| HS Code | 249136 |
| Product Name | PCR® Supermolecular Olive Leaf Extract |
| Brand | PCR® |
| Main Ingredient | Olive Leaf Extract |
| Standardized Compound | Oleuropein |
| Form | Capsule |
| Serving Size | 1 capsule |
| Intended Use | Supports immune health |
| Extraction Method | Supermolecular extraction |
| Country Of Origin | Italy |
| Suitable For | Vegetarians |
| Free From | Gluten |
| Package Quantity | 60 capsules |
| Color | Light green powder |
| Recommended Dosage | 1-2 capsules daily |
| Storage Instructions | Store in a cool, dry place |
As an accredited PCR® Supermolecular Olive Leaf Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | PCR® Supermolecular Olive Leaf Extract is packaged in a 60-capsule, amber plastic bottle with a green and white labeled screw cap. |
| Shipping | PCR® Supermolecular Olive Leaf Extract is shipped in secure, tamper-evident packaging to ensure product integrity. The shipment is tracked, conforms to standard chemical handling regulations, and includes clear labeling and safety data. Temperature-sensitive handling procedures are followed if required, ensuring the extract arrives safely and maintains its quality during transit. |
| Storage | PCR® Supermolecular Olive Leaf Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or moisture. Keep the container tightly sealed to prevent contamination. Store at room temperature, ideally between 15–25°C (59–77°F). Avoid storing near incompatible substances or strong oxidizers. Follow all recommended safety and handling guidelines. |
PCR® Supermolecular Olive Leaf Extract is a high-purity, standardized botanical ingredient produced via molecular inclusion technology, providing consistent polyphenol and oleuropein profiles. Our material supports advanced formulations across key industrial sectors. Below, we outline distinct application scenarios, compliant with critical industry standards and tailored for specific downstream integrations.
Leading pharmaceutical manufacturers integrate our extract in oral and topical dosage forms where precise standardized polyphenol content is required. It passes validated purity and microbiological safety tests demanded by regulatory bodies, and supports active anti-inflammatory and antioxidant properties in finished drugs and phytopharmaceuticals. Controlled formulation entry ensures batch-to-batch accuracy and traceability, resulting in high patient safety and reliable therapeutic performance.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Functional food and beverage producers rely on our extract’s standardized hydroxytyrosol and oleuropein profiles, following food additive legislation for active botanical ingredients. We ensure full traceability from raw leaf sourcing through final packaging. Batch certificates detail each polyphenol fraction and microbiological safety for compliance. Our technical support advises on sensory masking and stability for various food matrices, aiding fast-moving product launches with consistent functional benefits.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Cosmetics manufacturers integrate our extract into skincare lines for antioxidant and soothing claims, ensuring long-term stability and consumer safety. We supply consistently standardized plant bioactives, supported by robust QC documentation. Collaboration with formulation chemists optimizes inclusion during different emulsion phases to protect actives from oxidation, aligning with market trends for natural origin claims and enabling risk management for ingredient-induced irritation profiles.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Producers of animal feeds and supplements apply our standardized olive leaf extract for immune modulation and antioxidant support in veterinary use. Strict raw material QC includes screening for prohibited substances according to animal feed regulations. Our technical team supports pelleting, extrusion, and liquid supplement integration, emphasizing palatability and ingredient stability during feed processing.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Producers of active food packaging and food-safe surface coatings employ our olive leaf extract as a contact antimicrobial, capitalizing on its documented pathogen suppression. Specialized integration with polymer matrices or surface films enables migration-controlled release. Rigorous validation under migration and extractables guidelines ensures compliance and performance for direct food-contact materials.
Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Competitive PCR® Supermolecular Olive Leaf Extract prices that fit your budget—flexible terms and customized quotes for every order.
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At our facility, the development of PCR® Supermolecular Olive Leaf Extract marks a key milestone in our commitment to botanical research. Over twenty years in plant extraction has shown us one clear thing: not all extracts are the same. We’ve watched olive leaf products flood the market. Many arrive with erratic potency and unclear sources, many confusing authenticity with mere presence of olive derivatives. As manufacturers, we don’t stop at sourcing fresh Olea europaea leaves from non-contaminated regions—we challenge every aspect of extraction, isolation, and verification.
The “supermolecular” term reflects real process refinement. We have engineered this extract to arrange oleuropein-based molecules into a stable complex, improving both bioavailability and storage stability. It’s not theoretical: in controlled comparative release studies, our supermolecular complex sustains phenolic delivery over a longer period, whereas typical ethanol or water extracts show erratic spikes and rapid degeneration. Our experience suggests that a stable molecular complex cuts product degradation losses by up to 30% in six months of standard storage.
Our competitors’ most common offerings contain wide swings in active marker content: some label vague “20% total phenolics”, others avoid specifying key actives at all. Our PCR® Supermolecular Olive Leaf Extract contains a minimum 55% total standardized phenolics, measured batch-by-batch with validated HPLC. We quantify both oleuropein and hydroxytyrosol, because reliable biological outcomes depend on known input. Unknowns produce unreliable products—years of customer feedback from supplement and cosmeceutical manufacturers has made this point clear.
Our model PCR®-OLEV55S undergoes spray drying directly after low-temperature supermolecular structuring. We keep thermal loading to less than 50°C—whereas ordinary extracts will often hit above 75°C—because high-temperature drying destroys the very polyphenols that provide antioxidant value. You open a drum of our extract two years after production, and the green-brown powder has not caked, oxidized, or lost its sharp, slightly bitter greenness. A few grams in water verifies this instantly; cloudy dispersions and sticky agglomerates simply don’t occur with our process.
Nutraceutical companies bulk up their cardiovascular blends using our olive leaf powder. For every order, we ship with quantitative spectral data, so formulators know precisely what goes in the mix. Cosmetic manufacturers prize our extract for anti-aging and dermal repair creams, because the stabilized polyphenol matrix reduces color shift and preserves antioxidant performance in emulsions—formulators report at least twice the shelf-life stability, based on our internal and customer-conducted stress tests.
The extract dissolves clean in ethanol and water-alcohol mixes. Drinks companies develop functional beverages, leveraging our high-solubility powder to cut down on unwanted plant dust and sediment. Over the years, we’ve responded to beverage producers’ complaints about standard olive leaf extracts producing waves of sediment within weeks of production. By tweaking the particle size distribution to 80 mesh fine powder and eliminating carrier maltodextrin, our extract integrates into drinks without off-taste or clouding.
Our leading grade, PCR®-OLEV55S, contains more than 55% total standardized phenolics, with oleuropein content always over 25% and hydroxytyrosol exceeding 5%. These are not marketing numbers—they’re backed by years of validated methodology. Our model exists because previous generations of olive leaf extract simply couldn’t handle the scrutiny of increasingly sophisticated supplement and cosmetic brands. Too many failed side-by-side tests for contaminant content, solvent residues, or instability during shipping.
We use exclusively food-grade, non-GMO raw materials and, since 2017, all lots undergo full-spectrum pesticide screening. Not many olive leaf suppliers can produce conclusive negative screens for over 400 pesticides and polycyclic aromatics, but we do. Addressing consumer health concerns means never losing traceability. We retain source batch codes and keep extract chromatography records for a minimum of ten years—if a partner ever needs to trace the material, every record is one phone call away.
In the early years, we produced plain olive leaf powders using conventional extraction. Meetings with formulating chemists often stalled on insoluble, brown-green powder and inconsistent flavor profiles. Later, when customers started measuring oxidative stability and actives on receipt, conventional extracts kept failing. Our R&D team started investigating supermolecular chemistry — drawing from pharmaceutical complexation methods rather than typical botanical extraction.
By binding active polyphenols within a micellar polysaccharide matrix, oxides and acidity no longer break the actives down at the same rate. Product color holds up longer; taste does not develop sour off-notes. For supplement customers, this translates to one less thing to reformulate when scaling up production. We receive fewer urgent calls from beverage companies about precipitates and ingredient separation. By managing the extract matrix on a molecular level, storage stability now matches — and often outperforms — capsule shelf lives.
Over time, our partners became the best testers. One supplement producer switched to our extract and, within a year, documented a reduction in product returns due to visible ‘caking’ and color shift, dropping defect rates by over 15%. Their QA teams told us the supermolecular structure kept oxidative browning to a minimum, even after warehouse mishandling.
A beverage manufacturer in Japan reported smoother drink texture and no floating particulate matter, even with high-dose inclusion. Standard olive leaf extracts would typically lead to visible plant debris, disappointing consumers who expected purity and clarity. Our extraction solution provided them a smooth, fine dispersion and eliminated weekend downtime spent scrubbing out mixing tanks.
Botanical extraction is not a glamour industry. Early on, we faced endless warranty returns from customers using competitors’ material and expecting uniform results. Good leaf source matters; only certain growing zones produce leaves with consistently high oleuropein. Lowland, warm-winter regions produced material we rejected outright—active content was simply not there; many sellers simply resell these low-grade extracts and obscure sourcing with ambiguous certificates.
Manufacturers pursuing full vertical integration face the same issues: plant variability, weather, even moment-to-moment shifts in polyphenol content. Many years, we’ve chosen not to supply at all rather than ship subpar material. It means lean years sometimes, but we refuse to cut cost by buying bulk intermediate from traders who make wild claims on origin or active content.
During extraction, process temperature plays a larger role than most realize. Every ten degrees above 55°C strips about 10% of certain phenolics—this is a number we can verify through internal comparative HPLC. Yield goes up with higher temperature, but extract quality drops. We hold our process temperatures lower and accept slower throughput. Capacity is smaller, but we know the powder arriving at our customers’ sites will meet the claims on the certificate.
It is easy to lose quality by over-focusing on yield or cost. We have received dozens of samples from would-be competitors containing residues of solvents, cleaning agents, or even cryptic flavoring. Aligning to food and pharma-grade standards means never taking shortcuts. We rely on atomized spray drying, usually completed within two hours, not overspun rotary evaporation left to run overnight. Powder loss from sticking and caking is less than 3%. Moisture content at dispatch always falls below 5%, restricting microbiological growth and keeping material shelf-ready with or without refrigeration.
Just as important, we do not rely on synthetic carriers or bulking agents. Every bag we fill contains pure supermolecular olive leaf powder. Standard olive extracts often rely on spray-drying over maltodextrin or silica to cut cost or improve solubility. Our view remains firm: pure, active content always produces better customer products in capsules, tablets, beverages or cosmetics.
Demands keep rising, especially in the wake of increasing consumer awareness about polyphenol supplementation. Emerging research continually points toward olive leaf’s role in cardiovascular, anti-inflammatory and immune support. Consumer skepticism of vague “healthful” claims drove us to maintain transparent batch-by-batch test reporting. Trends push us to raise standards further: partners now ask for residue contaminant levels far lower than ten years ago.
We integrate new food and pharmaceutical grade analytical methods, expanding from basic HPLC into LC-MS and GC-MS for trace contaminant detection. The aim remains consistent—no unknown residues enter packaging. In an era of regulatory scrutiny and consumer advocacy, we can’t afford missteps; our responsibility follows every kilo out the door.
Years of hands-on manufacturing have shown that compromise on raw material or process usually leads to trouble. Purity fails, actives drop, shelf life shrinks, or end-users lose faith. Makers producing functional foods or clinical trial materials need reliability and documented results. Relationships depend on product that stays stable and performs as claimed every time a customer checks. We have turned away dozens of potential partners who hoped to cut verification or request ambiguous batch documentation.
For our customer base—often industry professionals with decades of skill—our approach resonates. Some lines of business sell to pharmaceutical companies running clinical studies requiring full impurity profiles; others need product for retail under major consumer brand names who run their own analytics. Our documentation sits with the best GMP facilities globally because we prepare it as though every batch will wind up in the most demanding regulatory environment.
Botanical ingredient manufacturing faces increased scrutiny every year. Regulatory bodies impose stricter pesticide and solvent testing. Retailers now push for QR code linked batch reports and full traceability. In this climate, short cuts lose buyers fast. There are always forces pushing the industry toward “fast and cheap”—companies selling low-purity, commodity-grade olive leaf flour riding on health claims. Efforts to educate customers have built our business more than flashy advertising: transparent batch history, raw material certificates, and proof of stability in finished product.
Supply chain pressure mounts in each harvest. Crop failures or severe weather can drop production by half within a season. Our model relies on building relationships with farmers, not wholesalers. We reject more material at the receiving dock than we accept, knowing residual pesticides or seasonal fungal blooms will hurt extract purity. Our insistence often costs us in volume, but preserves our standing when new regulations require traceability and purity improvements.
Constant improvement is not optional. Consumer expectations push us to higher polyphenol purities, food safety standards and environmental sustainability. We invest in waste stream management, solvent recycling and energy efficiency at every step, since the next generation of products—food or supplement—will need the lowest footprint possible. We work with regional agricultural scientists to improve olive cultivars for higher bioactive content, not only for yield or easy harvest—the next leap for botanical extracts will come from source as much as process.
PCR® Supermolecular Olive Leaf Extract is our answer to these trends. Every kilo in a drum represents hundreds of decisions about source, process, and purity. We protect both the product and our partners’ end-products from variability, contamination, and consumer disappointment. In the coming years, our efforts remain pointed at cleaner, more traceable, and more potent extracts—not only because the market demands it, but because as the original manufacturer, we know firsthand how much it matters.
