Water-Soluble Passionflower Extract 5% Flavonoids Powder

What is Water-Soluble Passionflower Extract 5% Flavonoids?

Water-Soluble Passionflower Extract 5% Flavonoids is a commercial-grade botanical powder for global beverage, dietary supplement, and solid drink manufacturing. Derived from Passiflora incarnata L. aerial parts, it is standardized directly to a minimum of 5.0% Total Flavonoids (as Vitexin) via HPLC/UV-Vis, providing purchasing and R&D departments with a traceable, phytochemical-stable raw material ready for immediate plant-level deployment.

The powder's physical attributes are engineered to maximize automated shop floor efficiency and prevent manufacturing downtime. Granulometry requires >= 95% passing through an 80-mesh sieve (<= 180 um) with a moisture cap of <= 5.0% Loss on Drying (USP <731>) to eliminate hygroscopic clumping. Flowability parameters feature a bulk density of 0.40–0.55 g/mL and a tapped density of 0.55–0.70 g/mL (USP <616>), yielding a 21.0%–27.2% Carr Index that prevents hopper bridging and rat-holing.

This predictable fluid performance ensures high-precision volumetric feeding, restricting final tablet and capsule weight variations to within ± 3.5% across continuous production runs. Controlled saccharide levels allow direct-compression compatibility with standard excipients like microcrystalline cellulose (MCC) and lactose up to 12 kN without punch adhesion. Dispersible in cold water (20°C within 90 seconds at 1% w/v) across a stable pH range of 4.0–6.5, Green Spring Technology supplies this material under strict cGMP compliance with ICP-MS heavy metal validation for rapid global vendor audit approval.

Specification

Learn More About Our Comprehensive Standardized Passionflower Extract Solution.

Quality & Compliance

Corporate Quality Management Matrix: Green Spring Technology operates a fully traceable quality management system across the entire supply chain, securing complete batch-level traceback capability from crude botanical sourcing to finished powder lots.

Global Administrative Access Protocol: The industrial manufacturing infrastructure maintains an active FDA Facility Registration status, guaranteeing verified entry compliance and simplified customs clearance for global import lines.

GFSI Benchmark Food Safety Systems: Processing lines fulfill Global Food Safety Initiative criteria, certified under BRCGS (Grade A) and IFS (Higher Level) protocols to eliminate the necessity for on-site client vendor audits.

Systemic Quality Governance Frameworks: Operations strictly execute standardized manufacturing workflows, fully validated by active ISO 9001 and ISO 22000 international food safety management certifications.

Global Organic Compliance: The raw material chain accommodates strict organic regulations, certified under EU Organic and USDA Organic standards to verify environmental and identity preservation for Passiflora incarnata L. Extract.

Specialized Dietary Certification Status: All output batches satisfy multi-market consumer requirements, backed by valid, batch-verifiable Halal and Kosher industrial dietary standard compliance certificates.

Advanced Testing & Regulatory Validation: Contaminant thresholds comply with EU Regulation (EC) No 396/2005 and USP <561> for pesticides, with heavy metals validated via ICP-MS (USP <233>) and active compounds verified by HPLC / UV-Vis batch-specific COA documentation.

 Key Advantages

Precise Marker Quantification: Standardized directly to a minimum of 5.0% Total Flavonoids (as Vitexin), the ingredient provides R&D and QA departments with a predictable chemical profile. This molecular uniformity prevents batch-to-batch active variation, guaranteeing compliance during routine HPLC or UV-Vis verification checks prior to full plant-level release.

Aqueous Phase Compatibility: The material possesses 100% complete water solubility and finishes dissolution within <= 90 seconds at 20°C for a 1% w/v dispersion. It produces a clear, particle-free solution without micro-precipitation or sediment formation inside liquid mixing tanks, liquid shots, and automated beverage-filling production lines.

Industrial Rheology Stability: Engineered with a bulk density of 0.40–0.55 g/mL and a tapped density of 0.55–0.70 g/mL (USP <616>), the powder yields a controlled 21.0%–27.2% Carr Index. This fluid profile directly eliminates mechanical hopper bridging and rat-holing on high-speed automated capsule filling and gravity-fed dosing lines.

Advanced Compression & Excipient Compatibility: Managing residual botanical saccharides caps moisture at <= 5.0% Loss on Drying (USP <731>), preventing hygroscopic clumping during blending. The powder exhibits direct-compression compatibility with standard excipients including microcrystalline cellulose (MCC) and lactose, sustaining compaction forces up to 12 kN without punch adhesion or capping on rotary tablet presses.

Identity Preservation & Contaminant Compliance: Derived exclusively from the aerial parts of Passiflora incarnata L., the non-irradiated and non-GMO matrix complies with EU Regulation (EC) No 396/2005 and USP <561> standards. Heavy metal control conforms to USP <233> criteria via ICP-MS verification, keeping Lead (Pb) <= 2.0 ppm and Arsenic (As) <= 1.0 ppm.

Applications

Dietary Supplements & High-Speed Solid Dosage Matrix: In automated hard gelatin capsule filling via dosator/gravity equipment, this premium Water-Soluble Passionflower Extract Powder eliminates weight variance. During high-speed direct compression tableting, the matrix exhibits plastic deformation up to 12 kN, preventing capping without secondary binders. For moisture-sensitive effervescent tablet lines, the <= 5.0% Loss on Drying (USP <731>) limits premature liquid-phase reactions, ensuring dry-blending thermodynamic stability.

Oral Liquids, Syrups & Reconstitution Matrix: Engineered for fluid processing, Bulk Passionflower Extract 5% Flavonoids achieves complete dispersion within <= 90 seconds at 20°C (1% w/v), bypassing high-shear homogenizers. In dense sucrose syrups and polyol drops, the active molecules maintain anti-flocculation across a pH range of 4.0–6.5. This Standardized Passionflower Flower Extract withstands short-term pasteurization (72°C–85°C for 15–30 seconds), preventing cold-storage cloudiness, ring sedimentation, or active phytochemical degradation.

Cosmetics & Topical Personal Care (INCI: Passiflora Incarnata Extract): This Natural Passionflower Leaf Extract derivative integrates cleanly into oil-in-water (O/W) and water-in-oil (W/O) emulsions for topical anti-redness functional creams. It demonstrates compatibility with standard rheology modifiers, preventing polymer network collapse in carbomer-based anti-aging serums or hyaluronic acid gels. The purified profile suppresses oxidation-induced discoloration and viscosity drops, securing full lot-to-lot regulatory compliance.

Technical FAQ

Q1: How does Green Spring Technology optimize the powder flowability of Water-Soluble Passionflower Extract Powder to prevent mechanical bridging in high-speed automatic encapsulation hoppers?

A1: Granulometry is regulated with >= 95% passing an 80-mesh sieve (<= 180 um) and moisture capped at <= 5.0% Loss on Drying (USP <731>). Under USP <616> protocols, bulk density spans 0.40–0.55 g/mL and tapped density 0.55–0.70 g/mL, locking the Carr Index at 21.0%–27.2%. This fluid profile eliminates structural bridging and rat-holing inside automatic gravity-fed and dosator-type hoppers, restricting final capsule weight variance to within ± 3.5%.

Q2: Will Bulk Passionflower Extract 5% Flavonoids cause punch adhesion, picking, or capping during large-scale direct compression tableting runs?

A2: No. Modified residual saccharide levels prevent tool filming and capping common in high-sugar plant materials under continuous mechanical compression. The powder exhibits exceptional plastic deformation and structural compatibility with standard industrial excipients like microcrystalline cellulose (MCC) and lactose. It sustains compaction forces up to 12 kN without inducing punch adhesion, capping, or escalating tablet friability, bypassing downstream line shutdowns.

Q3: Does Standardized Passionflower Flower Extract maintain anti-flocculation stability and clarity in dense sucrose syrups or acidic liquid matrices during short-term thermal pasteurization?

A3: Yes. The ingredient achieves full cold-water dispersion within <= 90 seconds at 20°C (1% w/v), bypassing high-shear homogenizers. Across a stable formulation pH range of 4.0–6.5, the molecules maintain steric hindrance, blocking micro-flocculation in high-density sucrose syrups or polyol drop bases. It tolerates pasteurization cycles (72°C–85°C for 15–30 seconds) without active phytochemical degradation, cold-storage cloudiness, or ring sedimentation on glass containers.

Why Partner With Green Spring Technology?

Supply Chain & Infrastructure Capacity: Founded in 2000, Green Spring Technology maintains 26 years of industrial plant extract manufacturing and global logistics across 60 countries, ensuring consistent raw material scaling channels and long-term contract contract pricing stability to insulate buyers from marketplace volatility.

Quality Systems & Instrument Validation: The manufacturing facility executes systemic quality control validated by an in-house analytical laboratory utilizing HPLC, GC, and UV-Vis testing, guaranteeing that every commercial batch strictly conforms to verified physical and chemical limits limits for active purity and batch-to-batch homogeneity.

Global Regulatory & Advanced Compliance Certification: Standardized safety and authenticity frameworks are verified by active BRCGS (Grade A), IFS (Higher Level), ISO 9001, ISO 22000, EU Organic, USDA Organic, Halal, and Kosher certifications, securing international customs release and vendor qualification approvals.

Logistics Integration & Fulfillment Protocols: Supported by a continuous safety stock infrastructure within a cGMP-compliant warehouse, international customs clearance is streamlined via active FDA Facility Registration, backed by a full documentation suite (COA, SDS, TDS) and 10g to 50g free samples dedicated exclusively to R&D pilot evaluation.