminants like heavy metals, pesticides, or unauthorized additives. The main risk sits with beekeepers: exposure to combustion products or hot wax without protection during processing or candle making, which emphasizes the need for simple safety measures in small-scale and cottage industries.

Future Prospects

Looking ahead, beeswax faces promising new demand but also some serious challenges. As plastics fall out of favor, more industries seek biodegradable, renewable ingredients—making beeswax an obvious contender for new coatings, sealants, and functional films. The skincare market keeps growing, hungry for products with recognizable, “clean” ingredients, with beeswax at the center of natural branding efforts. Beekeeping practices enter the spotlight, with pressure to guarantee healthy hives and fair pay for rural producers. On the technology side, efforts continue to tweak beeswax blends for better compatibility with plant-based oils or essential oils, especially as vegan alternatives try to mimic its performance. Climate change and pesticide exposure remain critical issues, threatening bee health and, by extension, wax supply. Solutions may come from hive management, native species cultivation, and transparent certification systems—efforts that link urban consumers to rural producers, preserving a material tradition while lifting up the communities who depend on bees for their livelihoods. Industry, science, and simple daily lives all find something to appreciate in beeswax, an ancient material still adapting to a modern world.




What is beeswax used for?

Everyday Encounters with Beeswax

Walk into a grocery store, a pharmacy, or even your grandmother’s kitchen, and you’ll find traces of beeswax just about everywhere. My earliest memory of using beeswax goes back to an old wooden dresser. My dad brought out a little tin, rubbed a dab of golden wax onto a soft cloth, and showed me how to coax the wood back to life. Furniture polish like that resists water, buffs up a shine, and keeps old pieces going for decades.

Beyond woodwork, beeswax secures its place in every home’s “catch-all” drawer. Take those candles your neighbor gifts you every holiday. Many draw on beeswax because it burns clean, throws off a subtle, sweet scent, and drops less soot compared to common paraffin alternatives. A 2021 study in the Journal of Environmental Science says beeswax candles release lower levels of indoor pollution. For folks living in apartments or tight spaces, that small kindness means fresher air and fewer worries.

Food Preservation: Back to Basics

Plastic wrap feels disposable, flimsy, and sometimes wasteful. Beeswax wraps, on the other hand, stick with you. I’ve used them to cover leftovers, wrap sandwiches, and store herbs straight from the garden. They mold to shape with a little warmth from your hands, then harden to create a natural seal. You can rinse and reuse them for months, reducing single-use plastics around the kitchen. That aligns with the environmental push for less waste; according to the Environmental Protection Agency, Americans ditch over 300 million tons of plastic waste in a single year. Swapping in beeswax wraps may not change the world overnight, but it’s a step in the right direction.

The Patchwork of Personal Care

Flip a lip balm tube or a dry skin salve over and you’ll spot beeswax listed right after oils and butters. Skin balms owe their creamy texture and staying power to beeswax. People with eczema often trust beeswax creams because they find the gentle wax forms a protective barrier while letting skin breathe, unlike petroleum-based versions. Research published in the Journal of Drugs in Dermatology supports these claims, listing beeswax as both hypoallergenic and soothing for delicate skin.

Beauty products across cultures keep their recipes simple. Local beekeepers around my hometown have passed down family ointments and salves for generations, blending beeswax with olive oil and wildflower honey for healing cuts and scrapes. These homemade blends sidestep the lab-made chemicals that fill up most modern creams and lotions.

Crafts, Hobbies, and Beyond

Artists, crafters, and fix-it folks have leaned on beeswax for ages. I’ve dipped candle wicks, waterproofed thread for sewing, and fixed squeaky drawer slides with it. Even musicians keep a bit of beeswax handy—violin players rub it into bowstrings for cleaner notes.

In my own workshop, a pinch of beeswax on screws helps them glide into hardwoods, preventing splinters or splits. Every chunk or block lasts surprisingly long, since it takes only a dab for most odd jobs. For outdoor enthusiasts, homemade fire starters made with beeswax and pinecones bring warmth and light to any campsite, rain or shine.

Why Beeswax Stands Out

The value of beeswax reaches beyond its uses. Healthy hives give more than just honey; they anchor essential crops, support pollinators, and remind us to care for the land we share. Every beeswax product connects us to beekeepers and the buzzing life in our fields.

Is beeswax safe for skin?

A Simple Ingredient with a Big History

Many people scan the label on their lip balm or moisturizer and spot “beeswax” high on the list. For centuries, people have been putting this wax—straight from the hive—on their skin. Growing up, my grandmother always had a block of the stuff stuffed in her kitchen drawer. She used it for everything, from fixing squeaky drawers to soothing cracked hands in winter. I never saw her have a rash from it. But millions of products you find in grocery stores or health shops use it, so the question lingers—how safe is it really?

Why It Ends Up in So Many Products

Bees produce this wax to build their honeycomb. The wax keeps honey fresh and protects the hive. Cosmetic companies prize beeswax because it helps soften skin. It also holds moisture in, creating a shield between your skin and what’s floating around in the air. Whether you’re slapping on sunscreen, using hand cream, or dabbing balm onto chapped lips, you’ve probably used beeswax in some form. It gives lotions and balms their solid shape and rich feel, and lets skin breathe instead of blocking pores.

Real Experiences: Reactions Are Rare, but Possible

Most people can use beeswax without trouble. Reports of allergic reactions are few. The American Contact Dermatitis Society notes that most issues come from impurities—leftover pollen, propolis, or honey in raw wax. Purified beeswax, the kind regulated by agencies like the FDA for cosmetic and medical use, doesn’t often upset skin. Some studies have checked beeswax’s safety. Even for people with sensitive skin, reactions turn up far less often than with common allergens like fragrance or preservatives. In my family, we have eczema, so we always check new products. Beeswax balms seemed to calm itchy patches instead of making them worse.

Benefits: More Than Just a Coating

Beyond just sealing moisture in, beeswax brings a few extras, too. It has natural vitamin A, which promotes skin repair. Researchers in India published work showing that ointments with beeswax helped wounds heal a little faster compared to those without. Plus, wax forms a layer on the skin but stays light, so it won’t leave your face feeling greasy. It works well in everything from lip care to barrier creams for babies because it helps soothe and protect bruised or dry skin.

Concerns That Deserve Attention

Not every skin care routine should start and end with beeswax. Some brands mix in other ingredients that might irritate, from essential oils to lanolin. People with severe pollen or bee allergies might want to skip it or stick with highly filtered wax. Some folks worry about sustainability—ethical beekeeping is important, since declining bee populations risk more than just a shortage of skincare ingredients.

Regulatory bodies monitor cosmetic beeswax for harmful stuff, so big brands have little reason to cut corners. Smaller handmade options sometimes use less-refined beeswax, which can trap pollen or residues. Patch testing a dab on your arm makes sense if you worry about sensitivities.

Where Do We Go from Here?

People love beeswax for good reason: it’s gentle, natural, and effective at locking in hydration. For those of us who worry about what goes on our skin, seeking products with clear labels helps. Opting for sources that support bees and honest beekeepers means your self-care supports the planet, too. If reactions show up, talking to a dermatologist beats guessing—especially for anyone with known allergies or chronic skin problems.

Simple, time-tested, and widely tolerated, beeswax stays a reliable part of many skincare routines.

How is beeswax made?

Nature’s Little Builders: Honey Bees at Work

Beeswax starts as a plan inside a hive. Honey bees do this job, mostly the worker bees who handle all the heavy lifting. These workers eat honey, which powers up their wax-making glands—six small slits on the bottom side of their bellies. This process reminds me a little of baking bread: the bees mix what they have, their own fuel, and create something new.

When bees are about two weeks old, they get their wax glands going. After eating plenty of honey, their bodies pull sugars from that honey and turn the energy into tiny, flat scales of wax. If you ever pulled an old frame from a hive, it’s easy to see hundreds of these brittle flakes piled up where the bees dropped them. The bees don’t rest at just making wax—they have to chew these flakes and knead them, softening and shaping them until the wax is ready for the next step.

The Art of Building the Hive

After making the wax malleable, builder bees press and sculpt it into hexagonal cells—what we call honeycomb. People have long admired this design for its efficiency. A packed colony might build combs with remarkable speed during good nectar flows. The precise math of these hexagons isn’t accidental. Evolution shaped it, as those cells store honey, pollen, and brood all in one compact neighborhood.

Harvesting beeswax in a backyard hive means sorting carefully through comb. Older, darker comb holds stories: raised worker bees, hatched out queens, accumulated pollen. Fresher comb holds the clean white wax. Beekeepers who want pure beeswax will often take the unused, fresh cappings that bees seal over honey. Cappings melt easily and contain less debris.

From Hive to Human Hands

The next challenge arises at the wax extractor. After gently scraping off the honey caps, I remember using steam or water baths to clean wax. Melted wax floats, while heavier impurities sink. The result: fragrant golden cakes that cool and solidify fast, hard as candle stubs but lovely in their own way. In my experience, just a little patience pays off because clean beeswax feels smooth, not gritty.

Beeswax shows up in more places than most folks realize. Everyone sees it in candles, but it pops up in balms, polish, and even as a wrapper for cheeses. It forms a barrier against moisture and lets skin breathe, making it a favorite among folks who craft natural skincare. Scientists from the USDA found beeswax contains over 280 compounds, including long-chain fatty acids and alcohols—giving it plenty of useful traits beyond just smelling like honey.

The Human Footprint and Possible Solutions

Demand for beeswax has shot up as more people try to swap plastics for natural options. This demand sometimes puts pressure on commercial hives, nudging beekeepers to focus on wax rather than bee health. In my work with urban hives, tradeoffs always show up: extracting too much wax may leave bees scrambling to rebuild rather than gather nectar or raise brood.

Some beekeepers reduce this stress by cycling their comb less, letting bees keep more wax, or by supporting smaller, local wax producers instead of big operations. Backyard beekeepers often partner with each other, trading tips for purer wax or swapping raw beeswax for other hive goods. Encouraging these small networks grows resilience: healthy bees, clean wax, more balanced hives.

Making and harvesting beeswax teaches patience and respect for natural processes. Supporting small producers and prioritizing bee health helps keep the whole cycle going. Bees will carry on, building and shaping wax with a skill that pretty much no human can match.

Can beeswax be eaten?

Looking Beyond the Candle

Most people spot beeswax in candles or lip balms. It carries a light honey scent, shows up as thin sheets or yellow blocks, and sometimes even appears as a food preservative in fruit coatings. Someone unfamiliar might wonder if it belongs on a plate or just in the kitchen drawer. Still, folks find beeswax on their food more often than they notice. Chewing honeycomb, enjoying certain cheeses, or biting into an imported fruit—beeswax touches it all.

Food Use and Safety

Beeswax has a long run with food makers. It carries a technical name—E901—on lists of food additives. The European Food Safety Authority and the U.S. Food and Drug Administration both agree that beeswax used in small amounts poses no real danger. Its main job in food covers its use as a coating for hard cheeses, fruits, and sometimes as a glazing agent on baked goods or candies.

The parts of beeswax that matter to the body don’t bring energy, flavor, or much nutrition. Human digestive systems, busy as they are, let beeswax pass through with barely a hitch. It doesn’t break down inside, and so serious health risks stay out of the picture for most people. Doctors rarely see problems from swallowing modest amounts, as long as someone sticks to the little slivers you find on honeycomb or as a waxy glaze.

Experiencing Beeswax in Food

As a child, biting into honeycomb feels almost magical. The chewiness sets it apart from store honey, and the raw sweetness lingers. Beeswax inside honeycomb gets chewed, sometimes swallowed, and rarely causes stomach problems. Growing up in a household that prized small-batch honey, I learned early that eating the waxy bits wasn’t a cause for worry. At farmer’s markets, beekeepers often nibble their own product to show skeptics that nature’s packaging has a gentle, earthy flavor.

Some folks find beeswax tough and unpleasant. It doesn’t dissolve, so it builds a film in the mouth or sticks between teeth. Not everyone enjoys that sensation. Chewing too much at once—especially if it’s not pure—could make the stomach work overtime. Most reports of trouble boil down to overindulgence, not toxicity. In rare cases, especially when people swallow large chunks, it can block the intestines. Those cases skip family kitchens and crop up in medical case reports.

Quality and Purity Matter

Bee health touches everything made from a hive, from honey to beeswax. Pollution or contaminated hives sometimes bring chemicals or pesticides into beeswax. Responsible beekeepers run clean operations, test their wax, and take pride in honest labeling. If you’re tempted to bite into honeycomb or sample wax, do a little homework. Only trusted sources, preferably organic or local, guarantee a safer bite.

Creative Uses

In the kitchen, chefs use beeswax for more than shining fruit. French pastry chefs wrap food in beeswax paper to impart a floral scent. Cheese artisans coat Gouda and Edam rounds in colored wax. Bartenders might encase cocktails in beeswax shells. If curiosity pushes you to taste, aim for reputable sources and small bites.

Final Thoughts

Eating beeswax isn’t a fad, but a nod to old traditions. For the curious, it offers a mild, subtle flavor, with minimal risk, as long as the wax comes from a safe and trusted hive. A few moments with honeycomb can turn a spoonful of honey into a memorable mouthful of nature.

What are the benefits of beeswax in cosmetics?

Walking Through Ingredients Lists

Flipping over a tube of lip balm or a pot of hand cream, beeswax keeps showing up. The word reminds me of old recipes, farm markets, and times when cosmetics meant honest ingredients, not endless chemicals. Beeswax doesn’t just bring tradition—its benefits go deeper for both the skin and the product.

Beeswax as Nature’s Protective Barrier

The skin always faces wind, sun, dry heat, city air. Beeswax, as I’ve learned from reading into its composition, sits in many creams because it leaves a light, breathable film. Unlike heavy petroleum-based barriers, beeswax can help slow the evaporation of moisture from the skin without clogging pores. Skin conditions like mild eczema or chapped lips often respond well to moisture retention, so even dermatologists sometimes suggest products with beeswax for extra comfort during winter.

More Than Just Texture

Cosmetic makers love beeswax for its thickening power. Lipsticks and balms won’t melt everywhere since beeswax helps products hold their shape at body temperature. That’s practical—I’ve watched countless lip balms collapse in the summer heat, unless they contain beeswax. Even makeup artists have told me they trust beeswax for setting powders and pencils for this reason.

Healthy Glow and Skin Compatibility

Some waxes feel dull or greasy. Beeswax, after smoothing it between my fingers, leaves a soft sheen that looks healthy, not shiny. Beeswax includes small amounts of vitamin A, which helps cell turnover. Studies in cosmetic science point to its ability to soothe, thanks to mild anti-inflammatory properties. Sensitive skin folks—myself included—often dodge new ingredients, but most react just fine to the natural profile of beeswax.

Backed by Science

PubMed and clinical reviews confirm beeswax as a hypoallergenic, non-comedogenic component. The American Academy of Dermatology recognizes beeswax among gentle ingredients safe for general use. It also stands up as a natural emulsifier, which means it helps mix oils and water. Crafting body lotions at home, I found beeswax works better than most synthetic alternatives, creating creamy mixtures that keep a long shelf-life without preservatives.

Supporting Bees and the Environment

When buying local or organic products, beeswax can support responsible beekeepers. Pollinators mean fruit, nuts, and flowers—so, in a small way, choosing beeswax helps preserve the sources of our food and biodiversity. By contrast, synthetic waxes rely on petroleum, leaving a larger footprint.

Room for Improvement and Sustainability

Select brands ensure their beeswax comes from ethical, bee-friendly apiaries. Consumers still need to check for transparency, as overharvesting or industrial-scale bee farming raises its own set of worries about bee health. Companies could share sourcing details, work directly with small-scale beekeepers, or invest in bee conservation with every sale of beeswax products. If enough shoppers demand honest, traceable ingredients, the whole industry might shift toward practices that care for bees as much as for our skin.

Beeswax
Names
Preferred IUPAC name Octadecanoic acid hexadecyl ester
Other names Cera alba
White wax
Yellow wax
Beewax
Pronunciation /ˈbiːz.wæks/
Preferred IUPAC name Octadecanoic acid hexadecyl ester
Other names Beewax
Cera Alba
Pronunciation /ˈbiːz.wæks/
Identifiers
CAS Number 8012-89-3
Beilstein Reference 846
ChEBI CHEBI:60104
ChEMBL CHEMBL1208164
ChemSpider 20757312
DrugBank DB09480
ECHA InfoCard 100.029.133
EC Number 232-383-7
Gmelin Reference Gm.774
KEGG C02744
MeSH D001447
PubChem CID 9542302
RTECS number OI6175000
UNII 2ZA36H0S2V
UN number UN3151
CompTox Dashboard (EPA) DTXSID3057552
CAS Number 8012-89-3
Beilstein Reference 63523-27-3
ChEBI CHEBI:60843
ChEMBL CHEMBL1207278
ChemSpider 21106422
DrugBank DB09480
ECHA InfoCard 03f59f5679
EC Number 232-383-7
Gmelin Reference 6503
KEGG C01625
MeSH D001940
PubChem CID 26010
RTECS number RR9352000
UNII 2ZA36H0S2V
UN number UN3151
CompTox Dashboard (EPA) DTXSID6013436
Properties
Chemical formula C15H31COOC30H61
Molar mass 603.0 g/mol
Appearance yellow to orange solid
Odor Honey-like
Density 0.958–0.970 g/cm³
Solubility in water insoluble
log P 0.81
Vapor pressure Negligible
Acidity (pKa) ~24
Basicity (pKb) 12.50
Magnetic susceptibility (χ) Diamagnetic
Refractive index (nD) 1.44–1.45
Viscosity High
Dipole moment 1.24 D
Chemical formula C15H31COOC30H61
Molar mass 620.938 g/mol
Appearance Yellow to yellow-brown solid with a honey-like odor
Odor Honey-like
Density 0.958 - 0.970 g/cm³
Solubility in water insoluble
log P 7.71
Vapor pressure Practically zero
Acidity (pKa) > 4.79
Basicity (pKb) > 12.29
Magnetic susceptibility (χ) -1.6×10⁻⁵
Refractive index (nD) 1.44
Viscosity Medium to High
Dipole moment 1.04 D
Thermochemistry
Std molar entropy (S⦵298) 329.5 J·mol⁻¹·K⁻¹
Std enthalpy of formation (ΔfH⦵298) -370.5 kJ/mol
Std enthalpy of combustion (ΔcH⦵298) –9808 kJ/mol
Std molar entropy (S⦵298) 568.0 J·mol⁻¹·K⁻¹
Std enthalpy of formation (ΔfH⦵298) -375.7 kJ/mol
Std enthalpy of combustion (ΔcH⦵298) –9800 kJ/mol
Pharmacology
ATC code V05BC01
ATC code V09AX04
Hazards
GHS labelling Not classified as hazardous according to GHS
Hazard statements Not a hazardous substance or mixture.
Precautionary statements P210: Keep away from heat, hot surfaces, sparks, open flames and other ignition sources. No smoking.
NFPA 704 (fire diamond) 1-1-0
Flash point > 204°C
Autoignition temperature 204°C
Explosive limits Not explosive
LD50 (median dose) > 36000 mg/kg (rat, oral)
PEL (Permissible) 5 mg/m³
REL (Recommended) 1.0
Main hazards Dust may cause mechanical irritation to eyes and respiratory tract.
GHS labelling Not a hazardous substance or mixture according to the Globally Harmonized System (GHS)
Signal word No signal word
Hazard statements Not a hazardous substance or mixture.
Precautionary statements P210, P233
Flash point > 204°C
Autoignition temperature 204°C
LD50 (median dose) LD50 >5000 mg/kg (rat, oral)
PEL (Permissible) 5 mg/m³
REL (Recommended) Off-white to yellow solid. Slight, characteristic odour.
Related compounds
Related compounds Paraffin
Carnauba wax
Ceresin
Microcrystalline wax
Related compounds Paraffin wax
Carnauba wax
Candelilla wax
Bayberry wax
Jojoba wax
Lanolin