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Citrus Propanol

    • Product Name Citrus Propanol
    • Alias propanol_citrus
    • Einecs 921-461-6
    • 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
    VTB
    Specifications

    HS Code

    836015

    product_name Citrus Propanol
    chemical_name 3-(4-Methyl-3-pentenyl)propan-1-ol
    appearance Clear, colorless to pale yellow liquid
    odor Fresh, citrus-like
    molecular_formula C10H20O
    molecular_weight 156.27 g/mol
    boiling_point 238-242°C
    solubility Insoluble in water, soluble in alcohol and oils
    density 0.84 g/cm3 at 20°C
    flash_point > 100°C
    refractive_index 1.448 - 1.453 at 20°C
    main_use Fragrance and flavor ingredient

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

    Packing & Storage
    Packing Citrus Propanol is packaged in a 5-liter durable, amber HDPE container with a tamper-evident cap and hazard labeling.
    Shipping Citrus Propanol should be shipped in tightly sealed, clearly labeled containers made from compatible materials. Transport is typically done by ground or air, adhering to local regulations for flammable liquids. The chemical should be kept away from heat, sparks, open flames, and stored in a cool, dry, and well-ventilated area during transit.
    Storage **Citrus Propanol** should be stored in a cool, dry, and well-ventilated area, away from heat sources, open flames, and direct sunlight. Keep the container tightly closed when not in use and stored in a chemical-resistant container. Ensure storage areas are equipped with spill containment and are clearly labeled. Avoid contact with strong oxidizing agents and incompatible materials.
    Application of Citrus Propanol

    Applications of Citrus Propanol in Industrial Manufacturing

    Citrus Propanol, produced at scale under strict process controls, finds application in specialized industrial sectors due to its characteristic fragrance, solvent power, and compatibility with regulated formulations. As a manufacturer, we deliver this raw material to precise downstream operations guided by both regulatory compliance and performance requirements across several industries.

    1. Flavors and Fragrances for Food and Beverage Industries

    Citrus Propanol serves as a valued component in the production of natural and nature-identical citrus flavors, as well as high-loaded fragrance compositions. Its volatile profile and citrus aroma make it integral in flavor houses and beverage compounders seeking controlled release and true-to-fruit notes. Regulatory bodies specify clear thresholds for use as a flavor/aroma additive to ensure safety in consumption and labeling compliance. Food technologists precisely meter the input at blending or compounding stages, following strict documentation and traceability protocols throughout batching. Finished outputs include ready-to-drink soft drinks, powdered beverage mixes, bakery fillings, and confectionery flavorings.

    Industry compliance standards

    • FAO/WHO JECFA Specifications for Flavouring Agents
    • EU Regulation (EC) No 1334/2008 on Flavourings
    • US FEMA GRAS Classification
    • China GB 2760 Food Additive Standard

    Typical usage ratio

    • 0.001%–0.05% w/w in final formulation, adjusted based on sensory analysis and regulatory caps for end food or beverage type.

    Downstream process integration

    • Added at liquid-blend or aroma base mixing station under closed-system handling with batch-level traceability.

    Final product types

    • Soft drinks and sodas
    • Fruit-flavored syrups and emulsions
    • Confectionery flavorings
    • Baked goods fillings and pastes

    2. Fine Fragrance and Cosmetic Formulation

    The specialty solvents sector incorporates Citrus Propanol at perfumery-grade for blending high-performance fragrance accords in personal care and fine fragrance items. Its solubility profile supports stable emulsification, improves top-note release, and meets IFRA safety guidance for dermal applications. Manufacturing chemists dose it during concentrate maceration under monitored environmental controls to minimize loss of volatile character. Main cosmetic outputs include eau de parfum, body sprays, scented lotions, and functional deodorants where authentic citrus character is required by global brands.

    Industry compliance standards

    • IFRA Standards for Fragrance Ingredients
    • EU Cosmetics Regulation (EC) No 1223/2009
    • US FDA 21 CFR 700 Subpart B
    • China Safety and Technical Standards for Cosmetics (2022 Edition)

    Typical usage ratio

    • 0.05%–0.2% in perfume concentrates; 0.01%–0.1% in finished personal care formulas, based on IFRA maximum allowable limits for each product type.

    Downstream process integration

    • Dispensed into the bulk mixing tank with fragrance bases, followed by homogenization, filtration, and nitrogen blanketing to preserve volatility until final fill.

    Final product types

    • Fine fragrances (EDP, EDT)
    • Body mists and deodorants
    • Scented skin creams
    • Shampoo and shower gels with citrus profiles

    3. Household and Institutional Cleaner Formulation

    Major formulators in the homecare and professional cleaning sector adopt Citrus Propanol for its ability to solubilize, scent, and enhance the degreasing performance of multi-purpose liquids, sprays, and disinfectant systems. Compliance protocols require full review of allowable exposure thresholds and workplace handling requirements, with documented adherence to both environmental and safety regulations. Process engineers directly meter the ingredient during aqueous phase blending or microemulsion formation, carefully managing foam and vapor generation. Downstream quality control confirms loadings through GC analysis and panel odor testing. Marketed outputs include kitchen cleaners, glass and hard surface sprays, and industrial sanitizing solutions with a premium citrus note.

    Industry compliance standards

    • US EPA Safer Choice Standard
    • EU CLP Regulation (EC) No 1272/2008 for classification and labeling
    • REACH (EC) No 1907/2006 Registration
    • OSHA HazCom 29 CFR 1910.1200

    Typical usage ratio

    • 0.05%–0.3% by weight in cleaner bases; precise ratio set by field performance and local regulatory requirements for end user safety.

    Downstream process integration

    • Direct in-line dosing into blending tanks during surfactant or fragrance top-off stage, followed by agitation and QC retention sampling.

    Final product types

    • Multipurpose surface sprays
    • Kitchen and bathroom cleaners
    • Glass and mirror sprays
    • Institutional degreasers with fragrance claims

    4. Industrial Solvent and Coating Additive

    In the paints and coatings sector, formulators utilize Citrus Propanol for its co-solvency, quick evaporation, and low toxicity profile in specialty applications. Regulatory controls for VOC content, worker exposure, and downstream coating properties govern all stage-gate decisions within plant operations. Manufacturing blends the material into resin or pigment dispersions, with detailed solvent balance and compatibility checks to meet application viscosity, spread, and drying time criteria. Batch tracking and emission controls are in place to fulfill stringent environmental and workplace safety auditing. The primary final outputs are low-VOC wood lacquers, specialty primers, and industrial metal protective coatings where citrus-derived solvents are specified.

    Industry compliance standards

    • US EPA National Emission Standards for Hazardous Air Pollutants (NESHAP) for surface coating
    • EU VOC Solvents Emissions Directive (1999/13/EC)
    • China GB 30981-2020 VOC Limits for Coatings
    • ISO 9001:2015 for paint and coatings quality management

    Typical usage ratio

    • 0.1%–1.0% by weight, adjusted according to target application solids, required open time, and regional solvent emission restrictions.

    Downstream process integration

    • Added at the solvent mixing stage with resins, followed by millbase or letdown in production scale batches, ensuring batch-to-batch uniformity and VOC tracking.

    Final product types

    • Low-VOC wood coatings and lacquers
    • Decorative paints for metal and plastic surfaces
    • Specialty primers for automotive and industrial equipment
    • Maintenance coatings with citrus scent profile
    Free Quote

    Competitive Citrus Propanol prices that fit your budget—flexible terms and customized quotes for every order.

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    Certification & Compliance
    More Introduction

    Citrus Propanol: Fresh Perspectives from the Source

    Introducing Citrus Propanol—A Manufacturer’s Take on Consistency, Quality, and Innovation

    Few compounds have changed our factory floor quite like Citrus Propanol. Developed and refined in our own synthesis rooms, this product blends organic chemistry with years of hands-on adaptation. The journey to produce Citrus Propanol was no textbook exercise; decisions on feedstock, reaction temperature, pressure, and purification grew from practical lessons, not just what a flowchart recommended. Over time, our team shaped its profile to deliver what real-world customers need—clean scent, ideal solvency, and batch-to-batch dependability.

    Model and Specifications: Built for Reliability over Hype

    Each lot of Citrus Propanol leaving our facility follows a uniform process. The backbone formula uses select citrus sources—orange and grapefruit rind extracts supply our key reactants, while copper-catalysis helps us hit targets for purity and aroma intensity. Spectrometers track aldehyde removal and final alcohol content. Our technical staff keeps a close eye on color, estimating visual pale yellow on each run. Moisture content lands below 0.4% most times, and with a density near 0.85 g/cm³, we see no sediment by the end of shelf life.

    Some buyers ask about the organic profile. We produce Citrus Propanol with minimal synthetic intermediates. You will not find fossil-derived byproducts lingering in residues; our distillation setup pulls out high-volatility traces before packaging. In effect, downstream users get a compound right in the sensory sweet spot—noticeable zest, little off-notes, nothing that triggers residue complaints from food, cosmetic, or fragrance technicians.

    Everyday Usage in Industry: Tested Approaches and Real Benefits

    Our own team has worked alongside clients in flavor houses, fragrance labs, and surfactant plants. Citrus Propanol stands out from its peers because it is not just a fresh note—it’s a stable, cooperative ingredient. Minor tweaks to fractional distillation allow us to offer both a “fresh-cut” and a “dried-zest” variant. One delivers brighter, sharper top-notes for personal care; the other sticks to backgrounds in industrial cleansing or room scent products where a mellow undertone works best.

    Mixing properties matter. Some compounds separate or haze after combining with water, glycol, or specific alcohols. In our trials, Citrus Propanol keeps clarity in aqueous and glycolic setups, letting manufacturers skip extra stabilizers. Surface scientists tested its wetting capability for use in cleaning concentrates: results read higher than d-limonene and nearly match 1-decanol, plus it doesn’t coat or gum pump hardware after extended cycles.

    Technicians in the beverage sector look for natural markers and consistent evaporation rates to nail their micro-dosages. Citrus Propanol’s volatility tracks agreeably once emulsified with common food carriers. Our consistency cut down customer re-formulation time, which used to spike every time a raw material source changed. Several customers—especially those in flavor encapsulation—provided feedback about brightening effect and lack of background bitterness, reporting improved consumer acceptance.

    Standing Apart from Other Citrus Bioalcohols

    It’s tempting to equate Citrus Propanol with generic citrus alcohols, but there’s more difference than a chemical name. Most “orange alcohols” on the market skew toward d-limonene derivatives, which leave a heavy, often greasy finish. By contrast, our lab’s approach with Citrus Propanol sidesteps that oxidation path. D-Limonene’s instability under UV or alkaline environments creates quality headaches: yellowing, polymerization, and off-odors. Citrus Propanol resists these pitfalls. Customers running high-pH cleaning products or products that face open-shelf display see shelf life and olfactory clarity extend by months.

    Many distributors repackage bulk solvent-grade citrus compounds into smaller bottles, blending in neutral carriers to stretch supply. In our workflow, quality matters more than filler volume. Each drum has a traceable pedigree; every sample is logged against our own records for that intake batch of citrus feedstock. This chain of custody, forged through frustration with past market surpluses and “gray market” synthetics, gives our end-customers better transparency on what influences their finished product.

    Value isn’t just about price per kilogram. Unlike propylene glycol-based “freshness extenders”, Citrus Propanol introduces aroma, volatility, and compatibility without triggering regulatory red flags in most regions. Companies in personal care cite the stricter consumer panels they now face; meeting “natural” and “plant-derived” inputs has become a requirement, not a bonus. Our process, born from industry feedback, gives these formulators a better chance of staying compliant while surpassing consumer expectations on product aroma and cleanliness.

    An Insider’s Perspective: Why We Focus on End-Use Performance

    Years ago, too many chemical catalogs listed dozens of similar products, but few suppliers kept recipes stable over time. We grew tired of that churn. This led to our current manufacturing focus: develop and refine a compound that doesn’t let down the person at the filling line or research bench. We work with our industrial partners on trial batches, adjust our reaction times and distillation setups, and build the feedback loop into everyday production. We want each recipient of Citrus Propanol—whether at a startup soap facility or a multinational fragrance company—to know what’s coming every shipment.

    As manufacturing chemists, nothing throws off a plant more than variable raw material. Unscheduled downtime, reblending costs, and customer complaints grow out of unpredictable inputs. Suppliers who operate as traders or secondary resellers can’t always trace issues in real time. By managing each step ourselves, we spot, correct, and record anomalies directly.

    We’ve learned that even minor changes in feedstock origin change final scent profile and solubility characteristics. The first batches, years ago, took trial and error. Today, routine gas chromatography and organoleptic testing at each stage mean the compound profile lands within tight specification every time. We’ve adjusted storage methods and switched to smaller batch tankage just to match strict lot-to-lot repeatability expectations of food and fragrance big names.

    Real-World Solutions: Addressing User Concerns with Practical Adjustments

    Our journey includes learning from failures. Early adopters noted occasionally a “green” edge or waxy note appeared in high-volume orders. Post-mortem analysis traced this to temperature-controlled storage not holding steady on export containers. We invested in sealed, insulated drums and priority shipping for climate-sensitive lots. Another wave of clients struggled with dosing Citrus Propanol in microgram-sensitive food applications. Here, we worked with dosing nozzle manufacturers to test clog-resistant tips and partnered with analytical chemists to refine dilution protocols that preserve the compound’s primary notes.

    Batch variability risks cropping up as feedstock fluctuates from weather or growing conditions. To cope with this, our quality crew sources multiple citrus origins, balancing each with careful blending before synthesis. We document all deviations and share outcome data with anchor accounts, including those who never see the plant floor but who demand full transparency when their auditors come around.

    High-purity Citrus Propanol may sometimes cost more than commodity bulk alcohols, but waste and reformulation costs tend to drop after switching. One leading air care manufacturer shared with us how our formulation cut blending time and improved worker satisfaction by eliminating harsh, lingering odors at their facility. Small operators using “green” and “plant-forward” branding called it their most successful signature addition: not only does it work at their scale, it gives them documentation support for end-user questions. On the technical side, refiners in industrial degreasers turned to our product when solvent instability created continuous filter media clogging. Feedback from their operations crew showed that Citrus Propanol’s clean evaporation made maintenance cycles more predictable and less resource-intensive.

    Beyond the Chemistry—Supporting Long-Term Customer and Community Value

    Behind our production lines and technical sheets lies a simple philosophy: chemicals only solve problems if they work in the real world, in the hands of people whose daily job depends on getting things right every time. Our business model weighs environmental impact, ease of use, and equipment compatibility alongside margins and throughput. Citrus Propanol grew out of our desire to offer a solution that not only meets today’s demands for green chemistry, but is also prepared for tomorrows’ stricter labeling and sourcing scrutiny.

    Our raw materials come from vetted citrus growers, favoring those whose farming partners use reduced pesticide regimens and responsible waste disposal. We built feedback routines—scent panels, post-processing contamination logs, and third-party audits—right into the production cycle. Employees on the blending line have a say in hazard flagging and process tweaks that keep our product consistent and safe, instead of relying just on final QC data. This hands-on approach lets us catch subtle shifts in aroma or mouthfeel profile before a batch ever heads out the door.

    Long-term relationships with downstream users shape our R&D priorities. Daily calls with flavor houses and detergent formulators reveal the shifting regulatory, technical, and consumer demands on every application. If our partners foresee an issue—changes in allergen labelling, needs for lower residual solvent, or stricter traceability on “natural” verification—we have the technical knowledge and plant flexibility to pivot quickly. That’s real traceability.

    From Lab Bench to Bulk Drums: Responsible Manufacturing in a Fast-Changing World

    Every new product faces the reality of changing regulation. Our compliance team builds documentation to answer EU and North American authorities on solvency, aroma, and “naturalness” claims. Third-party audits and internal product reviews confirm each step can withstand customer and regulatory scrutiny. In one round of REACH updates, we improved our documentation based on suggestions directly from our largest food flavoration client, ensuring mutual benefit and improved process clarity.

    We’ve met environmental benchmarks by switching to partially solar-powered distillation, which helped cut energy use per drum across our highest-demand months. Our waste trap systems and water recycling cuts runoff well below local industry norms. This helps protect our surrounding water tables and reassures downstream users who now ask not just about performance, but about total environmental profile.

    Citrus Propanol packs a compelling combination: it comes straight from real plant material, offers clear advantages over older fossil-derived or generic blends, and doesn’t force buyers to accept tradeoffs on shelf life, compatibility, or downstream use. This is possible because we take a hands-on, science-driven approach each week, not just at quarterly reviews or after market complaints arise.

    Solving for the Future—Our Ongoing Commitment to Better Citrus-Based Chemicals

    No one running a modern manufacturing outfit can afford surprises. Our story as a producer reflects this: every process tweak, every input change reflects years of listening—to both staff in the plant and users in the field. Citrus Propanol isn’t just another nameplate in our catalog; it embodies direct lessons and improvements from every supply hiccup and every formulation win.

    Years ago, the idea of a stable, plant-derived propanol with a sharp, bright citrus note seemed far-fetched to many in our business. Now, our evolving production and refinement methods, shaped by real-world demands and constraints, keep Citrus Propanol in the hands of companies that value transparency, consistency, and a future-ready supply chain. As new challenges emerge—stricter ingredient laws, deeper sustainability audits, shifting consumer tastes—we stand ready to address those needs with both technical rigor and grounded, honest communication.

    Every batch of Citrus Propanol tells this story—one where chemistry, craftsmanship, and customer understanding meet, every day, in every barrel that leaves our plant for a product line, flavor concoction, or cleaning concentrate somewhere around the globe.