Products

Hybloom™ Micro Zhen Micro Hyaluronic Acid

    • Product Name: Hybloom™ Micro Zhen Micro Hyaluronic Acid
    • Alias: hybloom-micro-zhen-micro-hyaluronic-acid
    • Einecs: NA
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: admin@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    866102

    Brand Hybloom™
    Product Name Micro Zhen Micro Hyaluronic Acid
    Type Hyaluronic Acid Injectable
    Main Ingredient Hyaluronic Acid
    Intended Use Dermal fillers for facial volumizing and hydration
    Molecular Weight Micro-sized, low molecular weight
    Origin China
    Application Area Face
    Storage Temperature 2-25°C
    Syringe Volume 1ml per syringe
    Sterility Sterile, single-use
    Manufacturer Bloomage Biotechnology
    Texture Smooth, injectable gel
    Duration Of Effect 6-12 months
    Certification CE certified

    As an accredited Hybloom™ Micro Zhen Micro Hyaluronic Acid factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The packaging for Hybloom™ Micro Zhen Micro Hyaluronic Acid features a 10ml amber glass bottle with a white screw cap and clean, minimalistic labeling.
    Shipping Hybloom™ Micro Zhen Micro Hyaluronic Acid is shipped in secure, leak-proof containers, protected by insulated packaging to preserve its stability. All shipments comply with chemical handling regulations, including proper labeling and documentation. Delivery is available globally with temperature control options upon request, ensuring product integrity during transit.
    Storage Hybloom™ Micro Zhen Micro Hyaluronic Acid should be stored in a cool, dry place, away from direct sunlight and heat sources. Keep the container tightly sealed to prevent moisture absorption and contamination. Ideally, store at 2-8°C and avoid freezing. Always ensure that the product is kept in its original packaging and not exposed to strong acids, bases, or oxidizing agents.
    Application of Hybloom™ Micro Zhen Micro Hyaluronic Acid

    Applications of Hybloom™ Micro Zhen Micro Hyaluronic Acid in Industrial Manufacturing

    Hybloom™ Micro Zhen Micro Hyaluronic Acid delivers controlled particle size and high purity, providing critical functionality across specialized industrial sectors. As the original manufacturer, we support downstream customers with consistent quality for advanced formulations and complex regulatory requirements.

    1. Sterile Injectable Pharmaceutical Formulations

    Pharmaceutical manufacturers use our micro hyaluronic acid in ophthalmic injections, intra-articular therapies, and subcutaneous fillers requiring strict purity and traceability. The micro-granular specification ensures compatibility in aseptic compounding, prevents device clogging during filling, and meets endotoxin limits essential for sterile applications. Stable molecular distribution allows predictable viscosity adjustments in high-precision injectable drug products, supporting registration in regulated markets and lifecycle management of biosimilar devices.

    Industry compliance standards

    • European Pharmacopoeia (Ph.Eur. 9.0, 07/2017:1472)
    • United States Pharmacopeia (USP 44-NF39, Monograph: Hyaluronic Acid Sodium)
    • China Pharmacopoeia (ChP, 2020 Version)
    • GMP (ICH Q7, EudraLex Volume 4, CFR 21 part 210/211)

    Typical usage ratio

    • 0.5–2.5% w/v, adjusted by device filling method, target viscosity (10–20 cP), and endpoint pH stability for specific injectable

    Downstream process integration

    • Dissolved under aseptic conditions during bulk solution prep
    • Filtered using 0.2 μm sterilizing grade membranes before vial pre-filling
    • Blended with APIs in multi-phase injectable systems

    Final product types

    • Ophthalmic viscoelastic injectable solutions (e.g., for cataract surgery)
    • Intra-articular sodium hyaluronate for osteoarthritis therapies
    • Dermal/minimally invasive tissue fillers in prefilled syringes
    • Injectable implants for soft tissue augmentation

    2. Advanced Cosmetic Creams and Serums

    Leading skin care brands incorporate micro hyaluronic acid for hydration matrices, moisturizing creams, and anti-aging serums. The uniform particle size achieves fast hydration response and enhanced transdermal absorption for high-value cosmeceutical launches. Our HA supports prolonged shelf-life and compatibility with emulsifiers and actives including vitamin C, retinol, and niacinamide. Cosmetic manufacturers rely on batch traceability and compliance with global cosmetic safety regulations, for finished products destined for EU, US, and Asian retail markets.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No. 1223/2009
    • U.S. FDA Title 21, CFR Parts 700-740 Cosmetic
    • REACH Registration (EC 1907/2006, Annex VI)
    • GB/T 29665-2013 (China Cosmetic Technical Specification)

    Typical usage ratio

    • 0.05–0.8% w/w, based on targeted hydration, rheological profile, and active component compatibility

    Downstream process integration

    • Dispersed into aqueous or oil-water emulsion under controlled temperature below 40°C to preserve polymer integrity
    • Homogenized before final packaging
    • Agitated in blending tanks during phase addition in line with batch scale

    Final product types

    • Anti-aging facial creams
    • Serum concentrates for intensive skin hydration
    • Hydrogel masks and ampoules
    • Post-peel and recovery skin therapy gels

    3. Ophthalmic Eye Drop Formulations

    Eye care producers select our micro hyaluronic acid as a key lubricating polymer in artificial tears and specialty prescription eye drops. The material’s low endotoxin profile, predictable molecular weight, and excellent solubility enable isotonic, preservative-free solutions for sensitive patient cohorts. Our tight microbial and heavy metals control supports risk management in sterile filling operations and sensitive monodose units.

    Industry compliance standards

    • USP Monograph for Ophthalmic Products
    • EP 2.9.20 (Parenteral Preparations Sterility)
    • ISO 18369-3:2017 (Ophthalmic Optics Safety)
    • FDA Drug Master File (DMF) Reference

    Typical usage ratio

    • 0.1–0.4% w/v, determined by required lubricant effect, solution osmolality, and dosage container volume

    Downstream process integration

    • Added after primary solution sterilization and buffer adjustment
    • Filtered via 0.1 μm high-precision sterile filters immediately before filling
    • Participates in solution viscosity tuning in closed-batch systems

    Final product types

    • Medical-grade lubricating eye drops (artificial tears)
    • Viscoelastic eye wash solutions
    • Multi-dose and single-dose preservative-free eye care lines

    4. Medical Device Hydration Coatings

    Medical device manufacturers apply micro hyaluronic acid as part of hydration coatings for catheters, guidewires, intraocular lenses, and surgical implants. The material acts as a biocompatible interface, minimizing tissue adhesion and friction. Our production guarantees low residual solvents and particle uniformity, essential for thin-film surface technologies. Strong quality management supports traceability through device assembly, post-coating sterilization, and clinical validation for global registration.

    Industry compliance standards

    • ISO 10993 Biocompatibility (Parts 1, 5, 10, 18)
    • FDA 21 CFR 820 Quality System Regulation (QSR)
    • EU Medical Device Regulation (MDR 2017/745)
    • ISO 13485 Quality Management System for Medical Devices

    Typical usage ratio

    • 0.2–0.8% w/v in aqueous or solvent-based coating baths, adjusted for coating thickness and hydration layer durability targeting 12–48 hr function window

    Downstream process integration

    • Dispersed in pre-cleaned coating solutions for dip or spray application
    • Applies as primer or top layer on hydrophilic coatings
    • Cures at controlled humidity before device sterilization (gamma, EO, or steam)

    Final product types

    • Hydrophilic catheter coatings
    • Intraocular lens surface films
    • Implantable stent lubricating layers
    • Guidewire and probe hydrating interfaces

    5. Bioprinting and Tissue Engineering Hydrogels

    Tissue engineering labs and biofabrication facilities leverage micro hyaluronic acid as a base material in cell-encapsulating hydrogels for 3D bioprinting platforms. The controlled micro-particle specification enables uniform mixing with other bioinks, precise crosslinking kinetics, and reproducible mechanic/biological properties. Regulatory support ensures compliance for early-stage clinical and research cell scaffold generation, bridging the gap between prototype and translational medicine production.

    Industry compliance standards

    • ISO 10993-1 Biological Evaluation of Medical Devices
    • 21 CFR 312 Investigational New Drug (IND) Application (where applicable)
    • Cell Bank and Raw Material Traceability (USP General Chapter 1046)
    • GMP for ATMPs (Advanced Therapy Medicinal Products - EC Regulation 1394/2007)

    Typical usage ratio

    • 1–3% w/v, tunable for target gel mechanical strength, cell attachment, and bioactive compound incorporation strategies

    Downstream process integration

    • Blended with collagen, alginate, or PEG-diacrylate in pre-gel mix
    • Activated with crosslinkers (UV, ionic, or chemical) during 3D printing
    • Supports downstream cell culturing and scaffold processing

    Final product types

    • Cell-loaded hydrogels for regenerative medicine research
    • Tissue scaffold matrices for orthopedic or wound healing applications
    • Bioactive 3D-printed cartilage or skin constructs

    6. Oral Solid Dosage (OSD) Pharmaceutical Tablets and Capsules

    Pharma contract manufacturers and formulation developers use micro hyaluronic acid as a lubricating, swelling, and controlled-release excipient in OSD products. The fine particle size assures uniform distribution, aids in tablet binding, and enables extended-release profiles without compromising the physicochemical stability of actives. Full regulatory support and analytical testing certificates allow direct submission for DMF and compendial audits.

    Industry compliance standards

    • USP/NF General Chapters – Excipients
    • European Pharmacopoeia Monograph: Excipients (Hyaluronic Acid)
    • ICH Q3A/B Impurities Guidelines
    • FDA cGMP 21 CFR 210/211 for pharmaceutical manufacturing

    Typical usage ratio

    • 0.2–1.5% w/w, formulated as per release profile, compression force, and granule property targets

    Downstream process integration

    • Premixed with actives in granulation step or applied as extragranular binder
    • Blended for direct compression or wet granulation systems
    • Incorporated into matrix layer for sustained-release platforms

    Final product types

    • Extended-release tablets for joint and connective tissue disorders
    • Capsule filling blends for dietary supplements
    • Hydrophilic matrix tablets for pharmaceuticals

    Free Quote

    Competitive Hybloom™ Micro Zhen Micro Hyaluronic Acid 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.

    We will respond to you as soon as possible.

    Tel: +8615365186327

    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    Introducing Hybloom™ Micro Zhen Micro Hyaluronic Acid: Precision in Modern Chemistry

    Crafting Value with Hyaluronic Acid at the Micro Scale

    Over the years, hyaluronic acid has made a remarkable transformation in personal care, biomedical, food, and specialty industrial markets. In our workshop, we see this shift every day through hands-on production, close collaboration with partners who expect consistency, and a real focus on getting raw materials to perform beyond standard benchmarks.

    Hybloom™ Micro Zhen Micro Hyaluronic Acid stands out from traditional high-molecular-weight or bulk hyaluronates, as its production revolves around mastering the polymer’s size and functionality. Micro Zhen’s model—our proprietary micro-sized grade—comes from years of iterative engineering and feedback from customers who need the ingredient to blend, dissolve, and disperse smoothly. Most requests for tighter control over HA particle size and distribution arrive straight from companies frustrated by batch-to-batch variations and sticky, unpredictable gels. In practice, these details mean that formulas get more predictable results, and development teams spend far less time troubleshooting.

    Why Particle Size and Surface Matter for Real Applications

    Our production team monitors every batch for particle size using precise laser diffraction tools. This gives Micro Zhen its distinct edge—average sizes cluster in the low micron range, with low polydispersity. You won’t get the ragged texture or visible aggregation that plagues lower quality powdered hyaluronic acids.

    Whether chemists use Hybloom™ Micro Zhen Micro Hyaluronic Acid in skin serums, injectable gels, or rehydration blends, the fine granularity allows water to wet and dissolve the ingredient without clumping. Texture in solution matters: rough, inconsistent powders won’t behave the same way between test batches. This isn’t academic; formulators measure the difference in time saved and reliability. Many of our clients mention that our micro hyaluronic acid lets their process lines run continuously—mixer heads don’t jam, pumps don’t clog, and QA sampling doesn’t send up red flags over visible undissolved granules.

    Pushing the Boundaries of Functionality

    Our focus extends beyond producing pure hyaluronic acid granules. The team designs Micro Zhen with surface characteristics tuned for different chemical and biological systems. In food applications, for instance, micro hyaluronic acid must disperse quickly and stay clear without forming floating threads—a common complaint with standard powders. We see beverage and supplement formulators favor Micro Zhen for these reasons: less sediment, more transparent solutions, and a neutral flavor profile that doesn’t change a product’s sensory experience.

    For medical and advanced cosmetic technologies, finer HA can carry actives deeper or act as a carrier with more reliable rheology. Researchers ask us about customized specifications in each meeting, which drives our process team to adjust MW cutoffs (typically low-to-mid kilodalton) and test solubility curves under stress conditions. Our partnerships with clinics and device makers grew out of a shared need for not just purity, but controlled dispersion, batch durability, and clean sensorial feel in finished products.

    Meeting the Demands of Today’s Formulator

    The journey to create Hybloom™ Micro Zhen Micro Hyaluronic Acid did not start in a boardroom; it came from years in the pilot plant, scaling up fermentation, and integrating advanced filtration techniques. We remember the earlier hurdles—raw HA with inconsistent molecular weight left process engineers scrambling to modify each new shipment. As output volumes grew, chemists demanded smaller particle size and higher purification levels to keep their downstream processes running efficiently.

    Traditional hyaluronic acid, typically supplied in coarse, high-viscosity grades, poses real roadblocks for formulating lightweight, stable end-use products. Everyday issues like dusting, gelling, or hydration lag affect both production and safety. Our Micro Zhen technology was built as a direct answer to these bottlenecks. We focus on physical refinement using proprietary micro-milling and filtration methods that remove oversize particles and keep size ranges narrow. Running regular quality tests, we guarantee that each drum or carton matches the same specifications set out at the start.

    Tailoring the Micro Grade for an Array of Uses

    Hybloom™ Micro Zhen shows its greatest impact in arenas where ingredient performance can make or break new launches. In personal care, formulators seek smaller particle sizes to develop transparent, non-sticky serums, creams, and masks. The micro-texture feels soft to the touch and hydrates rapidly on skin. Micro-pulverized HA also helps achieve high concentrations without bumping up viscosity, letting brands deliver a lighter afterfeel and improve absorption rates. Many well-known skincare suppliers value this property enough to specify Micro Zhen by name on their raw material sheets.

    Within the nutritional supplement industry, powder or ready-to-drink blends benefit from micro hyaluronic acid’s quick dispersibility. We have worked beside developers to ensure that blends remain consistent in taste and mouthfeel, which boosts shelf-appeal and pass rates during regulatory checks. Customers have shared how they reworked legacy processes, using the finer material to achieve higher loadings without causing lumping or foaming in high-speed mixing tanks.

    Drug delivery applications tend to place the harshest requirements on ingredient quality—sterility, traceability, and biocompatibility. Our experience is rooted in working with strict compliance teams who need not just certifications but ongoing batch records, validated molecular weights, and clear documentation. Micro Zhen’s transparency in particle tracing and manufacturing records is a direct response to these sector demands. In hydrogel engineering, for example, control over swelling rate, permeability, and mechanical strength all trace back to the microstructure of the HA provided.

    Setting a New Manufacturing Benchmark

    Our process does not only focus on size—it emphasizes the purity and consistency that sustain industry innovation. Using bacterial fermentation from non-animal sources, we eliminate risk of animal-borne impurities or ethical concerns in modern supply chains. Downstream, we combine vacuum drying and advanced sieving to keep moisture far below critical levels, extending shelf-life and preventing premature degradation. We do not permit the usual slip in standards that comes from switching between grades to match fast orders; every kilo meets the same defined particle characteristics as the last. When customer QA teams run third-party analyses, their findings match our internal batch certificates—a result of our tight operational controls.

    During development phases, we consult directly with partners and regularly adapt runs to fit particular project goals. We believe this proximity must extend past point-of-sale, so our technical support team stays available even after shipment. In the past year, we ran direct customer trials in beverage and topical categories, measured stability outcomes, and adjusted our specifications in genuine dialog with their scientists. The majority of repeat customers came back with positive results and ideas for new joint projects.

    Addressing Expectations for Safety and Sustainability

    Today’s buyers pay acute attention to ingredient sourcing, environmental footprint, and contaminants. From our operational level, we select only certified inputs and apply GMP protocols throughout the full cycle of production. Our environmental policies keep water use in check, recycle byproducts, and match international standards for emissions. More partners now request plastic-free or compostable drum liners, and we work with packing engineers to deliver on these frontlines before regulations require the change.

    Safety means more than regulatory compliance—it extends to traceability and open disclosure. Each lot of Hybloom™ Micro Zhen Micro Hyaluronic Acid carries complete records from fermentation, drying, and packaging. Our internal testing screens for residual solvents, microbial load, and potential heavy metals, so downstream users don’t face recall risks or unpleasant surprises. In our shop, team members receive extensive safety training, and we invite auditors to walk our floors—transparency breeds trust.

    Why Micro Beats Macro—Genuine Changes in Industry Practice

    Many global manufacturers still stick to high molecular weight or standard hyaluronic acid out of habit. Yet, they face stalled development timelines, visible separation, and rough textures, especially in competitive, fast-evolving categories. By switching to micro hyaluronic acid, plants have unlocked cuts in process times, sharper batch homogeneity, and fewer midstream corrections. These real-world advantages do more than trim expenses—they empower formulators to pursue ambitious new formulations that stand out on crowded shelves.

    At the technical bench, the response from our partners is direct: micro hyaluronic acid reduces hydration lag, stops gelling dead zones, and permits layering with actives and excipients that old-style HA would destabilize. This gives startup brands and multinationals alike a chance to achieve what they picture in their market research without wrestling with raw materials that fail to perform.

    Practical Differences that Matter for Daily Users

    The clearest distinction users experience comes in the form of texture, usability, and product outcome. Micro Zhen integrates cleanly into all stages—whether upstream through direct weighing and hydration, or downstream via finished product appearance and sensory testing. In baking and processed foods, the micro-powder form disperses invisibly, sidestepping the ‘cloudy’ look or waterline separation triggered by old-school HA grades. Healthcare staff who prepare HA-laden rinses or topical gels notice faster mixing and fewer issues with measuring out sticky, clumped material—these time savings are immediately practical.

    Reliability, Not Hype: What Sets Us Apart

    After years at the production floor and direct conversations with chemists, researchers, and brand leaders, we’ve seen what separates hype from genuine impact. Micro Zhen’s granular consistency shows in process yields—less downtime for mixer cleaning, fewer cGMP deviations, and rare complaints from quality managers. Plant operators give constant feedback, and our team actively incorporates suggestions, whether it’s adjusting mesh sizes or revising drying cycles based on seasonal humidity.

    Technical service does not end at delivery. We advise pilot formulators on hydration curves, viscosity profiles, and possible compatibilities with complex ingredient decks. During one recent scale-up, a client faced unexpected foam layers at the packing station—our troubleshooting visit caught an antifoam issue upstream. With process logs in hand, our engineers drafted an adjustment that fixed the problem in a future shipment, reaffirming the link between on-site experience and production stability.

    Building for Future Needs

    Ingredient expectations keep rising, led by both consumers and regulatory groups. We keep our lines adaptable, always looking out for ways to minimize waste, shorten lead times, and integrate monitoring technology. The industry’s shift toward smaller, purer, and better-controlled raw materials is already here. In nutraceuticals, beverage, injectable, and topical spaces, the margin goes to those who innovate from the base material up.

    Our commitment to honest partnerships, steady technical support, and ongoing research into micro hyaluronic acid’s unique benefits stands as one answer to this market pressure. Over time, the results speak louder than claims: more stable launches, cleaner product appearances, and measurable reductions in both process costs and post-market complaints.

    Real Value Begins at the Source

    Our journey with Hybloom™ Micro Zhen Micro Hyaluronic Acid is tied to every batch we send out—each reflects our drive to hone the product beyond its molecular function. Every shipment delivers more than a raw chemical; it carries experience from countless pilot blends, customer workshops, and in-plant problem solving. We believe in serving not just the spec sheet, but the end user who blends, tastes, tests, or applies the ingredient every day.

    The full value of micro hyaluronic acid is often revealed in the smallest details: shorter blending cycles, smoother solutions, transparent liquids, or a silkier cream. As industry partners come to expect these traits as the baseline standard, we push to set the bar even higher with each innovation. Our process improvements feed directly into customer outcomes—less batch rejection, more flexibility in formulation, and raw materials worthy of the ambitious ideas driving the next generation of products.

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