| HS Code | 851953 |
| Origin | plant-derived |
| Source | sugarcane |
| Appearance | clear, colorless liquid |
| Texture | lightweight and non-greasy |
| Odor | odorless |
| Comedogenic Rating | 0 (non-comedogenic) |
| Skin Feel | fast-absorbing, smooth |
| Main Benefit | moisturizes and softens skin |
| Usage | suitable for all skin types |
| Solubility | oil-soluble |
| Stability | highly stable, non-oxidizing |
| Purity | typically 100% pure squalane |
| Vegan | yes |
| Allergenic Potential | low |
As an accredited Plant‑Derived Squalane factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging is a clear 100 mL glass bottle with a white dropper cap, labeled "Plant-Derived Squalane - 100 mL". |
| Shipping | Plant-Derived Squalane is typically shipped in tightly sealed, non-reactive containers, such as HDPE or glass bottles, to prevent contamination and oxidation. The product is stable at ambient temperatures, but should be stored away from direct sunlight and heat sources. Standard shipping regulations for non-hazardous liquids apply. |
| Storage | Plant-derived squalane should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the container tightly closed to prevent contamination and oxidation. Store in original or compatible containers. Avoid strong oxidizing agents. Proper storage ensures product stability and maintains the quality and purity of squalane over time. |
As a manufacturer specializing in plant-derived squalane, we supply this bio-based hydrocarbon for multiple advanced industrial sectors. Our material supports precise formulation, performance consistency, and downstream regulatory compliance. Below we detail key industrial application segments with practical process and compliance guidance.
Squalane features widely in professional-grade skin and hair formulations as an emollient and hydration agent with excellent oxidative stability. Cosmetic labs use our plant-based squalane in high-load phases to improve texture and skin feel while maintaining transparent labelling for natural cosmetics. Formulators address stability and rheology challenges with careful compounding into oil or emulsion bases, especially for premium facial and body care ranges. Each batch ships with supporting documentation for independent certification audits and export dossiers.
Industry compliance standards
Typical usage ratio
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Final product types
In regulated drug manufacturing, squalane serves as a pharmaceutically approved excipient for topical ointments and transdermal patches. Our material offers batch-to-batch purity control required for medical formulations. Production teams integrate squalane during the oil-phase compounding process, where its stability and low allergenicity support compliance for dermal drug carriers. We partner with CDMOs to support DMF referencing and formulation dossiers for global submissions.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Food processors deploy high-purity, plant-based squalane as a lubricant and anti-stick agent for food-contact equipment and food packaging. Our squalane meets allergen-free and non-GMO specifications for indirect food use, supporting high-speed automated processing and low-temperature demolding where traditional petroleum-based lubricants are unsuitable. We provide technical documentation for migration testing and regulatory clearance, including for export into North American and EU markets.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Medical device manufacturers select plant-derived squalane for its biocompatibility and resistance to oxidation when lubricating surgical or diagnostic equipment, or as a surface treatment for implantable polymers. Our controlled manufacturing process produces ultra-low impurity grades, validated by cytotoxicity and hemocompatibility panels. Each grade supports Class II/III medical submissions, with full traceability from raw plant oil to final squalane product.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Chemical processors use plant-derived squalane as an internal plasticizer and flow agent for advanced plastics and elastomeric compound formulations. The linear hydrocarbon structure contributes to flexibility and processability of high-performance thermoplastics, particularly in applications demanding low extractables and VOCs. Our material’s low color and odor profile allows for clear and food-compliant masterbatches, and we monitor critical impurity benchmarks for international polymer grades.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Manufacturers of high-performance mechanical assemblies and optics employ squalane as a specialty lubricant for its high purity, oxidation resistance, and temperature tolerance. Engineers use our plant-derived squalane in instrument bearings, clockwork, and vacuum equipment, where hydrocarbon stability is crucial for long-term reliability. Material supplied meets strict viscosity and volatility specifications for cleanroom and technical manufacturing environments.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Competitive Plant‑Derived Squalane prices that fit your budget—flexible terms and customized quotes for every order.
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Every step in processing squalane shapes the final result. In our experience as a chemical manufacturer, it takes more than a slick marketing claim to meet genuine expectations for purity, stability, and performance. Our plant‑derived squalane reflects years of investment in sourcing, extraction, and refining, each crafted to support demanding applications. Raw material traceability matters—even a small compromise at the beginning can echo through every downstream process, affecting both function and consumer trust.
We source our squalane from Brazilian sugarcane. This feedstock guarantees clarity and odor neutrality not found in animal-based or olive-based grades, both of which can yield unpredictable batch-to-batch variations. Our extraction avoids hydrogenation methods commonly used in competitors’ shark-derived oils, which introduce minor impurities that we see rejected under strict QC systems—particularly in cosmetic and pharmaceutical sectors.
Clients working in personal care, color cosmetics, or pharmaceuticals often share how finicky their downstream mixing can be. Our squalane appears as a clear, colorless liquid, with a density of about 0.81 g/cm³ at 20°C and a refractive index near 1.454. Viscosity and spreadability remain stable across wide temperature swings. Even subtle shifts in these properties show up in a cold cream or a serum. These small changes reveal how small shortcuts in raw materials surface all through production, making plant-derived squalane an obvious upgrade.
Early days of manufacturing showed us that not all squalane behaves alike, even when chemical structures match on paper. Subtle odors, color fluctuations, or oxidation sensitivities in shark-liver or olive-based grades have frustrated production chemists and brand owners for decades. Animal sources, beyond the clear ethical drawbacks, carry greater risk of batch contamination, variable odor, and regulatory complexity.
Our current plant-based process controls oxidation states rigorously, preventing yellowing or off-scents over time—a common issue with poorly refined material. Testing in finished goods, our partners report more consistent product performance and fewer returns triggered by color or shelf-life complaints. Some customers once believed switching supplier made little difference; defects forced production halts, and audits revealed supply chain shortcuts. With plant-derived squalane, ethical sourcing dovetails with batch reproducibility, supporting scale and reputation.
Chemists tell us squalane offers rare versatility. In skin care, it forms a weightless, non-greasy emollient layer. It penetrates faster than mineral oil and doesn’t compete with other actives. Our squalane’s light, pleasant skin feel helps high-value brands differentiate in crowded marketplaces. Technical teams confirm that our squalane leaves no heavy slick and resists oxidation, even in clear packaging or hot climates.
Manufacturers in hair care mention shine, frizz control, and split-end repair without weighing down the hair. Industrial chemists point to squalane’s high spreadability, thermal stability, and inertness, making it an ideal carrier in actives delivery, sun care, and pharmaceutical ointments. Feedback cycles help us continually confirm that our methods yield a consistently stable product.
Specifications reflect the needs of modern applications. Squalane purity reaches ≥99%. Peroxide and acid values consistently register below detectable thresholds by GC and HPLC, supporting rigorous clean-label objectives. As industry regulations tighten, batch stability and contaminant control do more than pass audits: they keep finished products out of the recall pipeline.
Clients press for more transparency now than ever. Sourcing squalane from shark or fish reservoirs has never aligned with sustainability. More end-users demand cruelty-free ingredient lines, and large-scale retailers increasingly scrutinize upstream practices. Our customers verify every claim with documentation—origin, process summaries, and residue analysis. We support audits and provide full batch traceability.
We saw repeated failures with some early olive-based suppliers, who faced unpredictable input supply, leading to price and quality fluctuations. Our sugarcane-based supply chain offers a more reliable alternative, with better greenhouse gas profiles and less price volatility season to season.
As demand for natural and clean-label ingredients accelerates, plant-derived squalane offers both the story and the factual basis for label transparency. Finished product claims about “vegan,” “non-animal,” and “cruelty-free” ingredients only fly when upstream partners share accurate records, reliable processes, and consistently pure outputs.
A major source of customer frustration comes from unanticipated interactions in shelf life studies. Some squalane grades, especially those with trace oxidation byproducts, can force color changes, separation, or odors after just a few months at retail. We saw many cases where brands tried to work around these issues with masking fragrances or antioxidants, losing both time and consumer confidence.
Our squalane already meets key ISO and USP monograph standards for purity, shelf stability, and odor. It won’t darken, oxidize, or break down under typical light or heat exposures. We recommend storage in sealed, lightproof containers below 30°C but observe that its stability gives formulators genuine peace of mind. Repeat testing every year has shown that our batches stay in spec over 36 months, matching rigorous standards required by both multinational and indie brands.
Solubility and compatibility open another set of doors. Our squalane dissolves most cosmetic actives, vitamins, or oily plant extracts. It mixes evenly into oil-in-water and water-in-oil emulsions, even at high loadings, without clouding or separation. Its inert nature keeps it from reacting with other sensitive components.
Several years ago, clients rarely asked about full supply chain transparency. EU, US, and APAC regulators now set tighter standards for contaminant content, animal testing, and traceability. Our teams align our own audits, document generation, and reference samples to match or exceed these requirements.
Product recalls, whether for allergen contamination or regulatory shortfalls, damage more than finances. They erode brand trust and create cascading supply chain headaches. By keeping all refining and QC in-house, we control every variable—from storage temperatures to container rinsing protocols. This end-to-end control eliminates ambiguity, giving our buyers confidence about what they receive in every drum or tote.
Some competitors claim plant origin but cut with cheaper synthetics. Testing has caught these blends, exposing finished brands to regulatory risk and consumer backlash. Our GC-MS certificates confirm plant-only content, batch after batch. Updates in regulations have raised the bar and closed loopholes for “greenwashing,” helping true manufacturers set themselves apart.
End-product makers and their consumers expect real traceability and sustainability data, not just assurances. We source our feedstock from certified plantations with fair labor practices, open land registry records, and transparent water usage metrics. Life cycle assessments show improved carbon footprints versus animal or olive-based alternatives.
Most downstream customers report improved environmental profiles in their finished products' lifecycle reports. Investors and retailers now review these assessments as part of standard due diligence. Early resistance to transparent reporting faded as it became a competitive necessity, not just a compliance task.
We invest in energy-efficient refining equipment and employ closed-loop systems to minimize emissions and solvent losses. Compared to earlier open-batch refinements, today’s managed extraction methods have reduced our process waste by over 40%, with even greater gains in energy consumption per ton of final squalane.
It’s no secret that disruptions in agriculture—weather, political events, raw material shortages—affect plant-based chemical supply. By forging direct agreements with sugarcane growers and monitoring weather and crop reports, we sidestep many of the shortages that caught our peers off guard in recent years. Reserved production contracts ensure that every customer order is met on time, even if global commodities markets shift.
Some customers in specialty markets worry about cross-contamination from allergens, GMOs, or other food-borne controls. Our dedicated lines for squalane, separate from other vegetable oil processing, remove this risk. Allergen testing and GMO-free documentation are included with every shipment, giving formulating teams material they need for their own label and regulatory filings.
Global transport raises another point: Squalane’s physical properties allow safe bulk shipping and storage without risk of auto-oxidation or spoilage if standard temperature and light control are maintained. Packaging options—ranging from small containers to bulk tankers—match each client’s operating scale, minimizing time and labor during formulation.
Plant-based squalane's compatibility with most common plastics and metal drums helps streamline logistics, reducing the risk of product loss through container corrosion or leaching—another overlooked factor that demands continual observation and, when needed, supplier protocol revisions.
The push toward “natural” and “green” in personal care can backfire if raw ingredients can’t perform in the real world. End-users notice quickly—creams that separate, serums that smell off, hair oils that weigh down or irritate. Feedback loops from customer complaint logs to our own R&D guide incremental improvements, batch testing, and documentation updates.
Plant-derived squalane continues to play a strong role for personal care brands seeking not just label claims but authentic performance improvements. Consistent texture, non-reactivity, long shelf life, and pure sensory profiles deliver not only on-paper value but in-use quality that wins repeat buyers for our clients.
Technical teams, especially those operating global scale production, select suppliers with real-world problem solving in mind: not marketing promises but evidence of long-term commitment to improvement and partnership. In our history, switching a client from generic or animal-based squalane to our plant-derived product has cut complaint rates and simplified compliance, even as regulatory and consumer demands keep rising.
A strong future for plant-derived squalane rests on this combination—total control of sourcing, modern refining, and open responsiveness to partner feedback. Developments in synthetic biology and enzyme-assisted extraction may bring next-generation grades with even lower environmental footprints, but today, sugarcane-based squalane delivers a practical, reliable advantage.
We collaborate with clients developing new finished product claims, from “super clean” beauty to prescription topical treatments, to verify every specification. Controlled stability, proven compatibility, and ethical supply all play out in technical meetings, batch sample reviews, and finished product launches.
The demands set by formulators, regulators, and conscious consumers drive development of better solutions, not just incremental improvements. Our plant-derived squalane stands as proof that direct manufacturing, transparent traceability, and investments in clean process technology pay back with both technical and business gains. The real mark of progress comes in listening to partners, adapting with rigor, and never accepting shortcuts that erode long-term value.
