Water-Soluble CoQ10 Powder 40%

What is Water-Soluble CoQ10 Powder 40%?

Water-Soluble CoQ10 Powder 40% is a Cold Water Soluble (CWS) microencapsulated powder standardized to contain not less than 40다다.0% of Coenzyme Q10 (Ubiquinone) from microbial fermentation. Utilizing OSA starch or dextrin embedding systems, this hydrophilic raw material achieves complete dispersion그리고stable homogeneity in cold water at 15°C without precipitation.

The bulk ingredient complies with international compendial specifications, including the United States Pharmacopeia (USP) and European Pharmacopoeia (EP). Controlled production protocols ensure that the compound remains entirely free from organic solvents, phthalates, and pesticide residues, meeting rigorous criteria for global regulatory compliance.

이non-GMO and allergen-free raw material is configured for industrial compounding, forming a stable uniform milky emulsion ideal for opaque liquid matrices. It provides high thermal and mechanical stability, functioning as a standard active component for downstream formulation in solid drinks, premixes, and dietary supplements.

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Discover Green Spring Technology' s Comprehensive Traceable And Compliant Coenzyme Q10 Ingredient Solutions.

Quality & Compliance

• Compendial Alignment: Each production batch strictly complies with the physical, chemical, and purity criteria defined in the current United States Pharmacopeia (USP) and European Pharmacopoeia (EP).

• Global Food Safety Initiative (GFSI) Standard: The manufacturing facility is certified under the BRCGS (Grade A) and IFS (Higher Level) global standards for food safety, ensuring rigorous operational control during physical microencapsulation.

• Traceability & Analytical Verification: Active components are verified using HPLC and trace elements are monitored via ICP-MS, supported by a comprehensive, fully traceable batch management system from upstream fermentation to finished raw powder.

• Regulatory Status: The raw material is backed by a valid FDA Facility Registration, and complete technical dossiers—including COA, MSDS, Specifications, and Process Flow Charts—are readily available to support global regulatory submissions and third-party facility audits.

• Purity & Contaminant Mitigation: Validated control protocols guarantee complete compliance with the (EC) No 396/2005 standard for pesticide residues, USP <467> for residual solvents, and USP <233> for elemental impurities.

• Dietary Appropriateness & Clean Label Compliance: The product carries verified Kosher and Halal certifications, accompanied by official corporate declarations confirming it is Non-GMO, Allergen-free, and BSE/TSE free.

Key Advantages

• Broad pH Matrix Resilience: The advanced OSA starch matrix maintains complete microcapsule integrity across pH 3.0 to 7.0. This prevents acid-induced de-emulsification or alkaline degradation, ensuring flawless cross-formulation in both acidic beverages and neutral dairy systems without precipitation.

• High-Shear Homogenization Tolerance: Engineered to endure severe physical processing stress, the resilient hydrophilic shell resists intense kinetic forces. It guarantees zero oil-separation or particle rupture under industrial high-pressure homogenization and high-shear agitation manufacturing lines.

• Excellent Excipient Compatibility: Featuring an inert chemical profile, this bulk compound prevents adverse interactions with common industrial carriers or active components. It eliminates competitive binding, showing perfect blending compatibility with vitamins, minerals, and amino acid premixes.

• Agglomeration & Anti-Caking Control: Optimized powder rheology and low hygroscopicity strictly limit material clumping. This advanced moisture barrier prevents wall-adherence (sticking) during high-speed automated dry blending and volumetric hopper feeding, ensuring zero downtime.

• Optimal Thermal Processing Stability: The raw powder ensures maximum active substance retention during industrial heating cycles, including short-duration pasteurization and spray-drying. It prevents thermal discoloration or substance stratification across all functional food compounding workflows.

Applications

• Nutritional Powder Premixes & Solid Drinks: This hydrophilic raw material is highly optimized for dry blending and volumetric hopper feeding in the production of functional powdered beverages, protein shakes, and meal replacement sachets. The specialized OSA starch embedding matrix ensures excellent particle rheology, preventing segregation in multi-component active blends containing vitamins, minerals, and plant proteins. R&D formulators can achieve consistent uniform dosing without risk of dynamic wall-adherence or dynamic caking in high-speed automated packaging lines.

• Functional Food Compound Matrices: The compound provides superior process feasibility for integration into semi-solid and solid matrices, including functional nutrient bars, fortified cereals, and specialized confectioneries. Its robust thermal and mechanical stability ensures the active substance remains stable during high-temperature extrusion and vacuum drying cycles. The non-GMO and allergen-free profile allows seamless clean-label compounding without altering the sensory attributes, texture, or structural integrity of the finished food matrix.

• Opaque Functional Liquid Beverages & RTD Drinks: Specially engineered for fluid compounding, this compound completely disperses in cold water at 15°C, making it ideal for ready-to-drink (RTD) formulas, liquid dietary supplements, and dairy-based wellness drinks. It rapidly forms a stable uniform milky emulsion ideal for opaque liquid matrices, ensuring long-term homogeneity. The resilient hydrophilic shell withstands severe physical stress during high-pressure homogenization and short-duration pasteurization (HTST/UHT), preventing acid-induced de-emulsification, active stratification, or macro-nutrient oil separation throughout the commercial shelf life across a pH 3.0 to 7.0 spectrum.

Technical FAQ

Q1: How does the processing matrix prevent core active separation or macro-nutrient stratification during the preparation of ready-to-drink formulations using Water-Soluble Coenzyme Q10 Powder 40% (CWS)?

A1: The microencapsulation matrix leverages high-affinity octenyl succinic anhydride (OSA) starch and maltodextrin to cross-link a protective shell around the hydrophobic core. Workshop processing protocols strictly mandate a specialized high-pressure homogenization sequence under a controlled hydraulic pressure threshold of 600 to 800 bar combined with high-shear fluid agitation. This physical containment configuration ensures the active compound remains permanently suspended, guaranteeing zero oil droplets separation or matrix stratification across a stable pH 3.0 to 7.0 spectrum during long-term commercial shelf life.

Q2: What analytical verification protocol ensures that High-Dispersion CoQ10 Microencapsulated Powder is completely free from trace extraction phase residues and industrial contaminants?

A2: Quantitative purification validation is executed through advanced gas chromatography (GC) coupled with headspace sampling techniques to monitor volatile organic constituents. The critical corporate testing threshold enforces an absolute ceiling of ethanol ≤ 5,000 ppm and hexane ≤ 290 ppm in strict compliance with the USP <467> regulatory compendium for residual solvents. Furthermore, potential heavy metal accumulation is intercepted via Inductively Coupled Plasma Mass Spectrometry (ICP-MS) calibrated to enforce automated pass/fail release thresholds of Lead ≤ 2 ppm, Arsenic ≤ 1 ppm, Cadmium ≤ 1 ppm, and Mercury ≤ 0.1 ppm under the USP <233> elemental impurities protocol.

Q3: How does the physical structural shell of Microbial Fermentation CoQ10 CWS Granule eliminate high-speed mechanical caking and wall-adherence inside automated blending hoppers?

A3: The raw granular structure undergoes automated precise spray-drying parameters designed to minimize hygroscopicity and optimize powder rheology, yielding a tight particle configuration where 100% of the material passes through 80 mesh analytical sieves. Factory compounding operations maintain the environmental relative humidity of the dry-blending workshop at a strict threshold of ≤ 40% at a temperature range of 20-22°C. This micro-climate restriction prevents structural particle agglomeration and eliminates static wall-adherence (sticking) during high-speed dry mixing, maintaining uniform dosing behavior when blended with amino acids, plant proteins, or mineral premixes.

B2B Sourcing & Supply Capabilities

Manufacturing Background: Founded in 2000, Green Spring Technology maintains an annual production capacity of 120 tons for Water-Soluble CoQ10 Powder 40%, ensuring consistent bulk raw material fulfillment for contract manufacturers.

MOQ & Packaging Specifications: To accommodate industrial R&D pilots, a flexible minimum order quantity (MOQ) of 10kg is enforced. The standard bulk packing configuration is a heavy-duty 25kg/Drum with food-grade polyethylene internal liners.

Independent R&D Laboratory: A dedicated internal laboratory monitors every batch from fermentation to finished state, utilizing HPLC for assay verification and ICP-MS for impurity screening to issue traceable COA and PDS dossiers.

European Warehouse & Lead Time: Utilizing a dedicated European warehouse in Paris, France, regional distribution across continental Europe is completed within 2 to 5 business days, while direct factory container shipments feature a standard lead time of 7 to 10 days.

Free Sample Policy: To mitigate initial formulation risks, a complementary sample program provides 10 to 50 grams of free samples upon corporate request for cold-water dispersibility and matrix compatibility verification.

Customs Clearance & Risk Mitigation: The compliance division provides full document suites—including MSDS, Process Flow Charts, Allergen Statements, and Non-GMO Declarations—guaranteeing frictionless passage through international customs checkpoints to secure the global supply chain.