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HS Code |
823359 |
| Inci Name | Saccharide Isomerate |
| Product Code | NB-720 |
| Appearance | Clear to slightly yellow liquid |
| Odor | Characteristic, mild |
| Solubility | Water-soluble |
| Ph Range | 4.0 - 5.5 (10% aqueous solution) |
| Preservative Status | Preservative-free |
| Source | Plant-derived (typically from corn) |
| Function | Humectant and moisturizer |
| Recommended Usage Level | 1-5% |
| Compatibility | Compatible with most cosmetic ingredients |
| Shelf Life | 24 months |
| Cas Number | 100843-69-4 |
As an accredited NB-720 Saccharide Isomerate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | NB-720 Saccharide Isomerate is packaged in a sealed, opaque 25 kg drum with clear labeling for safety and identification. |
| Shipping | NB-720 Saccharide Isomerate is shipped in sealed, high-density polyethylene (HDPE) drums or containers to ensure product integrity and prevent contamination. Containers are clearly labeled, securely packed, and handled with care. During transit, the product is protected from extreme temperatures, moisture, and direct sunlight. Shipping complies with all relevant regulations. |
| Storage | NB-720 Saccharide Isomerate should be stored in a tightly sealed container, away from direct sunlight and moisture, at a temperature between 2°C and 25°C. Ensure the storage area is well-ventilated and free from incompatible substances. Protect from extreme heat, freezing, and contamination to maintain product stability and quality. Always follow local regulations for safe chemical storage. |
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NB-720 Saccharide Isomerate is widely used by industrial manufacturers as a functional carbohydrate ingredient with outstanding moisture retention, bioavailability, and compatibility with sensitive formulations. We supply NB-720 with high purity grades suitable for demanding downstream segments. Below are the core industrial applications where our customers integrate NB-720, including detailed compliance, process, ratio, and product use information for each segment. Leading cosmetic and personal care producers use NB-720 as a humectant and active moisturization agent in skincare lines, leave-on treatments, and hygiene products. Its molecular structure enables fast binding with the stratum corneum, supporting sustained hydration, reducing transepidermal water loss, and improving texture in emulsions and gels without stickiness or residue. NB-720 maintains performance under hot-fill conditions and in low pH matrices common in modern skin creams and serums. Industry compliance standards Typical usage ratio Downstream process integration
Final product types
2. Hair Care and Scalp TreatmentsIndustrial manufacturers in the hair care sector specify NB-720 in formulations designed to improve moisture retention in strands and scalp environments. The ingredient resists wash-off in conditioning systems, supports cuticle smoothness, and provides enhanced combability, especially within sulfate-free and silicone-free formulations. It demonstrates compatibility with cationic actives and forms a stable film to protect fibers during thermal styling processes. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Oral Care Bases for Toothpaste and MouthwashNB-720 serves as a moisture binder and protective barrier in toothpaste and oral rinse formulations. It assists in maintaining paste pliability, buffers harsh abrasives, and supports the stability of actives across a wide pH window. Leading oral care factories select NB-720 because of its excellent safety record, compatibility with fluoride and calcium compounds, and its resilience to thermal processing steps up to 90°C. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Functional Beverage and Nutraceutical ApplicationsFunctional beverage and nutraceutical producers use NB-720 for its water solubility, natural-origin status, and mild sweetness profile. It assists in stabilizing active nutrients, extends ambient shelf life, and enhances mouthfeel in low-sugar and calorie-controlled beverages. NB-720 meets all requirements for food safety and is suitable for clear, carbonated, and dairy-based functional drinks, including products for children and seniors who require rapid hydration benefits. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Parenteral and Topical Pharmaceutical PreparationsPharmaceutical manufacturers use NB-720 under strictly controlled conditions in topical and certain parenteral preparations where stability, patient safety, and hypoallergenic properties are essential. It acts as a hydration modifier and film-former, improving the residence time of actives in dermal and mucosal medicines. NB-720 shows strong compatibility with other excipients and resists microbial degradation, which is critical for products requiring extended shelf life and regulatory audit trails. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Industrial Film Coatings and Water-Based Polymer SystemsWater-based coating manufacturers utilize NB-720 for its moisture-retentive and film-forming attributes in technical applications such as paper coatings, specialty films, and biodegradable packing. It delivers durable hydration retention on cellulose and blend substrates and enhances processability without affecting film clarity or mechanical properties. Factories benefit from NB-720’s compatibility with polyvinyl alcohol, polyacrylates, and starch systems in industrial-scale blending and coating lines. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive NB-720 Saccharide Isomerate prices that fit your budget—flexible terms and customized quotes for every order.
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In the world of cosmetic and personal care chemistry, daily lab work shapes our perspective. NB-720 Saccharide Isomerate represents years of steady formulation adjustment, quality trials, and customer feedback in real production settings. Each batch we deliver comes from our direct oversight—from controlled raw material selection through fermentation and final purification—delivering a consistent, reliable ingredient that partners have relied on to solve moisture retention issues in skin and hair formulations.
NB-720 falls into the family of carbohydrate complexes, precisely a plant-derived blend rich in isomeric saccharides. In every production run, we draw on our long familiarity with enzymatic isomerization—transforming premium-grade glucose into a mixture that closely mimics the natural carbohydrate fraction in human skin’s outer layers. This specific transformation makes NB-720 a strong performance ingredient for binding water to the stratum corneum. From the shop floor, we see fewer clumping particles thanks to continuous agitation control and repeated filtration steps, which shows in NB-720’s clarity and flow properties.
Decades of batch records show NB-720 consistently emerges as a pale, almost clear, viscous liquid. Internal specifications require a solids content around 75%-78% by weight, with a refractive index set between 1.445 and 1.455 at room temperature. Every drum gets checked for microbial limits and heavy metals; our routine labs spot check for stability under temperature cycling to match the realities of global shipping. Customers frequently ask about solubility: NB-720 easily mixes into water at room temperature, holding clear from zero to high dilution—a critical point for anyone responsible for product clarity. No additional surfactants, chelators, or emulsifiers must be included just to keep NB-720 in solution.
Viscosity sometimes becomes a sticking point during production. Our process produces a medium-flow syrup, neither sticky nor overly thick, which helps during pump transfer and dosing into mixing tanks. This physical property smooths the way for scale-up, reducing downtime and cleaning cycles, as we’ve learned from hands-on experience with our blending systems. Direct water addition leaves the pH neutral, making it easy to formulate acidic or near-neutral products without titration headaches.
Across hundreds of customer projects, NB-720 finds its strongest niche in deeply moisturizing leave-on formulations. Skin care developers aiming to mimic the natural moisture balance of healthy skin reach for NB-720 to stabilize hydration and deliver a pleasant, non-tacky finish. Day after day, we observe formulators adding it to facial serums, lotions, gel creams, and after-sun products, counting on its long-lasting hydration effects. Clinical feedback supports the improvement of skin softness and reduction of visible dryness—users report these changes not as marketing claims but as a direct sensory experience.
NB-720 fits smoothly into rinse-off products, too—shampoos, cleansing gels, and conditioners. Hair care teams find their formulas hold moisture better, and panelists note increased hair smoothness and less frizz after repeated wash cycles. This results from the way NB-720 creates a thin film at the surface of hair and skin, reducing trans-epidermal water loss even after rinsing. No special heating or staging steps complicate the process: simply add NB-720 toward the end of the batch, stir to blend, and proceed with packaging. This saves time in commercial-scale production and prevents ingredient waste.
Personal safety and product safety always come first as a raw material source. NB-720 consists entirely of non-fragrant saccharides, free from allergens, and contains no animal-derived content—backed by ingredient statements from our production team. For manufacturers concerned about global regulatory alignment, the composition meets existing INCI listings and falls under widely accepted cosmetic ingredient guidelines. No residue or glare appears on finished skin, no strong odor emerges from the container, and the material proves non-reactive with commonly used actives or preservatives.
Unlike some sugar-based humectants that have limited shelf life or readily caramelize under heat, NB-720 undergoes dedicated stabilization using a controlled vacuum to minimize breakdown. Multiple storage tests—at real warehouse conditions, not just theoretical lab setups—demonstrate the ingredient retains its clarity, viscosity, and performance throughout a full declared shelf life. Quality assurance checks for no sugar browning or microbial growth, matching what a formulator expects from a fresh surfactant system or complex emulsion.
For teams used to pushing product lines globally, the differences between NB-720 and common humectant alternatives—like glycerin or hyaluronic acid—show up plainly during testing runs. Glycerin, widely used for its cost and easy sourcing, often brings tackiness and a “wet” skin feel at higher levels. In our experience, customers find that even low dosages of NB-720 create a softer, smoother sensory, without the greasy after-feel that sometimes deters users. For high-end lines, the extra investment in NB-720 translates to longer wear times for moisturization and improved sensory panel feedback.
Compared to hyaluronic acid, NB-720 addresses different needs. High molecular weight hyaluronic acid delivers plumping through water retention—but its large size means it tends to form surface films that can flake as products dry. NB-720, thanks to its more skin-like structure, integrates into the upper skin layers, maintaining hydration without visible residue or peeling. The ingredient absorbs readily, leaving a refreshed finish that testers often describe as “barely there”—without diminishing moisture benefits. Repeat lab work and real end-user studies consistently confirm these sensory preferences.
Promises help no one unless they stand up on the production line. We watched early adopters of NB-720 run entire stability and compatibility panels—in surfactant blends, silicone emulsions, and active-rich serums. They report robust stability, no unwanted crystallization, no unexpected odors under accelerated aging. The mildness and hypoallergenic character draw positive comments, especially for sensitive-skin and baby care ranges. While cost and supply security always matter, choosing NB-720 means working directly with the plant source and skipping layers of repackaging or unknown-origin blends that can cloud traceability or increase risk.
Responsible sourcing requires more than contract farming or generic supplier paperwork. Years of direct supply agreements with starch refiners and biocatalyst suppliers keep us in close contact with the agricultural chain. Our procurement process tracks data points on raw material pricing volatilities, local weather impacting corn and tapioca harvests, and impacts from transportation logistics. By refining every production step under one roof, we control costs, cut out excess warehousing, and guarantee the absence of cross-contamination from unrelated chemical streams.
The ingredient market rewards reliability, not just precision. NB-720 ships in fully sealed drums, with RFID tracking from factory to client. As a manufacturer, we saw early on that counterfeit or adulterated ingredients pose significant risks—especially when distributors blend, dilute, or repackage goods for price advantage. By keeping the process in-house, with regular audits and traceable seals, we give downstream partners peace of mind and minimize batch rejections or returns. Volume consistency and supply continuity count just as much as any marketing-only feature.
Every new production lot of NB-720 undergoes pilot-scale trials. We introduce the product into a range of benchmark formulations and measure performance changes against control batches without the ingredient. Water activity changes, dryness scores, and even gloss readings on finished skin and hair serve as real proof—numbers from actual tactile and instrumental tests, not theoretical projections.
Batch after batch, we find product stability remains strong. In emulsions—whether based on conventional esters or modern silicone blends—NB-720 helps maintain viscosity over time and resists breakdown under stress testing. Glycerin-based emulsions sometimes slump or separate during thermal cycling, but with NB-720, the finished product holds its structure through warehouse and transit simulations. This reliability translates to less remanufacturing and faster launch cycles for product development teams.
We often collaborate with clients who push formulation boundaries: skin microbiome serums, frizz-defying hair elixirs, or aftershave balms demanding both moisture and sensory lightness. In these situations, NB-720 simplifies troubleshooting. Its complete water solubility and neutral taste remove conflict with flavor systems in oral- and lip-care routines. Its smooth rheology means less troubleshooting with mixing or pump dosing, even in continuous or high-shear manufacturing setups. Testers rarely notice a scent, so fragrances and essential oils can be layered without interference, whether aiming for clinical or botanical positioning.
On the claims support side, the molecular design of NB-720 means it deeply interacts with naturally occurring amino acids on the skin surface. This affinity improves the time water stays bound to the SC layer and reduces the sharp up-and-down swings of moisture seen with basic humectants. Most partners pair NB-720 with lightweight emollients for daily use lines; others use it as the backbone humectant in performance moisturizer bases, blending with amino acids, antioxidants, or sunscreen actives.
A rising number of brands turn to us for help achieving short, transparent ingredient lists. NB-720’s botanical pedigree—derived from non-GMO plant sugars—meets tough internal clean-label requirements for global markets. No ethoxylates, PEGs, or synthetic preservatives must be added for stability. In our labs, we see plenty of clients incorporate NB-720 to drop multi-component humectant blends in favor of a single, label-friendly ingredient with proven results. This shift helps avoid regulatory red tape and meets increasing consumer demand for trusted, easy-to-understand formulations.
Long-held knowledge about natural humectants influences our workshop thinking. Honey, aloe vera, and beta-glucans all provide moisture, but their extract variability and limited supply can wreak havoc on batch-to-batch consistency. By contrast, NB-720’s controlled process from harvest to drum ensures minimal deviation, allowing brands to scale without compromise, and formulating teams to launch seasonal lines assured the core moisture system won’t change unexpectedly.
Personal care science doesn’t stand still. Private label and branded manufacturers demand flexibility, as trends shift from pure gels to creamy emulsions and hybrid textures. Each year, NB-720 proves itself versatile: an easy addition to sulfate-free cleansers, an enhancer for water-based toner sprays, or a stabilizer for innovative oil-in-water microemulsions. Real world feedback often drives incremental adjustments in production, from tweaking solids ratios for ease of pumping to reducing trace by-products for extra clarity.
Skin care formulators crafting minimalist or fragrance-free lines particularly appreciate NB-720’s low odor and non-irritant properties. Even at higher inclusion levels, testers rarely report redness or stinging—unlike some polyol-based competitors that can pull too much water from deeper layers or leave a sticky shell. Instead, NB-720 blends seamlessly with both low-oil and rich formulations and remains undetected on skin and hair once dry, creating a smooth base for downstream actives, peptides, or sunscreens.
Tight process control isn’t an option; it’s a requirement. Each production cycle runs through a defined series of pH, density, viscosity, and microbial checks. Our batching team monitors inlet water quality and closely tracks sugar source consistency, since any deviation impacts viscosity and sensory feel in finished product. A key improvement learned over years: controlling the isomerase enzyme step prevents over-conversion, which can create excessive low-molecular fragments and impair water binding. Our continuous batch monitoring means every supply shipped meets the same high moisture-binding expectation.
Shelf stability never gets left to chance. Finished NB-720 undergoes multiple freeze-thaw and accelerated aging cycles to catch early crystallization or caramelization. Not all competing products can withstand these tests without added stabilizers. Regular feedback from client labs around the world feeds back into our process, prompting us to raise the bar further, making refinements to keep NB-720 among the top-tier performance humectants.
Raw material selection and waste treatment carry equal weight in our decision making. From the start, NB-720 production integrates waste water recycling and byproduct reuse, keeping downstream impact low. Starch sources come from fields within 200 kilometers of our facility, slashing transit fuel usage. Every shipment leaves our site in recyclable packaging, with zero added greenwashing—just real steps to lower emissions and waste. This matters not just in meet-the-auditor moments, but every day as we aim for higher production efficiency without sacrificing safety or quality.
Our greatest learning comes from listening to feedback direct from customer labs. NB-720’s development reflects countless small changes—adjusting batch size controls, revising filtration mesh sizes, introducing in-line density sensors, and numerous cycles of “what works and what doesn’t” in both premium and economy product lines. No one wins by offering a humectant that pleases a marketing brief but falls short in stability, supply, or after-feel. By staying hands-on at every part of the process, we keep the ingredient’s quality consistent, making formulation and scale-up easier and more predictable for partners around the world.
What sets NB-720 Saccharide Isomerate apart is not a single flashy feature or buzzword. The value comes in repeated real-world use: a carbohydrate ingredient that performs on the bench and the line, with dependable quality, safe and mild composition, and measurable benefits to user experience. Over years of production, our team has seen first-hand that getting the molecular details right gives brands more control, speeds launches, and lets innovation come through in every new product on the shelf.