10% Beta-Carotene CWS Powder | Water-Dispersible Orange Color (E160a)

What is 10% Beta-Carotene CWS Powder?

10% Beta-Carotene CWS Powder is an ingredient-grade, spray-dried natural colorant and nutritional fortification agent compliant with EU Regulation (E160a) and USP/EP standards. Formulated primarily for mass-scale beverage and liquid food production, this 10% active concentration is embedded within a carbohydrate protective matrix to deliver an intense, standardized yellow-to-orange tinting strength upon aqueous reconstitution.

Derived from the natural fermentation of Blakeslea trispora (E160a (i)), this water-dispersible formulation achieves complete micellar uniformity in cold liquids within 30 to 60 seconds. The structural stability of the microencapsulation matrix is engineered for high tolerance inside an acidic pH spectrum of 2.5 to 4.5, preventing active carotenoid degradation and shade fading during extended retail shelf-life light exposure.

Analytical validation of the Green Spring Technology automated production loops guarantees an organoleptically neutral sensory profile that limits flavor modification in finished drink formulations. The physical behavior of this CWS powder facilitates high-shear commercial blending without secondary clumping, lipid buoyancy, phase separation, or ring formation on industrial manufacturing lines.

Specification 

Learn More About Our Fully Compliant, Consistent, Traceable Natural Beta Carotene Ingredient Comprehensive Solution.

Quality & Compliance

• Global Food Safety & Certification Framework
  Manufacturing operations run under active BRCGS and IFS Food registrations, establishing a validated quality management framework. This compliance infrastructure ensures that the 10% water-dispersible concentration satisfies the stringent vetting protocols and multi-national vendor audits required by international beverage chains and industrial food retail networks.

• Clean Label Sourcing & Traceability
  Produced via 100% natural fermentation of Non-GMO Blakeslea trispora, this botanical pigment contains zero synthetic dyes, chemical solvents, or artificial antioxidants (BHA/BHT free). The refined technological profile strictly supports Clean Label market positioning with verified Non-GMO and Allergen-Free statements.

• Thermal Process & Emulsion Stabilization
  The microencapsulated protective carbohydrate matrix prevents structural degradation during severe thermal processing, including Ultra-High Temperature (UHT) pasteurization. This physical shielding maintains colloidal uniformity across long-term logistics cycles, preventing lipid buoyancy or sedimentation in acidic liquid food matrices.

• Dossier Support & Regulatory Declarations
  Standardized technical dossiers are systematically maintained to accelerate corporate quality audits and global clearance filings. Every industrial shipment includes a detailed COA and Technical Data Sheet (TDS), fully backed by valid EU/USDA Organic, Halal, and Kosher certificates to streamline supply chain verification.

Key Advantages

• Rapid Hydration & Non-Agglomerating Dispersion
  Engineered for rapid reconstitution in cold liquid bases, the specialized carbohydrate shell ensures uniform micellar distribution within 60 seconds. This physical behavior prevents powder clumping, surface floating, or industrial mixing screen blockage, optimizing continuous batch tank throughput.

• Emulsion Integrity & Sedimentation Prevention
  The precise core-shell encapsulation micro-technology locks the hydrophobic active molecules within the dispersible carrier. This structural stabilization guarantees zero phase separation, lipid buoyancy, or chemical ring formation at the container neck, preventing particulate sedimentation across extended commercial warehouse storage cycles.

• Acidic Processing & Photo-Oxidation Resilience
  The microencapsulated protective matrix exhibits chemical stability within an acidic pH spectrum of 2.5 to 4.5. The structural shell shields active carotenoids from heat-induced fading during UHT pasteurization and light-induced photodegradation under retail shelf-life illumination.

• Organoleptic Deodorization & Flavor Neutrality
  A molecular de-odoration refining technique yields an organoleptically neutral profile with zero native fermentation odors or taste markers. The non-synthetic pigment imparts a standardized orange hue and vitamin A fortification with zero modification to the native flavor or aroma matrices of the finished beverage.

Applications

• Carbonated Soft Drinks & Functional Beverage Formulations
  Optimized as a non-synthetic pigment for high-volume production of carbonated sodas, isotonic sports drinks, and energy liquid systems. The spray-dried microencapsulation matrices deliver a highly stable, uniform cloudy orange-to-yellow color profile that resists physical phase separation, lipid buoyancy, and chemical ringing on the neck of transparent glass or PET bottling lines under low-pH industrial processing environments ranging from 2.5 to 4.5.

• Instant Beverage Powders & Solid Compounding Premixes
  Engineered for rapid reconstitution and industrial blending in juice powders, meal replacement shakes, and dry electrolyte matrices. The fast hydration kinetics facilitate total particulate dispersion in cold aqueous bases within 30 to 60 seconds under high-speed commercial mixing loops, ensuring zero mechanical clumping, localized moisture absorption, or automatic sifter screen clogging.

• Industrial Dairy Systems & Plant-Based Milk Alternatives
  Utilized for precise color standardization and provitamin A fortification in commercial yogurts, automated milkshake processing, oat milk, and almond milk lines. The molecularly deodorized, organoleptically neutral profile carries zero flavor volatile interference, protecting the native dairy fats and delicate creamy matrices of the finished mass-market products.

• Confectionery Extrusion & Pectin Gummy Manufacturing
  Incorporated into automated starch-molded gummy lines, hard-boiled candies, and functional nutritional jellies. The thermal-resistant carbohydrate matrix insulates active carotenoids during industrial continuous vacuum sugar boiling up to 110°C to 120°C, eliminating core thermal degradation, shade shifting, or lipid migration that causes surface sweating and sticky confections.

• Frozen Novelties & Industrial Ice Cream Emulsions
  Integrated into large-scale sorbet manufacturing, dairy ice creams, and commercial frozen desserts to achieve a uniform, appetizing warm yellow-to-orange visual base. The robust encapsulated micro-crystals remain physically stable inside continuous blast-freezing tunnels, preventing emulsion breakage, syneresis, or fat crystallization interference across frozen supply chain distributions.

Natural Beta Carotene 10% CWS powder application in beverages and capsules showing excellent clarity and stability 

Technical FAQ

Q1: How does this 10% Beta-Carotene formulation eliminate the risk of neck-ringing and lipid sedimentation in acidic carbonated drinks over long-term shelf storage?
A: The microencapsulation loop features an advanced starch-carbohydrate matrix engineered to anchor the lipophilic carotenoid droplets securely within a dense, water-dispersible colloidal structure. Accelerated shelf-life testing confirms zero oil separation, phase splitting, or neck-ringing inside industrial beverages down to an acidic processing pH range of 2.5 to 4.5. This high micellar stability maintains a homogeneous, uniform cloudy orange profile without gravity-induced layer stratification.

Q2: What are the exact thermal stability thresholds and shade retention data for this CWS Orange Color Powder under commercial flash pasteurization?
A: The microencapsulated protective matrix acts as a robust physical barrier that insulates active trans-beta-carotene structures from flash thermal shock. Analytical data proves that the pigment withstands standard Ultra-High Temperature (UHT) pasteurization up to 135°C to 140°C for 4 seconds and standard pasteurization at 85°C for 30 minutes. Color spectrophotometry re-evaluations register color recovery retention metrics above 94% with absolute hue consistency across industrial cooling chains.

Q3: What processing parameters prevent secondary clumping or mechanical filter mesh clogging when incorporating this Water-Dispersible E160a powder into continuous blending tanks?
A: For high-volume automated liquid filling, the fine CWS powder must be introduced directly into aqueous systems at processing temperatures between 15°C to 30°C under active mechanical agitation. The uniform micro-particle design achieves complete, bubble-free hydration within 30 to 60 seconds, passing completely through an 80 to 100 Mesh industrial sifter line. This dynamic processing prevents localized powder agglomerating or surface floating, avoiding processing line downtime and sifter screen blocking.

Why Partner With Green Spring Technology?

• 26 Years of Commercial Processing Scale
  Operating continuously since 2000, the specialized microencapsulation and spray-drying manufacturing lines support high-volume distribution to cross-border food and beverage channels. This operational history validates long-term corporate supply chain longevity and automated technical processing continuity.

• Advanced Technical & Formulation Support
  Technical personnel deliver validation dossiers containing application-specific thermal analysis datasets and precise dosage compounding metrics to support downstream beverage processing lines. This deployment engineering prevents raw material clumping and secondary colloidal phase separation during commercial liquid filling.

• Bulk Logistics & Inventory Continuity
  Operating out of GMP-compliant warehousing facilities, a continuous ready-to-ship safety stock is maintained to guarantee industrial supply continuity. Standardized fulfillment protocols secure reliable commercial delivery timelines within 3-5 business days across global production and automated blending channels.

• Technical Evaluation Services
  Customer service infrastructure provides technical inquiry responses and safety data verification records within 12 hours. Standardized sample allotments of 10-50g are systematically prepared for industrial pilot trials and laboratory quality assurance testing.