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HS Code |
204763 |
| Inci Name | Ceramide AP |
| Type | Lipid |
| Appearance | White to off-white powder |
| Solubility | Insoluble in water, soluble in oils |
| Origin | Synthetic or plant-derived |
| Function | Skin conditioning agent |
| Cas Number | 100403-19-8 |
| Molecular Formula | C42H83NO3 |
| Usage Concentration | 0.1% - 2% |
| Ph Stability | 4.0 - 7.0 |
| Melting Point | 85°C - 105°C |
| Primary Application | Moisturizing skincare products |
As an accredited Ceramide Ap factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Ceramide AP is supplied in a white, sealed, high-density polyethylene bottle containing 100 grams, labeled clearly with product details and safety information. |
| Shipping | Ceramide AP is typically shipped in sealed, airtight containers to prevent moisture absorption and contamination. During transit, it should be protected from extreme temperatures and direct sunlight. Standard shipping practices for cosmetics or chemical ingredients apply, and proper labeling, including hazard information if applicable, ensures safe handling and compliance with regulations. |
| Storage | Ceramide AP should be stored in a tightly sealed container, protected from light, moisture, and excessive heat. Store at a temperature below 25°C (77°F) in a cool, dry place. Avoid exposure to air and contaminants to maintain its stability and efficacy. Keep out of reach of incompatible substances and ensure proper labeling to prevent misuse or cross-contamination. |
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Purity 98%: Ceramide Ap with 98% purity is used in premium facial moisturizers, where it enhances skin barrier function and reduces transepidermal water loss. Molecular Weight 550 Da: Ceramide Ap with a molecular weight of 550 Da is used in serum formulations, where it facilitates deep epidermal penetration and improves hydration retention. Viscosity Grade Low: Ceramide Ap of low viscosity grade is used in lightweight gel creams, where it ensures rapid absorption and maintains a non-greasy skin feel. Melting Point 90°C: Ceramide Ap with a melting point of 90°C is used in heat-processed emulsions, where it maintains chemical stability during manufacturing. Particle Size <5 µm: Ceramide Ap with particle size below 5 µm is used in sprayable skincare products, where it delivers homogeneous dispersion and optimal skin coverage. Stability Temperature 45°C: Ceramide Ap with a stability temperature of 45°C is used in climate-resilient formulations, where it prevents degradation under high storage temperatures. Water Dispersibility High: Ceramide Ap with high water dispersibility is used in aqueous lotions, where it enables uniform distribution and minimizes phase separation. Odorless Grade: Ceramide Ap of odorless grade is used in fragrance-sensitive cosmetic applications, where it ensures minimal sensory impact and consumer acceptance. Hydration Index 80%: Ceramide Ap with an 80% hydration index is used in restorative night creams, where it significantly increases skin moisture content overnight. Shelf Life 24 Months: Ceramide Ap with a shelf life of 24 months is used in long-term storage skincare products, where it guarantees sustained efficacy and product integrity. |
Competitive Ceramide Ap prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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We’ve been manufacturing skin-identical ceramides for years, drawing on chemistry and consistent hands-on research. Ceramide AP, also recognized as Ceramide 6 II, comes out of that experience. Ceramide AP stands among the key ingredients found in human skin’s outermost layers, recognized by dermatologists and cosmetic chemists as an essential lipid for barrier function. Unlike many other cosmetic actives, this isn’t a synthetic, disconnected molecule made to only ‘act’ in a formula; it’s built on the frameworks that our own bodies use daily.
At the heart of Ceramide AP production lies a balance of renewable raw materials and controlled manufacturing steps. Fatty acids, sphingoid bases—they’re selected and processed to support the delicate balance of chain length, polydispersity, and purity. The model for our Ceramide AP: high content of key sphingolipid species, with a focus on biomimicry that fits real, working skin structure.
We offer Ceramide AP in several forms for different application needs. Most partners order micronized powders, typically in purity above 95%. That ensures solubility in both water-in-oil and oil-in-water emulsions, reducing processing hurdles further down the line. Appearance ranges from nearly white to pale yellow, based on slight batch variation, but always within the specification for high-quality grade. The product melts in the 90-105°C range, offering formulating freedom in creams, lotions, rinses, and even solid bars.
Moisture content stays below 3%. We pull samples and measure each lot for HPLC profile match against authentic standards. We check for oxidative byproducts, affording peace of mind for formulators who want to push for long shelf-life. Our sulfated ash measures below 0.1% for most runs—critical for cosmetic and pharmaceutical formulating where excipient residues are watched closely.
We see many ceramide products offered in the personal care market. Some arrive from repackagers who buy generic powders, then blend and relabel. Others come from large-scale chemical plants optimizing only for high throughput. In our experience, these methods can lead to wide differences in the sphingolipid profile, chain uniformity, and impurity levels.
Our Ceramide AP stands apart because production happens in a tightly controlled batch environment. Each batch draws on purified precursors, avoiding unintended byproducts sometimes seen in hastily scaled runs. Every gram comes from a real process where fermentation, extraction, purification, and drying each get monitored by operators who hold responsibility all the way from raw materials to finished package.
We maintain long-term partnerships with analytical labs, so third-party confirmation matches every lot. Our team has reformulated batches plenty of times—not because we must, but because our end-users insist on the best feel, most skin-true results, and least irritation potential. We approach synthesis and refinement as an iterative, hands-on science.
The biggest need we hear from customers: better skin moisture retention and barrier support. Ceramide AP gets to the root of both. Its structure mimics the key ceramides found in the stratum corneum—mainly the type 6 class. Skin, especially dry or compromised, often shows lower levels of this ceramide. Adding it back through a properly formulated cream, lotion, or rinse-off treatment goes beyond basic occlusion. It helps the skin structure organize its lipid lamellae, which in turn supports elasticity, firmness, and comfort.
We’ve seen Ceramide AP perform best in leave-on products. Night creams use 0.05% to 0.5%. Lotions frequently run at similar concentrations. Even barrier repair sticks and ointments, which need something more robust, benefit from Ceramide AP’s unique skin penetration. Moisturizing milks, liquid serums, even scalp treatments—customers have added Ceramide AP in these formats for results seen on end-user skin, scalp, and body.
We’ve optimized particle size and density in-house through repeated trial, so Ceramide AP disperses into both oil-based and water-based bases without caking or separating. Formulators don’t need to chase microemulsions or force-soluble carriers just to get this ceramide into their systems. In rinse-off products, Ceramide AP survives most of the foaming and shearing, leaving enough behind to make a difference after a single use.
We’ve worked with brands all over the world—from mass-market to clinical—on developing products tailored to different skin types and challenges. Asian skincare brands often focus on skin sensitivity and pollution damage; they find Ceramide AP especially useful paired with madecassoside, centella extracts, or panthenol. US and European partners combine Ceramide AP with peptides, hyaluronic acid, and niacinamide, focusing on anti-aging and barrier recovery. These real-world requests help us adapt our process for emerging trends and formulation techniques.
Heat stability often comes up for manufacturers using hot-fill or bake-stable processing. We run heat challenge tests to confirm Ceramide AP will hold up under real mixing and processing, not just lab bench conditions. For transparent gels and hydrocolloid blends, our micronized powder disperses easily and stays visually invisible, something lower-grade ceramides can’t offer. Many customers have told us they see fewer ‘floaters’ and no batch-to-batch separation.
Another area where Ceramide AP helps: products targeted at those with eczema, psoriasis, or severe xerosis. We support clinical trials and patch testing to validate non-irritancy and real skin benefit. Every year, our R&D collates customer feedback to improve either raw material grades or suggest tweaks in application formulas. We don’t stop at the raw material—our experience extends to troubleshooting finished applications alongside the people who make and market them.
Ceramides, including Ceramide AP, represent almost 50% of the skin’s lipid content. They form the principal mortar between cells in the outer skin layers. Research, including peer-reviewed studies, demonstrates that skin with balanced ceramide content recovers faster from environmental stress, holds moisture longer, and shows reduced visible signs of aging. Ceramide AP specifically shows a strong affinity for lamellar organization, helping rebuild ordered layers where barrier function has broken down.
One major challenge in synthetic ceramide production lies in achieving a structure close enough to the natural that skin cells recognize and incorporate it effectively. Many commodity ceramides, derived through harsh chemical processes, contain side chain mismatches or oxidized fragments that impact both stability and biological activity. Our patented production method involves temperature-controlled fermentation, stepwise organic extraction, and real-time monitoring of the chain length and unsaturation. It’s a slower route, but one we’ve found produces the right balance of activity and tolerance.
We’ve set up our own small batch reactor systems to avoid cross-contamination with non-skin lipids. This helps low molecular weight ceramide impurities stay out of the final product—crucial because those fragments can spark irritation or even break down active matrices in more sophisticated skin treatments. Every pilot run feeds data back to the R&D lab so we can fine-tune feedstock ratios, temperature holds, and downstream purification. Most results become part of our ongoing material improvement cycle.
Ceramide AP doesn’t lump in with generic ‘ceramide complexes.’ What sets it apart is purity and specificity. Others in the market bottle up blends of ceramides 1, 2, 3, phytosphingosine, cholesterol, and fatty acids. That fits for all-in-one products, but dermatologists know the skin draws on more precise ratios and forms. Ceramide AP focuses on providing the molecule found in youthful, flexible skin—the very one missing in dry, atopic, or aging conditions.
Synthetic ceramide analogues sold at discount rates often show a broad, undefined profile under mass spectrometry. They might work as generic emollients but don’t supply the same barrier repair or support factors. By contrast, our Ceramide AP shows a single, sharp HPLC peak and repeatable results test after test. For customers building clinically validated or high-science products, this transparency makes regulatory filings and claims support process smoother.
Some ceramides are better suited to rinse-off (Ceramide NP, for instance). Ceramide AP holds its own in both leave-on and rinse-off, especially for sensitive applications and deep hydration needs. Its mild, non-greasy feel and non-sensitizing profile make it a consistent pick for products meant for the most demanding users—children, the elderly, and anyone with chronic skin barrier challenges.
Source purity matters. We source our fatty acids and sphingoid bases from partners committed to responsible agricultural practices. No palm oil deforestation, and every bio-based raw material traces back to a third-party verified supply line. We believe in full transparency for our raw material chain, because a great ceramide loses its value if made at environmental or social cost.
Our waste streams are treated on site. All solvents, water, and lipids unused in one batch cycle are reclaimed, purified, and either reused or responsibly disposed. We run closed-loop filtration and dyeing columns. These systems reduce both the energy requirement and the net environmental load. We meet both EU REACH and US environmental guidance for specialty cosmetic materials; annual reviews keep compliance current alongside operational efficiency.
Ethics also means avoiding animal byproducts. Every gram of Ceramide AP we send out carries certification as vegan and cruelty-free. That opens up a broader market—including brands seeking certification under major international standards and retailers who can’t risk non-compliance. Our documentation supports rapid ingredient listing and verification, making go-to-market faster for our partners downstream.
We don’t just ship bulk powders. We answer technical support questions every day—advising on dispersing Ceramide AP in tough matrices, combining it with prebiotics, even troubleshooting unexpected separation or viscosity shifts. Our technical team brings bench chemistry and hands-on experience from real cosmetic manufacturing setups, not only textbook knowledge.
R&D clients frequently turn to us for insight on bioavailability and penetration enhancers. Ceramide AP pairs well with glyceryl stearate, lecithin, and certain food-derived oils. Customers aiming for clean, minimalist formulas find Ceramide AP doesn’t compete with fragrance, color, or main actives—instead, it rounds out a product’s feel and clinical performance. We track each successful launch and gather back product performance data so we keep improving—not just lab to bottle but all the way through retail testing and consumer reviews.
Markets keep shifting—especially in skin care, where demands for bio-based, traceable, high-activity actives only grow. We’re investing in more advanced fermentation systems and next-gen purification tools. A key focus remains batch traceability, to ensure each customer can tie the quality in their end product straight back to our factory process step. We update our specifications according to new scientific findings, always favoring safety, performance, and environmental stewardship.
Customers keep requesting collaborative product development, not just buying a raw material. That means working together to solve shelf-stability, compatibility, and regulatory compliance issues. Some of our proudest partnerships involve iterative pilots, real consumer trials, and constant feedback. In each, Ceramide AP’s production and application knowledge leads not just to better product, but to faster product launches and more reliable claims support.
We believe the future of ceramides rests on transparency, measurable performance, and customer education—not just a better powder. Ceramide AP, as made in our facility, stands as proof that careful manufacturing, ethical choices, and two-way collaborative support matter. Better skin health is possible, from single-ingredient actives through to the final product on a customer’s shelf. Each year we see new formula breakthroughs, new clinical data, and better understanding of the vital role ceramides play in real skin health.