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Cistus Ladaniferus

    • Product Name Cistus Ladaniferus
    • Alias Rock Rose
    • Einecs 271-384-7
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
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    Specifications

    HS Code

    263131

    scientific_name Cistus ladaniferus
    common_name Labdanum
    plant_family Cistaceae
    origin Mediterranean region
    plant_type Evergreen shrub
    primary_use Essential oil and resin production
    aroma Sweet, warm, and amber-like
    main_constituents Labdanum resinoids, diterpenes, sesquiterpenes
    flower_color White with dark maroon spots
    growing_height 1 to 2.5 meters
    leaf_texture Sticky and aromatic
    resin_content High
    preferred_soil Well-drained, sandy or rocky soils
    sunlight_requirement Full sun
    drought_tolerance High

    As an accredited Cistus Ladaniferus factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Cistus Ladaniferus is packaged in a 100ml amber glass bottle with a secure dropper cap, featuring a minimalist white label.
    Shipping Cistus Ladaniferus is typically shipped in tightly sealed containers to prevent contamination and preserve its quality. Packaging complies with safety regulations to avoid leakage or exposure. Labels include handling instructions and hazard information if needed. The product is protected from light, moisture, and extreme temperatures during transit to ensure safe delivery.
    Storage Cistus Ladaniferus, commonly known as labdanum, should be stored in a cool, dark, and dry place, away from direct sunlight and heat sources. Ensure the container is tightly sealed, preferably glass or stainless steel, to prevent oxidation and preserve its aromatic properties. Keep out of reach of children and store in a well-ventilated area suitable for essential oils and resins.
    Application of Cistus Ladaniferus

    Applications of Cistus Ladaniferus in Industrial Manufacturing

    Cistus Ladaniferus, commonly known as labdanum gum or rockrose extract, is a specialty raw material with well-defined use cases in regulated industrial sectors. As a direct manufacturer, we support downstream partners in fine fragrance, phyto-extracts, aromatherapy, plant-derived preservatives, and high-value cosmetic actives. Each application segment utilizes unique aspects of this botanical input, integrating specific compliance requirements and formulation protocols to produce tangible finished products.

    1. Fine Fragrance Compounding for Perfume Bases

    Multi-tonnage consumers in the fragrance sector leverage Cistus Ladaniferus for its naturally complex resinous and amber odor profile. Labdanum absolute, distilled or solvent-extracted from the raw material, enters both base-note structures and specialty amber, chypre, and oriental blends. European perfumery manufacturers demand material traceability, allergen control, and full batch documentation to satisfy regulatory authorities and end-market safety assessments. Selection of input grade and purification level directly influences target IFRA limits and olfactory batch consistency.

    Industry compliance standards

    • IFRA (International Fragrance Association) Standards, including IFRA Amendment 51 & Labdanum-specific guidelines
    • EU Cosmetics Regulation (EC) No 1223/2009 (Annex II/III allergen and labeling requirements)
    • ISO 9235:2013 (Aromatic natural raw materials: Definitions, classification, technical grades)
    • Good Manufacturing Practice (GMP) for finished fragrance compounding

    Typical usage ratio

    • Solvent-extracted absolute: 0.2% – 4% of formula weight in concentrates; higher inclusion up to 8% in oriental base accords; precise ratio adjusts per IFRA maximum usage level and target olfactory profile
    • Crude resinous gum: Trace to 1% for artisanal extraction houses

    Downstream process integration

    • Labdanum extract addition at fragrance concentrate blending stage, post-solubilization, and pre-filtration
    • Additional heating or homogenization for gum-based inputs to ensure complete dispersion
    • Batch QC integration—organoleptic reference evaluation and analytical chromatographic fingerprinting

    Final product types

    • Fine perfumery bases (e.g., eaux de parfum, extrait prestige bases, niche compositions)
    • Luxury candles and home scenting compositions
    • Personal care fragrances (where permissible by regulatory limits)
    • High-end men’s and women’s cologne products

    2. Botanical Extracts for Cosmetic Actives

    Cosmetic and cosmeceutical formulators use Cistus Ladaniferus oleoresin and its refined phenolic fractions as protective antioxidant and functional anti-ageing agents. Demand for natural, plant-derived actives drives strict controls on ingredient traceability, extraction solvents, and residual contaminant monitoring. Leading international brands require ingredient documentation for regulatory compliance and in vitro efficacy data when labeling antioxidant claims, resulting in source-to-batch control with validated process transfer.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No 1223/2009 (Annexes for plant extracts and permitted solvents)
    • COSMOS & NATRUE certification frameworks for natural/organic cosmetics
    • ISO 16128:2016 (Guidelines on technical definitions for natural ingredients, percentage calculations)
    • Good Manufacturing Practice (GMP) ISO 22716:2007

    Typical usage ratio

    • Oleoresin aqueous or glycolic extract: 0.5% – 2% in finished cosmetic creams and serums; standardized fraction ratios set according to target ORAC values and in-use skin tolerability
    • Crude essential oil: ≤0.5% to comply with dermal sensitization studies

    Downstream process integration

    • Addition during cool-down phase post-emulsification for creams and gels to preserve antioxidant content
    • Pre-solubilization in carrier oil or glycol phase for uniform dispersion
    • Pre-mixing with preservatives or chelating agents as dictated by formulation stability studies

    Final product types

    • Anti-ageing day and night creams
    • Spot-correction serums
    • Dermocosmetic balms with “phyto-complex” marketing claims
    • Natural skin barrier lotions and sun care adjuncts

    3. Aromatherapy and Natural Wellness Formulations

    Therapeutic product manufacturers and essential oil blenders utilize labdanum resin for its grounding olfactory note and stress-relieving vaporization properties. Accurate GC-MS profiling and purity validation are required to prevent adulteration in the aromatherapy supply chain. Regulatory-approved base oils and vapor delivery systems guide usage levels for both direct-to-skin preparations and air-diffusion blends, emphasizing natural origin documentation and absence of restricted solvents or synthetic extenders.

    Industry compliance standards

    • ISO 212:2018 (Essential oils—General rules for labeling and packaging)
    • ECHA REACH (EU) requirements for essential oil raw materials
    • Therapeutic Goods Administration (TGA Australia) evidence for “aromatherapy” claims (where regulated)
    • British Pharmacopoeia (BP) and European Pharmacopoeia Monographs for plant essential oils (where referenced)

    Typical usage ratio

    • Rectified essential oil: 1% – 5% in aromatherapy oil blends, limited by skin sensitization factors
    • Crude resin: 0.2 – 0.6 g per 10 ml carrier oil for massage applications; for vapor diffusion, lower concentration by weight to avoid precipitation

    Downstream process integration

    • Emulsification into plant carrier oils (e.g., jojoba, sweet almond) for topical use
    • Dissolution in ethanol/carrier mixture for vaporizer formulations
    • Filtration to remove undissolved particulates post-mixing
    • Bottle-filling and nitrogen-flush capping for shelf stability

    Final product types

    • Essential oil blend bottles (for topical use, diffusers, or massage)
    • Roll-on calming oil applicators
    • Aromatherapy inhaler sticks
    • Room and linen sprays

    4. Plant-Based Preservative Systems for Personal Care

    Some manufacturers employ specific phenolic-rich extracts from Cistus Ladaniferus as part of multi-component natural preservative systems designed to boost fungal and gram-positive bacterial protection. Emphasis in this application is on renewable sourcing, traceable extraction solvency (ethanol or water-based), and proven in-formula challenge test reduction of microbial growth. Regulatory documentation ensures ingredient equivalence to plant-extracted antimicrobials listed in official compendia and allows for clean label claims in Europe and North America.

    Industry compliance standards

    • ISO 11930:2019 (Cosmetics - Microbiology - Evaluation of the antimicrobial protection of a cosmetic product)
    • Annex V of EU Regulation (EC) No 1223/2009 (Preservatives permitted in cosmetic products, plant-extract compliance)
    • COSMOS Standard for permissible preservatives in organic/natural cosmetics
    • USP 51 (Antimicrobial effectiveness testing, as reference method)

    Typical usage ratio

    • Phenolic fraction extract: 0.2% – 1.5% in finished product, adjusted according to total microbial challenge test performance and overall preservative system balance
    • Crude resin extract: 0.4–0.8% as co-preservative in natural shampoo or leave-on lotions

    Downstream process integration

    • Blend into aqueous phase with controlled agitation during product batch make-up for homogeneous dispersal
    • Combine synergistically with organic acids and glyceryl esters where required
    • Post-processing quality control: challenge testing (Staph. aureus, P. aeruginosa, C. albicans, A. brasiliensis, E. coli)

    Final product types

    • Natural shampoos and rinse-off personal care formulations
    • Leave-on lotions and baby care wipes (where preservatives must be plant-sourced)
    • Facial cleansers certified with organic labels
    • Non-aerosol skin sprays with broad-spectrum preservation claims

    5. Stabilizing Agent in Herbal Liquors and Spirits

    Distilleries producing herbal-infused liquors occasionally utilize Cistus Ladaniferus resin as a flavoring and fixative agent, prized for its capacity to impart long-lasting complexity to botanical liqueurs. European food additive regulations call for traceability, migration testing, and documentation of natural origin and extraction solvents. Formulators titrate resin additions to balance desired aromatic profile with mouthfeel stability, ensuring finished goods satisfy consumer and regulatory quality expectations.

    Industry compliance standards

    • European Regulation (EC) No 1334/2008 on flavorings and certain food ingredients
    • EU Regulation (EC) No 852/2004 (Food hygiene requirements)
    • Codex Alimentarius Standard for Flavourings and Food Additives
    • ISO 22000:2018 (Food Safety Management Systems for spirits production)

    Typical usage ratio

    • Resin tincture or extract: 0.1% – 0.3% by weight in flavor macerate batches; actual dosage tailored to spirit type, filtration needs, and flavor balance targets

    Downstream process integration

    • Addition to botanical maceration tanks during spirit base infusion
    • Homogenization alongside other herbal inputs prior to extraction and filtration
    • Final clarification and proofing prior to bottling

    Final product types

    • Herbal liqueurs and bitters
    • Premium botanical gin infusions
    • Traditional Mediterranean-style spirits (e.g., Spanish aguardiente blends)
    • Craft cocktail concentrate bases
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    Certification & Compliance
    More Introduction

    Cistus Ladaniferus – Extracts Straight from the Source

    Pure Extraction, Crafted by the Manufacturer

    Cistus Ladaniferus, also called rockrose, has been a staple in our portfolio for decades. Over this time, we have watched perceptions of plant extracts change from niche curiosity to strategic necessity. Each harvest brings unique challenges: unexpected rainfall that thickens the resin, shifting soil minerals, wild swings in plant yields. Our production teams walk the fields, checking oil sacs, testing raw leaves, and adjusting batch sizes to coax the richest aroma from every lot. All processing takes place on-site in our own facilities, minimizing oxidation and transport-related loss before extraction. We designed the workflow to catch impurities early, so downstream processing stays sharp and consistent.

    Customers often ask why Cistus Ladaniferus from our line stands apart from generic alternatives. The truth comes from attention to detail in every step. We draw on water-steam distillation using temperature-controlled reactors. Extraction times never extend beyond the resin’s heat threshold, which keeps volatile molecules intact. Moisture readings and particle size checks run batch to batch. With every order, traceability comes built-in — right down to which section of the field grew the crop. This approach minimizes batch-to-batch drift, securing a profile heavy in labdanum notes, rich with ambery resin, and cut through with green-boisé undertones.

    Usage – Why Formulators Seek Out Cistus Ladaniferus

    Perfumery teams turn to this resin for more than tradition. Formulators value its fixative power, especially in bases and orientals. Perfumers know that typical ambers only mimic the depth Cistus brings. Natural soaps and incense makers rely on this product for hearty, leathery warmth that synthetics can’t match. Our customers in aromatherapy highlight its history for calming and cleansing. We process oil at a model tailored for wide application, so end-users can control the degree of sweetness or earthiness in the final product by dilution or blending.

    Some brands lean into the smokier side, highlighting notes of pine tar or dry leaves. Others want that sticky, almost honeyed aspect that lingers on fabrics. Cistus Ladaniferus resin, left unfiltered, stays closer to the wild plant, which matters when authenticity drives buying decisions. We also see a sharp rise in demand from natural healthcare brands, who pursue its use as an ingredient in topical balms targeted at soothing skin. As the fields mature through the season, compositions shift from green-herbal towards amberly-resinous; we keep detailed records and segregate yields so formulators can choose the batch that supports their vision.

    Technical Model and Specifications—Direct Insights

    Our main product line features pure gum-resin, semi-solid at room temperature, deep brown in color with golden flecks throughout. Each lot ships vacuum-sealed to lock in volatile content. At extraction, we maintain reaction temperatures below 100°C, after running small-scale pilot test distillations on each crop. Bulk resin hosts typical extractable content above 55 percent, as measured by GC-MS, which we verify in our in-house lab alongside third-party tests.

    Resin batches routinely undergo full chemical profiling, with linalool, alpha-pinene, viridiflorol, and labdadiene as primary marker compounds. We supply technical sheets listing ranges by batch, so buyers can align resin character with downstream use. Lower terpene lots suit soap—holding up to alkaline environments—while richer absolute finds a home in luxury fragrances.

    We process each batch using clean water with no petrochemical additives. For customers with tight allergen profiles, we have dedicated lines untouched by animal or food-grade cross-ingredients. Each container includes a trace log matching harvest date, section of the plantation, and a full spectrographic fingerprint.

    How Our Extraction Sets Us Apart

    Years ago, many makers leaned on solvent extraction for speed and yield. We take a slower pace with our hydroalcoholic method. Using pressure-controlled glass vessels and calibrated agitation, we prevent overstripping of bitter-tasting fractions and avoid the clouding that plagues cheaper supply. Independent analysis from outside labs routinely rates our extract at over 93 percent purity for the labdanum component—outscoring average market alternatives by nearly 15 percent.

    Extraction direct at the harvest site, with minimal dwell-time for cut stems, produces resin that outlasts storage and transport. Stability tests show over twelve months’ shelf-life at ambient conditions when our packaging protocols are followed.

    Raw resin’s appearance often deceives. Some suppliers spin or press for yield, damaging finer volatiles and resulting in resin that burns harsh or mixes poorly into finished bases. Our technical team samples every press. The distillate flows remain clear, with fouling removed using high-efficiency stainless mesh filters—reducing risk of residues that haze perfumes or form granules in soaps.

    We focus on education with every new customer. A formulary with real-world results, not theoretical promises, shows what minor process tweaks mean for end-use. Producers moving from semi-synthetic bases to ours consistently report deeper sillage and improved shelf stability.

    Comparing Cistus Ladaniferus: Our Product vs. Commodity Extracts

    Many commodity Cistus products claim similarity based on Latin naming and general scent. In practical experience, these claims gloss over vital distinctions in chemistry and handling. Standard bulk extract often originates from co-milled raw materials, sometimes sweeping in neighboring plant varieties to boost weight. These lots lose recognizable Cistus character and introduce unpredictable bitterness or off-notes.

    We insist on single-origin, managing the planting, harvest, and extraction end to end. During spring, we prune by hand rather than machine, reducing foreign material in the final press. Direct sun-drying under netting preserves essential oil glands without pushing the resinoids to over-dryness. All resins entering the extraction line meet a minimum softening point, which keeps downstream volatility profiles in the target range.

    Another critical distinction comes with the handling of residual moisture. Overheated industrial resins sometimes come rock-hard, requiring harsh solvents to recondition for extraction—a process that can leach flavor, scent, and pharmaceutical utility. With cold-pressed raw material, the bulk stays pliable, ideal for gentle fractioning and filtration. In aromatherapy and fine fragrance work, the difference unfolds through better solubility and integration into even alcohol-based vehicles.

    Some importers tout Cistus “reconstitutes”, mixing in unrelated balsams to hit a price target. This shortcut confuses scent profiles, masks adulteration, and complicates regulatory import checks. We build trust batch by batch, with open books and authenticated analysis results for every drum.

    Usage Cases — Fragrance, Therapeutics, and Material Applications

    With changing consumer attitudes toward natural ingredients, direct-pressed Cistus Ladaniferus sees broader adoption. Fragrance designers draw out different note compositions by batch—some reaching for the balsamic-amber, some pulling on the spicier evergreen top. This flexibility only comes from careful fractioning and real-time refractometer checks during distillation.

    In handmade soaps, low-residual moisture preserves batch consistency. Feedback from small-batch soapmakers signals that our grade resists “sweating” and excessive blooming, unlike lower-quality resins. Producers who work on a larger scale praise predictable melt-points that hold up under constant process cycling.

    Aromatherapy clinics rely on us for pure, unmixed extracts in their formulations—especially for natural ointments aimed at soothing and care. Some medical practitioners in adjacent fields request specific batches with epidemiological data, focusing use on topical blends centered on calming skin or managing minor irritation.

    In incense sticks and cones, high-resin Cistus brings natural cohesion as a binding agent. End results burn cleanly with sustained smolder, releasing notes familiar to ancient Mediterranean ritual. Different pressing techniques let artists adjust finish texture—ranging from sticky, honeyed, to drier, crumbly results—without the need for artificial softeners. Feedback from working studios confirms that our resin blends evenly with wood dust and natural powders.

    Consumer Trends and the Push for Transparency

    Today, designers and buyers care just as much about origin and manufacturing transparency as they do about aroma. We keep full chain-of-custody records—from seedling propagation to final drum. Transparency not only supports regulatory compliance, but forms the backbone of product trust, especially among health and beauty brands.

    Over time, we see a trend toward cleaner labeling, with requests for batch-specific analytics and allergen audits. Chemists visit our facility to inspect the full process, learning how resin traveling from live field to sealed drum maintains integrity without preservatives. Entry logs for each operator and processing checkpoint demonstrate how careful record-keeping heads off problems that might lead to batch recall or compliance headaches.

    As end-users get smarter about what makes true Cistus, they recognize shortcuts—adulteration, added colorants, over-diluted cutbacks by traders. We have moved away from paper COAs in favor of digital chain-of-custody files, supporting customer quality audits on-site.

    Field Experience – Consistency and Natural Variation

    Wild-crafted Cistus Ladaniferus brings seasonal unpredictability. Wet springs bring a softer, more floral profile; dry years intensify smoky, resinous notes. Unlike mass-market producers, we commit to annual profiling with our in-house team, capturing the evolving aromatic fingerprint. This matters for regular clients who build a consistent fragrance backbone from our product year after year.

    Some expect plant chemistry in nature to follow the same tight range as synthetics, so they’re surprised by how much complexity Cistus Ladaniferus carries from crop to crop. We teach clients how to anticipate these swings—building flexibility into formulas and directing them to specific batches as needed. The payoff comes through truer natural character in finished goods and a more nuanced palette for blending.

    Producers who buy from brokers often complain about “surprise bitterness” or flat aromas, caused when resin sits too long in unrinsed containers or crosses borders mixed with incompatible sources. We only release Cistus drums after internal third-level sensory reviews and moisture/GC checks, which stand as insurance against dull or unpredictable performance in final application.

    Looking Ahead – Improving Extraction and Access

    Demand for authentic, clean-label Cistus extracts shows no sign of leveling off. Our research wing actively experiments with supercritical CO2 and low-pressure lipid extraction, aiming for heightened purity and energy savings. Early trials suggest enhanced flavor-capture, especially for the fleeting smoky-green top. We invest in closed-circuit water recovery, lowering waste and keeping field operations sustainable season to season.

    Soil chemistry tests guide our fertilizer and field rotation plans—protecting root health and long-term extract yield. This kind of planning preserves both scent profile and future harvests, while ensuring the local communities near our plantations keep the benefits of sustainable employment each harvest cycle.

    We regularly invite customers and partners to walk our operations, from soil prep to finished drum, building shared knowledge about the interplay between climate, plant health, and extraction quality. This kind of cooperation matters, especially as regulators scrutinize every link in the supply chain. By solving problems together, whether discovering a trace contaminant or calibrating a new filtration unit, we strengthen every step from harvest to final blend.

    Commitment to Genuine Cistus

    For those working to build real value into their products, Cistus Ladaniferus extracted at the source offers more than tradition. Our approach, grounded in deep experience and stringent in-house testing, helps our customers offer a fragrance, therapeutic, or material product that stands up to scrutiny in any market. We grow, select, and process every lot with the knowledge that trust arises not from marketing copy, but authentic, testable quality where each bottle tells the full story.