|
HS Code |
494413 |
| Chemical Name | Galaxolide |
| Cas Number | 1222-05-5 |
| Molecular Formula | C18H26O |
| Molecular Weight | 258.40 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Odor | Musky, sweet, floral |
| Solubility In Water | Insoluble |
| Boiling Point | 325°C |
| Density | 1.01 g/cm³ (at 20°C) |
| Primary Use | Synthetic fragrance in perfumes and household products |
As an accredited Galaxolide factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Galaxolide packaging is a 1 kg white HDPE container with a secure screw cap and clear hazard and handling labels. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Galaxolide involves palletized drums or IBCs, ensuring secure, leak-proof transport, typically maximizing container capacity. |
| Shipping | Galaxolide should be shipped in well-sealed, labeled containers, protected from direct sunlight and moisture. Transport the chemical in accordance with local regulations and guidelines for non-hazardous substances. Ensure containers are secure to prevent leaks or spills. Typical shipping does not require special hazard markings, but safety documentation should accompany the shipment. |
| Storage | Galaxolide should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of ignition. Keep the container tightly closed and properly labeled. Store away from incompatible materials such as strong oxidizing agents. Use appropriate chemical-resistant shelves or cabinets to prevent leaks or spills, and ensure storage areas are equipped with fire suppression and spill-containment measures. |
| Shelf Life | Galaxolide typically has a shelf life of 2–3 years when stored in tightly sealed containers, protected from light and heat. |
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Purity 99%: Galaxolide with purity 99% is used in premium laundry detergents, where it ensures long-lasting fragrance retention and low impurity-induced discoloration. Melting point 82°C: Galaxolide with a melting point of 82°C is used in solid air freshener formulations, where it provides stable scent release at ambient temperatures. Molecular weight 258.4 g/mol: Galaxolide with molecular weight 258.4 g/mol is used in personal care emulsions, where it delivers consistent solubility and homogeneous fragrance dispersion. Stability temperature 60°C: Galaxolide with stability temperature 60°C is used in scented candle production, where it maintains fragrance integrity during hot-pour processing. Low volatility grade: Galaxolide of low volatility grade is used in fine fragrance manufacturing, where it results in prolonged olfactory impact and minimal evaporation loss. Particle size <10 µm: Galaxolide with particle size less than 10 µm is used in cosmetic powders, where it guarantees smooth texture and even fragrance release. High viscosity grade: Galaxolide of high viscosity grade is used in gel-based air fresheners, where it controls fragrance diffusion rate for extended performance. Photostability ≥95%: Galaxolide with photostability ≥95% is used in outdoor laundry sprays, where it prevents fragrance degradation under UV exposure. Residual solvent <0.5%: Galaxolide with residual solvent content less than 0.5% is used in hypoallergenic skin creams, where it reduces irritation risk and enhances safety compliance. Refractive index 1.515: Galaxolide with refractive index 1.515 is used in transparent soap bars, where it maintains product clarity while delivering strong scent profiles. |
Competitive Galaxolide prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615371019725 or mail to sales7@alchemist-chem.com.
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Tel: +8615371019725
Email: sales7@alchemist-chem.com
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Galaxolide brings a clean, musky character to personal care, household, and industrial products. As a manufacturer who works with this ingredient every day, I see its impact—on both formulations and final products—across industries and markets. The typical Galaxolide we produce features a high-purity, high-concentration polycyclic musk base, commonly supplied in both 50% and 100% neat forms. This flexibility supports the demands of different blending and dilution requirements on the customer end. The chemical signature, musky but never overpowering, marks a clear difference from other fragrance ingredients, especially the nitro musks or linear musks circulating in the past.
The synthesis process we employ uses raw materials sourced from long-term partners whose quality standards we’ve vetted through years of collaboration. Galaxolide’s benchmark purity, typically exceeding 99%, results from precisely controlled reaction conditions and rigorous purification. Careful distillation at the end of synthesis helps deliver an oil with minimal impurities—this is something formulators notice because it reduces the risk of off-notes or unwanted interaction with other ingredients.
Our lab routinely analyzes each batch to confirm profile consistency: bright, musky top notes with a subtle, creamy dry-down. Galaxolide does not shift on storage, which makes it a workhorse for those who need predictable, stable results batch after batch. Many alternatives cannot match this reliability; several competitive musks require cold-chain storage or develop unwanted yellowing over time. We made it a hallmark of our production to eliminate these variables as much as possible.
The main use of Galaxolide lies in the fragrance sector. Its molecular structure allows it to anchor volatile top notes, giving a longer-lasting sensory profile. In my own experience, formulators turn to Galaxolide when they want to boost the roundness of their scent without crowding out floral, citrus, or herbal elements. It never dominates, but it gives body and sophistication—a trick that doesn’t come easy with alternatives. Our product dissolves smoothly in both oil-based and alcohol-based fragrance carriers, reducing need for additional solubilizers that can skew formulas or cost more.
Beyond perfumery, Galaxolide features in soaps, laundry detergents, and fabric softeners. High consumer expectations in these segments make consistency essential. When major multinationals ask about our supply, their procurement teams often say they need confidence in year-round availability, not just the best headline price. We have responded by tuning our manufacturing plan to prioritize uninterrupted stock and on-time delivery. In our view, a late or variable shipment risks forcing our downstream clients to run expensive overtime or delay production—including during critical launch windows.
Personal care brings its own requirements. Many end-products include high water content or expose the fragrance blend to pH extremes. Through repeated trials in our own application lab, we've learned that Galaxolide maintains its integrity in even aggressive environments. No unpleasant off-odors appear after weeks of storage, even under UV or high heat conditions. Many local clients in hot climates report that Galaxolide outperforms imported musks for shelf-life stability—likely due to tighter process controls at our plant compared to some competitors.
The regulatory environment for polycyclic musks evolves constantly. Drawing on over two decades’ experience manufacturing Galaxolide, we keep a close eye on changing requirements from authorities such as the European Chemicals Agency, US Environmental Protection Agency, and China’s State Administration for Market Regulation. We maintain full traceability in every batch, including impurity specs and allergen declarations. Up-to-date safety data sheets and certification from accredited labs accompany every shipment. Our team often works one-on-one with client compliance managers to explain documentation or help navigate REACH registration, IFRA usage levels, and other hurdles.
Galaxolide’s track record is strong, but all high-production-volume ingredients warrant close scrutiny. Some consumer watchdog groups have questioned polycyclic musks’ persistence in the environment. Our own data, backed by published third-party studies, shows that Galaxolide breaks down in standard municipal treatment processes. Less than 0.1% passes through into effluent. Even so, we invest in ongoing review and welcome pre-shipment, third-party audits at our site. In my view, that level of transparency isn’t just marketing; it’s a duty for any modern chemical manufacturer.
Many clients come to us after using nitro musks or macrocyclic alternatives, looking for something with fewer regulatory or environmental baggage. Nitro musks—once mainstays in perfumery—have faded for good reasons. They often brought with them stability challenges, higher toxicity, and strict usage caps. Macrocyclic musks, though safe, can drive up production costs due to their extended, multi-step syntheses and lower yields. Our Galaxolide offers a middle ground: sensory performance that rivals macrocyclics, process simplicity and cost stability unattainable with natural musks, and an environmental and safety profile that avoids the pitfalls of nitro-based options.
Beyond regulatory factors, formulators care deeply about interactions with other ingredients. Galaxolide offers broad compatibility with typical surfactants, emulsifiers, and preservatives used in home and personal care. Some alternative musks can alter viscosity or throw off emulsion stability, presenting headaches in process or finished product QA. Our production line engineers monitor for these issues, running blend simulations with mainline detergent bases, acrylic thickeners, and other workhorse raw materials. We flag any interactions that might show up in rinse-out, color shift, or cloudiness for our clients to check themselves—another step not every supplier takes, but one we believe in for the long haul.
Many large-scale buyers worry about production reliability after seeing sudden supply gaps from competitors or price swings triggered by upstream raw material bottlenecks. Over decades, we’ve invested in backward integration. Our key feedstocks come from dedicated partners whose plants sit near our own facility, reducing transit time and logistics risks. Onsite warehousing holds buffer stocks. These measures prevent the sort of seasonal runouts that plague less-prepared suppliers—crucial for our customers who rely on fixed pricing and deliver massive production volumes.
Efficiency in our own plant also supports environmental and worker safety objectives. Closed-loop solvent systems cut emissions and reduce solvent waste headed for incineration. Online sensors track reaction completeness and flag anomalies, minimizing human intervention and reducing risks of operator exposure. A key point for us: improvements made here don’t just cut costs—they also give us higher yields and purer product, shrinking the footprint per ton delivered. Our teams in the plant see the payoff directly, and pass that on in tighter specs for clients.
Innovation matters. The Galaxolide molecule at the core hasn’t changed, but routes to it keep getting better. Our R&D group explores new catalysts that limit byproducts and energy usage in synthesis. Bench and pilot trials occasionally reveal new intermediate isolation tricks or cost-saving in final workup, especially in drying and filtration. We feed insights from customer feedback and performance complaints directly back into process improvement cycles. If a client reports a blend challenge or odd smell traced to an obscure impurity, we pin down the cause and adjust procedure—often within a single production campaign. Many downstream users grow weary of suppliers who ship “one-size-fits-all” grades and resist changes. We’ve built our supply chain—and technical service—around responding, not dictating.
Behind every lot of Galaxolide is a control process refined through hard-won experience. Our analytical chemists run standard GC-MS scans but also keep proprietary indices tied to past performance across client applications. These fingerprint assays allow quick flags for lots that, while technically in spec, show even slight deviation from signature scent or color. With thousands of kilos shipping every month, that kind of hands-on scrutiny calls for more than just software. Our team includes people who built our first reactor setups and still have the nose for finding signs most machines miss. Quality here means every drum leaves our site fully checked by both data and people.
Unlike mass-market musks processed for turnaround above all else, our Galaxolide never leaves the plant until cleared by a senior chemist and senior operator. We document every check and retain samples for two years, making recall or customer quality review simple and direct. Customers appreciate this transparency. Some even visit our plant each year to walk through the line, meet our team, and pull samples from live batches—something we encourage. The trust and open communication this builds have paid off through thick and thin market cycles.
Galaxolide has found its way from major international brands to niche artisanal soapmakers. We take every call and sample request seriously, whether one drum or a tanker. Stories from formulation labs help us understand trends in consumer preference—what they want in their laundry, their bath, their daily routines. Demands for vegan, allergen-free, and cruelty-free claims keep shaping lists of permitted and restricted fragrance ingredients. Our team enjoys the challenge, working alongside client R&D to tweak purity, allergen levels, or carrier base—all while remaining within our chemical and production constraints.
We’ve hosted training sessions for customer QA and lab teams, breaking down the subtleties of Galaxolide evaluation: best dilution protocols for odor panels, recognizing early signs of oxidation or hydrolysis in fielded products, and tricks for benchmarking against legacy formulas using now-restricted musks. Passing that knowledge on ensures a common language and higher trust. We believe this openness, supported by regular feedback, matters more for client retention than price cuts or extravagant marketing.
Market trends toward “clean” and “sustainable” ingredients put every synthetic under a magnifying glass. Galaxolide keeps its popularity for performance, cost, and safety, but end-users stay wary about persistent chemicals. Manufacturers like us have a responsibility to lead with data and adapt where new science points. That means investing in monitoring, collaborating with researchers exploring faster degradation pathways, and communicating honestly about real vs. theoretical risks.
We’re also tracking the rise of alternative musks—macrocyclic, natural, and biotech-derived. Each has advantages, but tradeoffs too. Macrocyclic musks boast strong green credentials but land at a higher cost per kilo and sometimes lack the broad performance Galaxolide gives. Biotech approaches, while exciting, aren’t yet competitive at the scale or cost required for detergents and mass-market products. Our role is to keep bridging the gap: refining the Galaxolide process, keeping waste and energy down, and helping customers navigate the shifting ingredient landscape.
We’ve built our Galaxolide business on more than technical specs alone—real-world experience counts most. Chemists, operators, and technical specialists cross paths in our plant yard every day, trading stories about yield tricks, line hiccups, and customer anecdotes. We never stop learning, and those lessons feed directly into each batch we ship. Customers trust us for this reliability, and we never take that for granted.
Galaxolide isn’t just a molecule to us—it’s a daily test of skill, knowledge, and commitment. Every improvement, every tweak, and every reported challenge from downstream users shapes how we make and offer this product. We’re proud to lead with hard facts and hard work, offering more than just a commodity musk, but a key ingredient in scents and products people rely on every day.