| HS Code | 580963 |
| Chemical Name | Beta Arbutin |
| Chemical Formula | C12H16O7 |
| Cas Number | 497-76-7 |
| Appearance | White crystalline powder |
| Solubility | Soluble in water |
| Molecular Weight | 272.25 g/mol |
| Melting Point | 199-201°C |
| Odor | Odorless |
| Source | Typically derived from bearberry plant |
| Applications | Skin-whitening and depigmenting agent |
| Storage Conditions | Keep in tightly sealed container, store in cool and dry place |
| Purity | Usually >98% |
| Ph Value | 5.0-7.0 (1% solution) |
| Stability | Stable under recommended storage conditions |
As an accredited Beta Arbutin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Beta Arbutin is packaged in a sealed, opaque 500g plastic bottle with a tamper-evident cap and clear labeling for safety. |
| Shipping | Beta Arbutin is securely packaged in sealed, tamper-proof containers to ensure product integrity during shipping. The chemical is transported under controlled conditions and clearly labeled according to relevant safety regulations. Shipping includes necessary documentation and is handled by trusted carriers to guarantee safe and timely delivery to the destination. |
| Storage | Beta Arbutin should be stored in a tightly sealed container, protected from light, moisture, and heat. It is best kept in a cool, dry place, ideally at temperatures below 25°C. Avoid exposure to air and direct sunlight to prevent degradation. Proper storage ensures the compound maintains its stability and effectiveness for use in formulations or research applications. |
Competitive Beta Arbutin prices that fit your budget—flexible terms and customized quotes for every order.
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Beta Arbutin stands on a long legacy of active skin lightening agents. In nearly twenty years producing it, we’ve learned what works and what does not. The market keeps growing, regulations shift, and end users have high expectations—from K-beauty brands to clinical-grade formulations in Europe.
We don’t copy and paste bulk chemistry just to fill drums and ship pallets. Our work starts at the raw material level. Beta-D-glucopyranoside, the backbone of Beta Arbutin, asks for deliberate control through every synthesis step. Most users chase cheap prices or market trends. They overlook batch-to-batch variation, which can bring headaches down the line—stability issues, yellowing formulas, even regulatory pushback. We built our lines to meet these challenges.
Some in the market treat Beta Arbutin and Alpha Arbutin as interchangeable. In our view, they serve separate purposes and should not be blended together ignorantly. Beta Arbutin, with its specific glycosidic linkage at the beta position, offers a gentler alternative. While Alpha Arbutin often grabs headlines due to marginally higher tyrosinase inhibition, Beta Arbutin holds its own for brands looking to avoid skin irritation, especially in formulations targeting sensitive or longer-term use.
Years of hands-on feedback from our partners in Japan, Southeast Asia, and the EU shape how we treat color, odor, and residual solvent—these are not just numbers on a COA. Under current market pressure, some competitors offer off-white, faintly yellow, or odorous lots. We insist on a high-purity, nearly colorless Beta Arbutin that disappears into creams, serums, gels, and aqueous bases without leaving behind discomforting scent or staining. We keep our impurity content—hydroquinone, unreacted glucose, and early-stage oxidized by-products—under tight wraps, as demanded by stricter European standards.
We manufacture Beta Arbutin as a fine, flowable powder, sourced and processed at scale—not by dilution or repackaging from upstream third parties. Every batch passes through high-efficiency filtration and low-temperature drying. The result is product with moisture consistently below 0.5 percent. Laboratories and R&D directors value that—it saves time downstream during formulation.
Our monitoring runs deeper than HPLC assay alone. UV-Vis spectra and microbiological screening rule out surprises in long-term product stability. Cosmetic houses and pharmaceutical partners rely on this data; they don’t want to run QC battles or sift through “good enough” lots on arrival.
Specifications in our Beta Arbutin portfolio come from engineering decisions made in the factory, not from speculation about what might look good on a spreadsheet. Standard purity ranges sit at or above 99.5 percent for finished, filtered powder, handled in inert-gas packaging. We developed proprietary steps for decolorizing intermediates—our experience is that faintly yellow arbutin often signals incomplete purification, and those samples rarely stand up to storage.
Chemists across three continents taught us that Beta Arbutin’s true benefit is not just tied to skin lightening power, but to pathway compatibility. It dissolves cleanly in water at room temperature and demands no energy-intensive emulsification, making it popular for clear serums and essence products. For small- and mid-batch manufacturers, this minimizes risk of batch splitting or inconsistent dispersal.
On the shop floor, we’ve witnessed many labs try to swap out Beta Arbutin for Alpha Arbutin, expecting identical performance. That’s often a mistake. Beta Arbutin tolerates higher pH environments, and its stability in presence of metal ions comes from its conformational structure. Where Alpha Arbutin might degrade during high-heat, high-shear mixing, Beta Arbutin hangs on for the process without triggering breakdown or browning. This matters for formulators who process thousands of liters in a cycle.
In facial creams, toners, and spot correctors, most finished formulas keep Beta Arbutin at 2–7 percent of the total mass. We’ve seen laboratories get creative: blending it with gentle acids, pairing with niacinamide, or using chelating agents to boost effect. It’s safe to apply to even delicate areas, like under-eyes, without provoking irritation common to hydroquinone or strong acids. As demand ramps up for “clean” and transparent ingredient stories, Beta Arbutin becomes an easy choice—not just because it’s plant-derived, but because it delivers predictability.
As a manufacturer, we never outsource purification, drying, or final packaging to third parties. The upstream supplier-producer-distributor chain creates gaps. Finished Beta Arbutin often bounces through several hands straight into the trading pool before reaching an end user. By keeping these steps under our roof, we track every input, every timeline. Customers in sensitive regions—especially those facing strict import controls—ask for lot-level documentation, and we provide it, including batch photos and machine log extracts where needed.
We don’t just “sell a powder.” We track shelf time, offer re-testing before shipment, and work on stability improvement for every client. This brought us case studies where a product survived humid warehouse storage in Malaysia or held its color after weeks in a transport container to Florida. Distributors cannot troubleshoot these scenarios—they only pass along documentation, never solutions.
The global profile of skin lightening products has changed fast. Countries like Switzerland, Japan, and Australia inspect for hydroquinone contamination at the PPM level. We maintain analytics that go below the visible detection threshold, sending full reports with each major shipment. Audits in Korea and the EU pull random samples on arrival, demanding proof of each step in the manufacturing chain. Formulators trust us because our in-house analytics catch even minor slips before the market does. Over time, this lowers the risk of recalls or customs hang-ups.
Some groups ask about environmental footprint. Factories slashing energy use and emissions are rare. We run closed-loop recovery for solvents, manage water purification locally, and pursue green chemistry methods to stay ahead of new regulations. With authorities raising the bar each year, staying compliant means revisiting every SOP—not merely ticking off today’s requirements but preparing for tomorrow’s constraints.
Working with direct formulators and contract manufacturers brings a different level of feedback. A South Korean facial mask factory shared details about how poorly filtered arbutin clogs spray nozzles and dosing lines. Reproducibility became their bottleneck, not raw ingredient cost. Our approach—targeting high solubility and ultra-low sediment in each batch—came from these frank conversations. In our model, technical service does not mean a generic email address; our engineers troubleshoot with process diagrams and, in some cases, in-person checks at client facilities.
Many brands want to highlight “safe for daily use” on packaging, especially for launch in the Middle East or Southeast Asia where regulatory screening gets more thorough each year. Here, long-term skin compatibility means everything. Beta Arbutin offers that softer touch. We focus production on minimizing off-target byproducts and initiating batch QA/QC months ahead of scheduled rollouts. This lets our partners develop smoother, faster, and with fewer recalls.
Questions come up regularly about whether to choose Beta Arbutin, Alpha Arbutin, kojic acid, or derivatives such as magnesium ascorbyl phosphate. In practical use, Beta Arbutin stands out for risk-averse formulators and brands judged on safety and gentle effects.
Alpha Arbutin shows higher inhibition percentages in lab assays, flipping the switch on pigment production more quickly. Yet, it can generate more breakdown products during stress, especially in sun-exposed or open-packaged items. Beta Arbutin resists breakdown, stays active after multiple heating/cooling cycles in the mixing tank, and avoids the sharp irritation profiles of hydroquinone and some acid-based brighteners.
Compared to kojic acid, Beta Arbutin rarely triggers allergic reactions and sidesteps the pH sensitivity and unpleasant taste/odor that can leach into final products. Kojic acid stabilizes under acidic conditions and sometimes disappoints where neutral pH is required. Beta Arbutin keeps its integrity without demanding such strict formulation environments.
We emphasize this to every R&D lead who calls: Beta Arbutin offers a “low-drama” path to gentle, progressive skin lightening. Its action is slower but steadier—and often, customer feedback credits it with longer-term satisfaction and fewer callbacks or complaints.
Stability is not just an afterthought in our operation. “Stable” is often a lazy buzzword in supplier brochures, but daily practice tells a different story. Beta Arbutin’s structure shields it from fast oxidation, as long as it stays dry and out of direct UV. Over years handling returns and troubleshooting failed shipments, we built a protocol that includes vacuum packing, multi-layer liner bags, and rapid post-packing shipping. Poor handling—humidity spikes or improper unsealing—shows up quickly as yellowing, loss of activity, or clumping.
We urge brand partners to keep Beta Arbutin cool and sealed, using within one year for best outcomes. Our monthly stability samples track color, odor, and HPLC purity even after twelve months. We communicate real storage tips for local conditions—be it equatorial humidity or cold-chain setups up north—so nobody has to learn by trial and error.
Trust in Beta Arbutin supply needs solid analytics. Supplying the biggest Asian contract manufacturers and “white-label” facilities for Western brands, we learned that documentation wins trust. Every batch goes through HRMS, HPLC, and accelerated stability tests. Traces of hydroquinone, often a byproduct from low-quality synthesis, receive special attention. No outside party checks our data until after our team has handled the hard work.
We send scan copies of lab notebooks and run solvent-free residual analyses on special request. Customers needing extra peace of mind—especially for US, Australian, and EU shipments—often ask for chain-of-custody. With our in-house documentation protocol, we deliver without fuss, shortening launch lead times.
In recent years, clean beauty and unique delivery systems have come to the front. Beta Arbutin fits new microemulsions, hydrogel sheets, and time-release capsules. Our technical team provides solubility data and reactivity profiles for new carrier technologies—a demand created by the explosion of hybrid cosmetic-pharma launches and “dermocosmetic” trends.
For formulators building new lines—organic, vegan, or preservative-free—we collaborate on pH adjustment, metal chelation, and blending timing. Beta Arbutin’s flexible profile reduces trial batches and the risk of inconsistent results. Our in-house work with water-based wipes, powder-to-cream mixes, and sprayable masks came from shared pilot runs with customers pushing new formats past the old standards.
Building these relationships put us at the table alongside scientists, not just purchasing managers. This proximity helps shape both our process improvements and our sense of which product features actually drive long-term customer satisfaction.
Decades on the factory floor build a different perspective from what catalog sellers or trading platforms offer. Every decision, from source materials to finished product release, leaves a mark. Our reputation in the Beta Arbutin category comes from showing up, batch after batch, with chemistry that works and documentation that backs it up. We do not chase commodity trends—our focus stays on low-irritation, high-purity Beta Arbutin, delivered securely and backed by the experience of real production.
We invite continued scrutiny and challenge: every user, from the independent chemist formulating their first serum to the multinational brand developing the next wave of skin health technologies. Our Beta Arbutin remains the product of collaboration, fatigue-tested in real factories and trusted in demanding markets.