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D-Limonene

    • Product Name D-Limonene
    • Alias Citrus terpenes
    • Einecs 227-813-5
    • 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

    342203

    Chemical Name D-Limonene
    Cas Number 5989-27-5
    Molecular Formula C10H16
    Molar Mass 136.24 g/mol
    Appearance Colorless to pale yellow liquid
    Odor Citrus-like, orange fragrance
    Boiling Point 176 °C (349 °F)
    Melting Point -74 °C (-101 °F)
    Density 0.841 g/cm³ at 25 °C
    Solubility In Water Insoluble
    Flash Point 48 °C (118 °F)
    Refractive Index 1.472–1.474 at 20 °C
    Origin Naturally occurs in citrus fruit peels

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

    Packing & Storage
    Packing D-Limonene is packaged in a 1-liter amber HDPE bottle with a secure screw cap and hazard labeling for safe handling.
    Shipping D-Limonene is shipped in tightly sealed containers, typically made from HDPE plastic or stainless steel, to prevent leakage and evaporation. It is classified as a combustible liquid and should be transported according to regulations for flammable substances. Proper labeling and documentation are required, and it should be kept away from heat, sparks, and open flames during transit.
    Storage D-Limonene should be stored in a cool, dry, well-ventilated area, away from sources of heat, sparks, and open flames. Keep the container tightly closed and protected from direct sunlight. Store separately from oxidizing agents, acids, and bases to prevent hazardous reactions. Use corrosion-resistant, preferably glass or aluminum containers, and ensure proper labeling to prevent accidental misuse.
    Application of D-Limonene

    Applications of D-Limonene in Industrial Manufacturing

    D-Limonene, a bio-based monoterpene, is widely integrated into select manufacturing fields due to its solvency power, low toxicity, and specific physical-chemical properties. As a direct chemical feedstock and auxiliary, it is valued for its origin traceability and compatibility with production lines focused on quality, safety, and environmental responsibility. Below, we outline key downstream applications supported by industrial usage data and regulatory frameworks.

    1. Precision Cleaning Agents for Electronics and Metalworking

    In electronics assembly and metalworking, D-Limonene functions as a high-performance degreaser and flux remover, used primarily in critical post-solder cleaning and oil-based residue elimination before component assembly or coating. Its usage increases operator safety and reduces reliance on halogenated solvents while meeting stringent purity control for sensitive substrates.

    Industry compliance standards

    • IPC-A-610 (Acceptability of Electronic Assemblies)
    • ISO 14001 (Environmental Management Systems)
    • RoHS Directive 2011/65/EU (Restriction of Hazardous Substances)
    • ANSI Z400.1 (Safety Data Sheet Requirements)

    Typical usage ratio

    • Used at 10–40% concentration in aqueous or emulsion cleaning formulations, adjusted based on soil loading and substrate compatibility testing.

    Downstream process integration

    • Blended into solvent or semi-aqueous washes during post-machining, pre-bonding, or wave soldering stages. Applied via ultrasonic, immersion, or spray systems before component drying and inspection.

    Final product types

    • Printed circuit boards
    • Semiconductor assemblies
    • Precision-machined metal parts
    • Instrument housings

    2. Food Contact Cleaning and Deodorizing Agents

    In the food processing sector, D-Limonene is an active ingredient in plant-derived cleaners and industrial odor control systems. Regulatory approvals within food environments stem from low toxicity, rapid biodegradability, and avoidance of persistent synthetic residues, supporting use in facilities managing equipment, container, and surface sanitation.

    Industry compliance standards

    • US FDA 21 CFR 178.1010 (Sanitizing Solutions in Food Contact Surface)
    • EU Regulation (EC) 1935/2004 (Materials and Articles in Contact with Food)
    • ISO 22000 (Food Safety Management Systems)
    • NSF Nonfood Compounds Registration Program

    Typical usage ratio

    • Formulated at 1–10% by weight in concentrated cleaners; diluted for end-use according to on-site cleaning protocols and validated by surface residue analysis.

    Downstream process integration

    • Charged into detergent blending and odor abatement formulations as a solvency/fragrance agent for direct application to conveyor belts, cutting tools, holding tanks, and packaging lines, following pre-approved sanitation cycles.

    Final product types

    • Food-grade equipment cleansers
    • Beverage container disinfectants
    • Facility deodorizing sprays
    • Odor-removal wipes for food transport

    3. Printing Ink Solvents for Flexible Packaging

    D-Limonene serves as a naturally sourced replacement for petroleum-based solvents in low-VOC ink systems used on flexible films, paper, and coated substrates for food packaging and label production. Its rapid evaporation rate and compatibility with resins and pigments are suited to high-speed gravure and flexographic printing lines where solvent recovery and emission compliance are crucial.

    Industry compliance standards

    • REACH Regulation EC 1907/2006 (Substance Registration and Authorization)
    • Swiss Ordinance on Materials and Articles (SR 817.023.21) relating to food packaging inks
    • GMP Regulation (EC) 2023/2006
    • ISO 2836:2021 (Printing inks – Rub resistance, Migration, and Organoleptic properties)

    Typical usage ratio

    • Occupies 10–30% of the solvent phase in ink formulations, modulated by resin type, desired drying speed, and application viscosity requirements.

    Downstream process integration

    • Incorporated at the solvent addition stage during batch ink manufacturing, ensuring compatibility with binders and facilitating flow and drying in multi-unit printing presses.

    Final product types

    • Food contact printed flexible packaging
    • Paperboard container liners
    • Self-adhesive labels
    • Retail flexible pouches

    4. Natural Polymer Extraction and Purification

    Polymer and oleoresin extractors utilize D-Limonene as a renewable, GRAS-status solvent for isolating and purifying plant-derived gums, rosins, and oils, especially in industries processing pine, citrus byproducts, or botanical resins. Its selectivity and effective removal by vacuum stripping support yield optimization and reduction of residual petrochemical traces in natural product refining.

    Industry compliance standards

    • 21 CFR 182.60 (US FDA – Generally Recognized As Safe flavoring solvents)
    • Food Chemicals Codex (FCC) specifications for extraction solvents
    • ISO 9001 (Quality Management for Extractions)
    • EU Regulation (EC) No 1333/2008 (Food Additives – Extraction Solvents)

    Typical usage ratio

    • Applied at extraction solvent-to-feed ratios between 2:1 and 8:1, determined by source material matrix, targeted yield, and downstream solvent recovery capability.

    Downstream process integration

    • Pumped into continuous or batch extraction reactors with plant feedstock. Following extraction, removed by distillation and collected for recycle or waste treatment, ensuring <1 ppm final solvent residues where food applications require.

    Final product types

    • Pine rosin derivatives
    • Naturally extracted essential oils
    • Food-grade botanical oleoresins
    • Terpene-isolated mineral oils

    5. Industrial Fragrance Formulation for Cleaning and Air Care

    Manufacturers of industrial and institutional cleaning agents, as well as large-scale air freshening systems, incorporate D-Limonene for its citrus aroma and volatility, supporting product claims of naturalness and improved user experience. Its GRAS status and regulatory acceptance facilitate use in fragrance compositions destined for both professional cleaning and consumer-facing commercial spaces.

    Industry compliance standards

    • IFRA Code of Practice (International Fragrance Association)
    • EU Detergent Regulation (EC) No 648/2004
    • US EPA Safer Choice Standard
    • California Proposition 65 (VOC and ingredient disclosure for consumer products)

    Typical usage ratio

    • Presents in fragrance concentrate at 20–60%, scaled by desired aroma intensity and volatility targets for the final compound.

    Downstream process integration

    • Added during bulk fragrance compounding or modular blending into the aqueous or surfactant phases. Employed without additional masking agents in citrus-focused or green-label product lines.

    Final product types

    • Commercial air fresheners
    • Carpet and surface shampoos
    • Janitorial cleaning fluids
    • Industrial space odor neutralizers

    6. Agrochemical Inert Carrier and Pesticide Solubilizer

    The crop protection industry formulates D-Limonene as an inert carrier and solubilizer for selected botanical and synthetic pesticides, benefiting from rapid field volatilization and boosting active ingredient dispersion. Regulatory bodies recognize its function as an excipient that minimizes phytotoxicity in certain tank mixes and enhances rainfastness on treated crops.

    Industry compliance standards

    • US EPA InertFinder (Approved Inert Ingredients List)
    • FAO/WHO Guidelines on Pesticide Specifications and Quality Control
    • OECD Series on Testing and Assessment (Ecological Assessment of Agrochemicals)
    • EU Regulation (EC) No 1107/2009 (Plant Protection Products Authorization)

    Typical usage ratio

    • Ranging from 2–15% in liquid concentrates and emulsifiable carrier systems, with actual addition based on pesticide solubility, application environment, and hazard evaluation.

    Downstream process integration

    • Mixed into oil-based EC (emulsifiable concentrate) or EW (emulsion, oil in water) pesticide formulations during pre-homogenization, prior to stable emulsion formation and final micronization.

    Final product types

    • Herbicide emulsions
    • Insect repellents
    • Bio-based pesticide concentrates
    • Foliar-applied crop protection solutions
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    Certification & Compliance
    More Introduction

    D-Limonene: Natural Solvent, Powerful Cleaner, Sustainable Choice

    What D-Limonene Brings to Manufacturing

    D-Limonene earned its place in our toolkit thanks to its high solubility and strong cleaning properties. Sourced from citrus rinds, this clear, colorless liquid carries a trademark orange aroma. Its chemistry is straightforward: D-Limonene belongs to the terpene group, giving it both solvency power and low toxicity. We see industrial buyers moving toward safer, plant-based alternatives, and D-Limonene responds to that need without compromise. With a purity standard of at least 95%, our D-Limonene removes the uncertainty that comes from inconsistent raw material. Each drum contains consistent, real citrus extract, produced through cold-press or steam distillation. These methods respect the delicate active compounds that make D-Limonene effective.

    Guided by Experience: How D-Limonene Performs in the Field

    Over decades, we’ve put D-Limonene through its paces alongside petrochemical solvents and other citrus terpenes. Its results continue to prove themselves in degreasing, adhesive removal, and routine facility washdowns. Based on samples we’ve provided, professional users in automotive assembly, food processing, ink removal, and textile manufacturing note faster residue lift-off and lower slippage risks after rinsing compared to aromatic hydrocarbon solvents.

    When we partner with clients to address cleaning challenges, D-Limonene routinely unlocks superior performance. For example, in cold process cleaning at food plants, D-Limonene lifts fatty buildup in less time and leaves behind no persistent fumes or residues. Citrus-based solutions avoid the health risks tied to naphtha or xylene, helping facilities meet internal and external safety compliance. In print shops, D-Limonene tackles greasy ink stains without softening or melting sensitive plastics—an edge not shared by every terpene or glycol ether on the market.

    Specifications Backed by Real-World Testing

    D-Limonene from our lines averages a purity above 95%. Production never uses recycled oils or offseason stock, as these increase odor variation and leave possible non-volatile residues. We run gas chromatography to check for d-limonene level, alpha-pinene, beta-pinene, and common oxidized byproducts. Our consistent outcomes keep downstream processing reliable, whether end users blend fragrances or rely on the solvent for precision degreasing.

    Odor profile depends on source fruit and specific extraction—ours retains true citrus sharpness. Specific gravity averages 0.84 at 25°C, lighter than water, making oil-phase separation straightforward and minimizing waste. Flash point hovers around 48°C, putting D-Limonene in the same risk category as mineral spirits, but its plant origin means it leaves almost no hazardous residue in disposal.

    Understanding the Edge Over Petrochemical and Synthetic Alternatives

    Many operators ask why D-Limonene would outmatch mineral spirits or synthetic glycol ethers. Two reasons come up again and again: operator health and environmental performance. Mineral spirits do strip oils, but release high levels of volatile organic compounds. Repeated exposure, especially in poorly ventilated shops, brings complaints about skin sensitivity and persistent headaches. D-Limonene makes a difference here. It emits a pleasant, short-lived aroma after wipe-downs and rarely provokes allergic response if used with gloves.

    Another common point is waste compliance. Citrus-derived solvents often move through waste treatment with less regulatory red tape than chlorinated or aromatic hydrocarbons. Treated effluent from D-Limonene occasionally passes directly into biological wastewater systems without need for complex solvent recovery. Operators report lower costs and improved staff retention rates in areas where strong solvent odors once kept turnover high.

    Real-World Examples: How Clients Put D-Limonene to Work

    In adhesives manufacturing, D-Limonene weakens pressure-sensitive resins and loosens polyvinyl layers no matter the blend source. Our buyers from the flooring and signage sectors have cut cleaning times by switching to D-Limonene, since it softens residues that stump alcohol blends. Another example comes from electronics assembly, where D-Limonene safely clears flux residue from soldered circuit boards. Synthetic solvents sometimes cause swelling in delicate polymers or soft elastomers. D-Limonene sidesteps those issues, providing a gentle but complete clean.

    Janitorial supervisors in commercial property management echo those findings. Routine graffiti removal with D-Limonene-based blends proves more effective on spray paint, permanent markers, and stubborn stickers. Facility teams spend less time on touch-up and surface prep—cutting labor hours means budget stability. These results underline what we see directly from the shop floor: D-Limonene provides speed, reliability, and broad material compatibility.

    Sustainability and Safe Handling: Addressing Today’s Priorities

    At our facility, raw material sourcing stands at the front line of our decision-making. Every drum we fill comes from citrus peels—a major byproduct of juice processing. Upcycling waste into a high-value industrial input makes the business sustainable and shrinks our total emissions. Compared to toluene or xylene production, D-Limonene carries a fraction of the carbon footprint.

    Worker safety matters as much as supply chain transparency. D-Limonene holds a favorable toxicity profile compared to petroleum-based solvents. Teams still use standard safety gear—gloves, goggles, and proper ventilation. But for day-to-day operators, the safety data sheets spell out much lower risk. In practice, incidents involving D-Limonene rarely require more than a thorough wash and brief monitoring.

    The environmental upside continues with disposal. Thanks to natural volatility and biodegradability, D-Limonene dilutes quickly in soil and water. Regulatory agencies often permit less intensive treatment before discharge. This cuts costs for both medium-size shops and large processors, while still protecting downstream ecosystems.

    Why So Many Sectors Trust D-Limonene

    Talking with production heads and line supervisors, a consistent theme is trust. Time and again, they describe how D-Limonene earns loyalty due to its consistency and adjustability. Whether operations call for a spray-and-wipe degreaser, a solvent carrier in agrichem, or an effective natural fragrance base, the versatility of D-Limonene becomes clear.

    Its chemistry makes it truly multi-functional. Food-grade processors choose D-Limonene to clean blenders and slicers, knowing that residue levels measure well below established safety limits. In textiles, it lifts oil-based stains while preserving fiber strength, something rarely achieved by less nuanced solvents. Even in natural cosmetics labs, D-Limonene plays a dual role as both a fragrance and an emollient, holding up against extended shelf-life demands and regulatory scrutiny.

    This adaptability isn’t only coincidence—it’s the product of careful manufacturing and real-world testing. Over the years, we’ve run hundreds of comparison tests against limonene isomers, mixed terpene blends, and terpene hydrocarbons derived from pine. Most cannot match the cleaning punch or pleasant scent of true D-Limonene. Extended storage tests also point to better stability: even after months on the shelf, drums maintain potency with little oxidation, so field teams don’t have to worry about dropping performance.

    Looking Ahead: Meeting Evolving Standards and Customer Needs

    Regulatory trends lean hard toward restriction of hazardous substances, not only for the manufacturing site but throughout the product life cycle. D-Limonene fits squarely within the preferred alternatives. Its proven safety in food-contact situations opens up opportunities for companies looking to stay ahead of both local and international requirements. By keeping to strict controls at every manufacturing stage, we guarantee buyers stay compliant with residue and emissions limits.

    Continued investment in process optimization pays off over time. Upgraded purification methods let us limit trace impurities, which holds particular value for pharmaceutical and food-grade buyers. Newer extraction lines further cut back on oxidation and stray oil carryover. Each incremental gain in quality translates into greater consistency for our industrial partners—especially where regulatory documentation or export clearance is required.

    What Sets Our D-Limonene Apart

    Not all citrus solvents achieve the standards demanded by manufacturing today. Low-cost imports often mix fractions of limonene with unrelated terpenes to cut costs, delivering lower cleansing power and unpredictable scents. Control over fruit sourcing, distillation, and inventory all matter. Our facility selects only fresh, ripe citrus—mature peels bring higher limonene content and deeper fragrance. Modern, sealed distillation units shield the product from heat and oxygen exposure, locking in potency.

    In performance reviews, our batches repeatedly show narrow variation in both solvency and odor profile. This consistency makes D-Limonene not just a solvent, but a dependable process ingredient. Buyers in aroma compounds, household cleaners, and industrial degreasers rely on stable input so end products perform the same batch to batch.

    Constantly Listening, Continuously Improving

    Supply partnerships built on transparency and listening drive improvement. Ongoing technical discussions with chemists, plant engineers, and buyers bring us real market insight. For example, automotive refinishers shared that earlier versions of D-Limonene left faint film after heavy degreasing. By working side by side with these professionals, we dialed in the extraction to target trace waxes, eliminating film while keeping solvency intact.

    Similarly, janitorial professionals in green-building maintenance requested custom blends to tackle graffiti without harming new wall coatings. Our R&D adapted distillation to meet the higher clarity standards and drop potential pitting agents. Each improvement feeds back into process control, helping new sectors discover the reliability of well-made D-Limonene.

    Solutions to Common Operational Challenges

    Any solvent brings special considerations. D-Limonene, with its relatively low flash point, prompts us to consult on best practices. End users should store away from ignition sources and maintain closed systems during bulk use for safety. Ventilation remains essential in confined spaces, especially when heated or atomized. Our team presents storage and blending recommendations drawn from real incidents—straightforward protocols cut accident risk.

    Disposal touches every facility. Though D-Limonene breaks down rapidly, operators must separate solvent waste from other effluent to avoid overload on plant digesters. Local water boards appreciate this transparency, and so do environmental auditors. By giving clients practical strategies—segregated holding tanks, staged dilution, and routine sampling—we help them stay ahead of evolving wastewater rules.

    Addressing Misconceptions and Feel-Good Marketing

    Natural origin does not exempt a solvent from responsible handling. D-Limonene carries a pleasant aroma and boasts low toxicity, but, as our chemical safety team explains, all terpenes can cause skin irritation with sufficient contact. We encourage all users—novice and experienced alike—to trust safety gear and ventilation as routine measures. This commitment keeps production efficient and staff confident.

    Some marketers blur lines between natural and synthetic blends, offering “terpene solutions” that include pine oils, dipentene, or even hydrocarbon extenders. These blends have unpredictable cleaning results and occasionally trigger compliance headaches. Every batch of our D-Limonene passes through direct purity testing, removing ambiguity. What arrives in your warehouse is a high-performing, consistent citrus solvent, not a diluted or padded blend.

    How D-Limonene Lifts the Bar in Specific Fields

    Coatings and paint manufacturers discovered that D-Limonene dissolves resin build quickly, even at room temperature, minimizing the need for hot tank cleaning. This characteristic reduces energy draw for repetitive cleaning cycles. In woodworking, it clears pitch and sap that would otherwise gum up blades, sanders, and filters. These are the real stories we hear from shopfloors working to keep operations running smoothly.

    In agriculture, operators use D-Limonene both as an adjuvant and as a carrier for certain crop protection blends. The product’s rapid degradation after spraying ducks the protracted re-entry periods required for harsher chemicals, and sensitive fruits and vegetables show minimal residue. Even in food-grade settings, D-Limonene cleans sticky sugar, caramel, and syrup spills from conveyor belts and production vats without leaving objectionable odors or aftertastes. QA teams report fewer downtime hours as a result.

    Building Partnerships on Proven Performance

    We form long-term supply relationships by delivering consistency every time. Feedback from regional maintenance teams and multinational processors gives us benchmarks for both product quality and service. No matter the size of the operation, from boutique food makers to industrial conglomerates, clients ask for tangible outcomes: less downtime, cleaner end products, predictable input costs.

    Our ongoing studies confirm the reliability of D-Limonene in these demanding contexts. Customer after customer submits field data showing how the solvent shortens turnaround between production runs, reduces operational headaches, and checks off sustainability targets. Many buyers cite improved worker safety outcomes on D-Limonene-led cleaning protocols as a driver for continued use, and employee retention numbers often support those claims.

    Commitment to Quality and Future Readiness

    We’re committed to continuous improvement. As regulations tighten and clients’ needs evolve, our investment in supply chain traceability and manufacturing upgrades means D-Limonene will stay compliant and high-performing. Robust process controls, strict raw material sourcing, and end-product testing allow us to respond to new food, cosmetic, and industrial requirements.

    We’ve learned from decades in chemical manufacturing: consistency, safety, and real-world effectiveness matter more than any marketing claim. D-Limonene delivers all three, standing out from other citrus and petrochemical solvents in every field we serve. Whether supporting your cleaning line, production process, or new product launch, our technical expertise and resource commitment help you reach your targets with confidence and clarity.