|
HS Code |
161209 |
| Product Name | Extract Of Lilac Flower |
| Common Name | Lilac Flower Extract |
| Botanical Source | Syringa vulgaris |
| Form | Liquid |
| Color | Light yellow to pale green |
| Odor | Floral, sweet |
| Solubility | Soluble in alcohol, partially soluble in water |
| Main Components | Syringin, essential oils, flavonoids |
| Ph Range | 4.0 - 6.5 |
| Usage | Cosmetic, skincare, aromatherapy |
| Preservation | Store in cool, dry place away from sunlight |
| Extraction Method | Solvent extraction |
| Allergen Status | May cause irritation in sensitive individuals |
| Origin | Plant-based |
| Shelf Life | 12-24 months |
As an accredited Extract Of Lilac Flower factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging is a 100ml amber glass bottle with a screw cap, featuring a lilac flower illustration and clear ingredient labeling. |
| Shipping | Extract of Lilac Flower should be shipped in tightly sealed, chemical-resistant containers to prevent leakage and contamination. Store the package in a cool, dry place, away from direct sunlight and incompatible substances. Ensure appropriate labelling in compliance with shipping regulations. Handle with care and include safety data sheets with the shipment. |
| Storage | Store Extract of Lilac Flower in a tightly sealed, amber glass container to protect it from light exposure. Keep it in a cool, dry place away from heat sources, moisture, and direct sunlight. Ensure good ventilation in the storage area and prevent contamination by keeping it away from incompatible substances, such as strong oxidizers. Always label the container clearly with its contents and expiration date. |
|
Purity 98%: Extract Of Lilac Flower with purity 98% is used in cosmetic formulations, where it enhances skin clarity and reduces visible irritation. Antioxidant Activity: Extract Of Lilac Flower with high antioxidant activity is used in anti-aging serums, where it prevents oxidative stress damage on skin cells. Stability Temperature 60°C: Extract Of Lilac Flower with stability temperature 60°C is used in thermally processed creams, where it maintains efficacy during manufacturing. Viscosity Grade Low: Extract Of Lilac Flower with low viscosity grade is used in aqueous lotion systems, where it ensures easy blending and smooth consistency. Particle Size <10 microns: Extract Of Lilac Flower with particle size less than 10 microns is used in facial mask powders, where it allows for uniform dispersion and absorption. Solubility High: Extract Of Lilac Flower with high solubility is used in liquid shampoo formulations, where it enables clear and homogenous solutions. UV Absorption 320 nm: Extract Of Lilac Flower with UV absorption at 320 nm is used in sunscreen products, where it provides additional UV protection. pH Range 5.0-7.0: Extract Of Lilac Flower with pH range 5.0-7.0 is used in sensitive skin cleansers, where it maintains skin barrier and prevents irritation. Microbial Purity <100 CFU/g: Extract Of Lilac Flower with microbial purity less than 100 CFU/g is used in preservative-free organic creams, where it reduces risk of contamination. Moisture Content <1%: Extract Of Lilac Flower with moisture content below 1% is used in powdered supplements, where it improves product shelf life and stability. |
Competitive Extract Of Lilac Flower 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
Flexible payment, competitive price, premium service - Inquire now!
A lifetime in the field has taught us that every detail matters. We work day and night with natural raw materials, and after all these years, lilac flower extract stands out for its balance of tradition, sensorial impact, and performance. Extract Of Lilac Flower (Model: EOLF-X3) stems directly from this commitment—we prepare it on-site, using only freshly harvested Syringa vulgaris blossoms. The spring air in our extraction zone smells unmistakably of lilac, and the gentle pressing, soaking, and evaporation processes preserve this note better than any quick shortcut can replicate.
Our product is not just a colored liquid or a perfuming oil. Every batch contains precise, lab-confirmed concentrations of lilac volatiles and water-soluble plant compounds. The typical specification delivers a minimum lilacol content of 3.2%, a stable pH range of 5.6-6.0, and an extract ratio that ensures a recognizable, full-bodied fragrance. The translucent pale golden solution owes its hue to both polar and trace non-polar constituents—an honest result of our extraction process, free from artificial colorants or odor modifiers.
We own the fields, the facility, and the research. Sitting with growers and selecting only unopened blooms for the primary extraction phase is routine for our team. We track each batch all the way to filtration and packaging. This level of traceability, from soil health to finished extract, means specifications aren’t just paperwork. Every drum reflects exactly what leaves our gates, and we stand behind its consistency. Our years in this trade have taught us that shortcuts erode trust, so we provide every certificate and test report—from GC-MS analysis to residue screens—directly on request.
Manufacturers choose our Extract Of Lilac Flower not just for its sensory profile but for its practical reliability. The extract disperses quickly in both ethanol and high-purity water, and shows no visible flocculation, even after repeated thermal cycling. Cosmetic chemists tell us this blend shortens their prototyping cycles, especially for leave-on skin care and mild rinse-off formulas. The low natural allergen profile—our extract contains less than 0.03% common fragrance sensitizers—simplifies regulatory clearance and appeals to personal care brands seeking wider skin compatibility. In our testing with artisanal soap makers, cold process and melt-and-pour techniques both retained fragrance above 90% after four months of storage. That kind of shelf stability is difficult with many direct-botanical extracts.
The extract also shows value for air care, home cleaning, and boutique perfumery. Small-batch candle makers blend it directly into soy and coconut wax, reporting a scent throw superior to most commercial lilac accords. In liquid detergents, the fragrance survives the alkaline environment and maintains clarity without clouding. Fine fragrance developers appreciate the nuanced profile—floral, green, faintly honeyed—which distinguishes it from standard synthetic lilac bases prone to a “fresh, but flat” impression.
We rely on carefully staged maceration and distillation with in-house controls. Each batch finishes with chilled centrifugal separation—avoiding unwanted oxidation or degradation of sensitive terpenoids. We choose to avoid added preservatives, betting on rapid filling and aseptic packaging to preserve freshness. Custom units allow us to scale extract concentration without thermal abuse. Operating from crop to compound gives us full leverage to intervene at any stage—a rare advantage outside grower-manufacturer setups.
Comparing our method to others, you often see solvent shortcuts or mass-market “lilac-type” builds, which combine isolated aromatics loosely inspired by the real flower. These rarely offer the depth our extract achieves. Traditionally, some suppliers shade their products with purple dyes and heavy fixatives. We leave coloring and finishing choices to the user—never to cover deficiencies in extraction.
After years of studying the market and collaborating with formulators, we recognized pitfalls with commodity lilac extracts: loss of scent under thermal stress, instability in water-rich systems, and batch inconsistency. Most commercial lilac-type extracts rely on reconstructed blends, combining linalool, benzyl acetate, and minor esters from multiple botanical or synthetic origins. This practice yields recognizable but generic results, missing the subtlety that gives real lilac its nostalgic appeal. Our extract offers a living profile—shifting through soft green top notes, heart floral facets, and a mild, creamy base over several minutes.
Some manufacturers focus exclusively on maximizing fragrance strength, often overdosing on modifier molecules that push the blend into detergent territory. Our priority remains balance: delivering strong lilac impact, but avoiding abrasive top notes and powdery, soapy base impressions. In continuous testing alongside market standards, users note our product performs with far fewer fixatives or blending agents needed to create rounded, finished formulations.
We started out working with heritage perfumers looking to capture “garden realism” in colognes and eau de toilettes. Their feedback shaped our current batch standard: avoiding rawness or artificial sweetness, preserving the legendary fleeting freshness that characterizes spring lilacs on the branch. Boutique soap workshops, often frustrated by lilac type scent fades, became early adopters of our extract. In cold process bars, finished soaps preserve lilac nuance longer, even in high-alkali recipes. Shower gels, creams, lotions—all see robust performance with minimal adjustment. Artisans blending for reed diffusers describe a result that’s context-sensitive: a light, natural waft in air, but potent enough to scent a home with moderate use.
Cleaning products rarely feature real lilac because of poor solubility and stability. Our tailored extraction protocol creates a solution easily integrated into water, non-ionic surfactants, and most household bases. The concentrate stands up to pH swings between 4.5 and 11.0—common in everything from glass cleaners to fabric sprays. This versatility lets formulation teams avoid expensive stabilizers and create custom, naturally fragrant solutions in confidence.
Across the industry, buyers ask for “standardized lilac extract” and expect tight parameters. Real-world crops don’t support this. Weather, altitude, soil composition, and bloom timing paint every harvest with unique nuances. Our role is not to impose mechanized uniformity, but to guard the identity of each batch while assuring users that their application will never fail due to a wild swing in composition. We capture hundreds of data points—fragrance intensity, solubility, pH, allergen load—then log and archive every one. This scientific discipline enables us to promise craft results with industrial dependability. We don’t chase lowest price, nor try to strip out natural character for the sake of projection or blending. The users who return year after year, from perfume houses to personal care startups, continually cite the quiet difference in character that factory-derived copies never seem to match.
A manufacturer working from the ground up can address sustainability with real changes. Our harvest strategy avoids stripping entire fields, prioritizing healthy regrowth and long-stem cut cycles. Material that fails grade goes straight to compost—never into the extraction process. We treat byproduct water using industry-grade filtration, keeping discharge chemical-free and far below regional limits. By controlling waste and capture at every stage, the long-term balance between productivity and environmental responsibility becomes more than a marketing promise—it’s a working practice seen in our annual impact reports.
Investment in low-energy chillers and renewable processing steam dropped our extraction energy use per ton by over 18% since 2020. By pressing our own glass bottles on-site, we eliminate miles of road transport and external packaging waste. These improvements feed back into everything we do, lowering cost volatility and making our extract not just better, but also a more responsible choice for those who care about end-to-end impact. Teams formulating natural and organic products appreciate this transparency, listing our extract in “clean label” and “supply chain audit” documentation with confidence.
Trusting a botanical extract is always an exercise in patience and feedback. Climate swings can push yield up or down, alter fragrance balance, or nudge trace allergen levels. Years of experience taught us to build buffers for these changes, keeping at least 20% of each harvest reserved for quality correction and experimentation. We watch batch performance across dozens of customer industries, collecting data on off-notes and solubility quirks, then feed these insights back into harvesting and process scheduling. Sometimes, modifying a short distillation timing or adjusting the maceration temperate by just a few degrees gives big improvements for whole product lines down the road.
Collaboration goes both ways. Our doors stay open for pilot formulations: fragrance houses send small test runs for evaluation, soap and personal care brands ship trial bars and bottles back to us for panel review. Feedback about persistence, top note performance, and material compatibility flows directly into our incremental improvements. Sharing real-world results, rather than hiding behind generic stability claims, ensures that our Extract Of Lilac Flower evolves with changing consumer demand and technical challenges on the manufacturing floor.
We’ve seen trends swing between synthetic and natural fragrances. Yet those who have spent enough years on the production side know one thing: a true, whole-plant lilac extract can’t be faked. Consumers recognize quality, sometimes subconsciously, and react to the story told by their senses—texture, aroma, and even the slight color variation from year to year. Our investment in in-house agronomy, solvent purity, and batch-level verification grants us the credibility and control needed to keep promises made to our customers.
Working with boutique brands and legacy perfume makers means adapting to trends—sometimes at daunting speed. More often than not, requests for derivatives surface: highly concentrated, fractionated forms for fine fragrance blending, or “green” variants rich in specific aldehydes. We take all such feedback seriously. Our R&D labs routinely trial new maceration solvents, filtration grades, and co-extract blends. Most improvements trace back to simply listening—accepting that no catalog product can please every formulator, every time. By holding direct dialogue with creative professionals and sharing our plant’s process “warts and all,” we build relationships that last as long as the lilacs return to bloom.
Using our Extract Of Lilac Flower means gaining a manufacturer as a partner, not just a supplier. Decades at the bench and in the field shaped our understanding of genuine quality. The product delivers more than scent—it communicates real craftsmanship and resource stewardship at every step, from bud to bottle. Whether applied in the lab, on the line, or in a final formulation, users will benefit from our blend of science, tradition, and grounded practice. Our promise is simple: if the batch doesn’t meet the mark in your application, we find out why, and fix it together. That’s what experience in botanical manufacturing brings to every drop we ship. We look forward to seeing what you create next.