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HS Code |
411117 |
| Product Name | Isopropyl Cinnamate |
| Synonym | Cinnamic acid isopropyl ester |
| Cas Number | 7780-41-4 |
| Molecular Formula | C12H14O2 |
| Molecular Weight | 190.24 g/mol |
| Purity | 98% |
| Appearance | Colorless to pale yellow liquid |
| Boiling Point | 288-290 °C |
| Density | 1.01 g/cm3 at 25°C |
| Refractive Index | 1.552 |
| Flash Point | 130 °C |
| Solubility | Insoluble in water, soluble in most organic solvents |
| Smiles | CC(C)OC(=O)C=CC1=CC=CC=C1 |
| Storage Temperature | Store at room temperature, tightly closed |
As an accredited Isopropyl Cinnamate, 98 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 100g of Isopropyl Cinnamate, 98%, is packaged in a sealed amber glass bottle with a secure screw cap for protection. |
| Shipping | Isopropyl Cinnamate, 98%, should be shipped in tightly sealed containers, protected from moisture and light. It is generally transported as a non-hazardous chemical under standard shipping regulations. Ensure proper labeling, cushioning, and secondary containment to prevent leaks or spills during transit. Store upright at controlled room temperature upon arrival. |
| Storage | Isopropyl Cinnamate, 98% should be stored in a tightly closed container, in a cool, dry, and well-ventilated area away from direct sunlight, heat sources, and incompatible substances such as strong oxidizing agents. Protect from moisture and ignition sources. Store at room temperature. Ensure proper labeling and keep the container securely sealed when not in use to maintain chemical stability and prevent contamination. |
Applications of Isopropyl Cinnamate, 98 in Industrial ManufacturingAs a manufacturer committed to supply chain transparency and formulation guidance, we supply Isopropyl Cinnamate, 98 for specific industrial applications grounded in verified downstream manufacturing practices. Below we outline principal application sectors, compliance references, technical usage guidelines, integration points in customer production, and resultant end products. 1. Flavors and Fragrance CompoundingManufacturers in the flavors and fragrance sector incorporate Isopropyl Cinnamate primarily as a floral or herbal note enhancer in compounded perfumes, fine fragrances, and flavor concentrates. Its stable ester characteristics and characteristic odor make it a preferred choice for modifying scent and taste profiles, especially where a delicate cinnamon nuance is required without the volatility of natural cinnamon oils. Usually, industrial formulators blend this raw material during the initial oil phase mixing to ensure even distribution and integration with other aromatic esters and fixatives. Tight control of additive ratios is essential to maintain both safety and olfactory standards required by consumer brands. Industry compliance standards
Typical usage ratio
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2. UV-Absorber Additives for CosmeticsThe cosmetic manufacturing sector utilizes Isopropyl Cinnamate as a functional UV-absorber ingredient in sunscreen creams and skin-care emulsions, where regulatory pressure has led to scrutiny of traditional UV filters. The cinnamate ester chemical structure provides specific UVA and UVB absorption peaks favorable for combination-type sunscreen bases. Production operators introduce the compound at the emulsion oil phase, maintaining optimum pH and temperature conditions to maximize filter stability throughout production and shelf life. Quality control routinely analyzes lot compliance with photochemical performance and toxicological acceptance limits to secure final consumer product safety. Industry compliance standards
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3. Specialty Resin and Polymer ModifiersPlastic and specialty resin processors use Isopropyl Cinnamate to modify optical clarity and UV stability in engineering plastics, particularly those intended for transparent packaging, automotive interiors, or optical sheet materials. Process engineers incorporate the ester into polymer melts or pre-polymer blends, exploiting its compatibility with acrylate, styrenic, and polycarbonate matrices. This direct addition enhances UV resistance while reducing yellowing and increasing shelf-life of exposed resin products. Process settings—temperature, compounding speed, and sequence—are carefully selected to prevent ester degradation, a critical step in maintaining the desired physical properties for demanding end uses. Industry compliance standards
Typical usage ratio
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4. Pharmaceutical Intermediate SynthesisPharmaceutical intermediates production leverages Isopropyl Cinnamate’s aromatic ester group for specific synthetic routes in non-steroidal anti-inflammatory drug (NSAID) analogues and other small-molecule APIs. Research-scale and commercial process engineers dose the ester under controlled reaction conditions, often as a blocking or protecting moiety, with monitoring of reaction completeness and conversion efficiency central to batch records and GMP-compliance oversight. Isolation, purification, and quality assurance follow established pharmacopoeial procedures to guarantee that downstream active substances meet stringent intermediate and final API standards. Industry compliance standards
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5. Agrochemical Formulation AgentsAgrochemical product developers employ Isopropyl Cinnamate for its role as a formulation stabilizer and co-solvent in certain pesticide and plant growth regulator concentrations. Its solubility and stability profiles play a key part in customizing liquid concentrates, emulsifiable concentrates, and microencapsulated crop protection formulations. Production formulators integrate the material during the active ingredient premix or solvent phase, adjusting for specific plant protection agent compatibility and targeted application methods. Quality and safety priorities guide additional testing for phytotoxicity, formulation shelf-life, and regulated component residues to ensure alignment with major agricultural markets. Industry compliance standards
Typical usage ratio
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From our daily work blending aromatic chemicals and specialty ingredients, Isopropyl Cinnamate, 98 occupies a unique place on the production line. Unlike general-purpose esters, this compound offers consistent purity and a defined sensory profile that most bulk alternatives struggle to match. We formulate each batch in-house with tight control, knowing the end users who count on that signature note in their formulation work—a note that swings between delicate balsamic warmth and brisk, subtly herbaceous undertones.
Crafting Isopropyl Cinnamate in our plant starts with pharmaceutical-grade cinnamic acid, combined directly with isopropanol through well-established esterification techniques. Quality means direct oversight; the absence of excess byproducts or off-odors stems from both the starting materials and investment in modern reactors and distillation columns. This sets our output apart, hitting a minimum 98 percent purity by gas chromatography every time—a mark that goes beyond the common technical grade.
This standard is not about checklists; it defines performance. Small variances in input quality ripple into formulation headaches that can reduce shelf stability or shift the olfactory balance in finished goods. Decades of hands-on chemical processing taught us that every shortcut taken on upstream synthesis comes back in downstream complaints or returns. Genuine manufacturer oversight eliminates those issues, saving customers expensive trial and error.
The “98” in Isopropyl Cinnamate, 98 refers to our minimum assay threshold by area for active content. In the lab, instruments tell part of the story, but physical validation matters too: crystallization tendency, hue, and viscosity remain within established bands. Our technicians watch each batch from raw material charging through final drum-filling, not relying solely on automated handling systems. Perceptible aroma, color, and solubility guide real-world decisions before the material makes it into our finished product tanks.
Spec sheets can claim many things. As a manufacturer, we can vouch for each lot number personally. Customers with questions or concerns talk to the chemists who built the process, not an intermediary reading from a brochure. Real-time batch notes and archived retention samples provide a clear lineage for each order shipped.
Plenty of traders and aggregators offer cinnamate esters, sourced generically from wherever inventory sits cheapest that week. In practice, this means variable purity, trace byproducts, and batch inconsistency—factors that matter profoundly in regulated or high-value downstream products. Our plant, by contrast, runs proprietary esterification protocols and rigorous cleanup procedures for every production cycle.
Rather than diluted, off-grade stock, our output delivers controlled olfactory and physical attributes. Any cosmetic or fine fragrance application calls for a specific melt point, clarity, and stability against light and air. Deviations translate quickly into product recalls or negative customer experiences, especially for global brands facing diverse batch scrutiny and new regulatory standards. We proactively monitor, analyze, and document every reaction from start to finish. The focus keeps surprises out of our clients’ formulation labs.
In the fragrance industry, Isopropyl Cinnamate, 98 functions as a key building block for both mass and niche aromas. It softens sharp aldehydic tones and infuses formulations with velvety, lingering warmth. Our partners blend it into floral bouquets, Oriental chords, and even light citrus accords for added complexity. The solubility profile allows seamless blending with both essential oils and synthetic bases, crucial for perfumers who depend on consistency in short runs and large-scale manufacture alike.
Our own process chemists constantly consult with fragrance houses, listening to feedback about volatility and fixation in end formulas. Small process adjustments over the years—fine-tuning catalyst ratios and reaction times—came from this direct technical exchange, not just lab trial runs. These are subtle tweaks but make the material easier to work with and more predictable for compounding equipment in demanding applications.
Isopropyl Cinnamate, 98 also exits our plant for use in flavor production, lending mild spicy notes to food-safe blends where benzyl or ethyl cinnamates taste too harsh or floral. Working directly with flavorists, we saw first-hand the need for chemical transparency and lot-by-lot aroma profiling. Unlike commodity offerings with cloudy documentation, our samples undergo organoleptic analysis under strict lighting and temperature controls before each batch release. The resulting feedback leads not just to greater consistency but confirmation that health, safety, and regulatory requirements are met or exceeded.
Every final lot of Isopropyl Cinnamate, 98 undergoes multi-point inspection. High-performance liquid chromatography validates purity and tracks trace contaminants down to low ppm levels. Refractive index and color work as rapid checks for gross contamination or off-spec byproducts. As a manufacturer, we calibrate and service the analytical equipment ourselves and retrain staff regularly to interpret borderline or ambiguous results.
Material handling protocols receive just as much focus. Our packing lines fill and store product under nitrogen with tight thermal controls. Unfiltered ambient air or fluctuating warehouse conditions invite peroxide formation—or worse, polymerized residues that alter both fragrance and solubility over time. We invest in clean, isolated filling and storage spaces, and each drum or pail carries individual lot numbers traceable through our quality system.
Shipping partners receive detailed storage and handling guidelines from our experience moving thousands of kilos globally each year. No batch leaves our site without fully signed lab reports, not just digital summaries. Many customers tell us that a small variance in color or residual solvent can compromise an entire run of finished goods. In that sense, documentation and hands-on quality control mean fewer headaches for every link down the supply chain.
Compared to ethyl, methyl, or benzyl cinnamates, our Isopropyl Cinnamate, 98 shows increased thermal and oxidative stability—a critical factor for brand owners managing complex logistics and long warehouse times. The isopropyl group delivers slightly more resistance to hydrolysis versus its methyl homologs, translating into improved shelf life in both pure and formulated states. Where some grades yellow or darken under typical UV exposure, ours holds steady inside amber drums and finished consumer packs.
Our team tested competitive products against our own in finished fragrance bases. In direct side-by-side evaluations, our material maintained clarity and olfactory profile for up to 24 months at room temperature—no perceptible off-note or viscosity drift. Numerous users from the fine fragrance and high-end personal care sectors provided blind evaluation panels, consistently ranking our output among the top on aroma integrity and batch-to-batch repeatability.
Bulk traders often substitute lower-purity or off-spec grades in large orders, citing price or availability. That pathway leads to unexpected batch adjustments, altered viscosity, and even visible particulates. Because we oversee the entire process, our customers avoid these risks. Our documentation, from pilot lot to final tank, is available for customer audits at every stage.
Around the world, new regulations on fragrance allergens, impurity content, and traceability put real pressure on brand owners and formulators. More buyers request not just certificates of analysis, but full transparency on source, process, and handling. Being the actual manufacturer of Isopropyl Cinnamate, 98, we answer questions on migration, residue, and even trace element content without consulting third parties. Our staff routinely supports regulatory filings in the EU, US, and Asia by supplying customer-specific data packages.
We notice the demand spike during periods of market disruption, such as raw material supply squeezes or changes in import policy. Producers locked into single-source commodity imports face unpredictable delivery and numerous quality claims. Because our processes stay in-house—from raw material vetting through final packing—we pivot to changing customer needs without service interruptions. Keeping finished goods in climate-controlled stock and maintaining relationships with international logistics firms keeps most urgent needs met, even in volatile conditions.
Esterification by nature runs sensitive to humidity, temperature, and even minor catalyst contamination. Earlier in our operation, a seasonal moisture spike briefly pushed a whole week’s inventory off-color and slightly below target assay. We could have diluted those barrels, but we chose to halt shipping, reprocess, and take the short-term pain. Customer trust—built over repeated on-time, clean shipments—depends on an honest and uncompromising response. A third-party packer might have ignored the issue, but as direct producers, we control the narrative and set the standard.
Many end users report mysterious batch failures with broker-sourced esters: issues ranging from crystallization in cooler climates to off-flavors in sensitive blends. Conversations with customers guided investments in closed handling, redundant moisture controls, and tighter reactor cleaning protocols, all based on decades of actual production rather than hypothetical lab models. When users provide samples of failed blends, our technical team makes time to reproduce their process in our development lab and diagnose possible culprits.
Decades in the business mean more than experience for experience’s sake—they offer a feedback loop. Recurring difficulties in downstream filtration or compounding prompt fresh approaches to production. Our plant managers implement subtle process shifts that fix problems permanently, not just for a single order but for every run that follows. That’s the hard-won advantage to direct manufacturing, and we carry that responsibility with every drum shipped.
Developers in the personal care and beauty industries surfaced new needs over the past decade: reduced allergen load, predictable low-odor grades, and detailed traceability. Working with buyers who manage both boutique and mass-market lines, we evolved our process to guarantee purity and steady olfactory profiles from run to run. Regular conversations with user R&D teams yield input directly back into our manufacturing tweaks, from controlling minor solvent residues to tracking long-term shelf performance. By participating in industry conferences—not just as attendees but as data contributors—we stay ahead of emerging global market trends and technical requirements.
Small specialty brands share their exact pain points—difficulty sourcing stable, fair-priced cinnamate esters without last-minute substitutions or paperwork headaches. Our decision to focus on direct production before the market demanded it pays off with reliable supply and open-door technical support. Any user who needs insight on solubility, allergen screening, or integration into complex bases can work directly with our chemists, speeding up troubleshooting and product launch cycles.
Isopropyl Cinnamate, 98 is not a static product line. Our research team continues exploring advanced purification methods, greener processes, and alternative catalysts that comply with both regulatory and sustainability goals. Investments in catalytic recycling and more robust waste treatment closed loops in our last big plant upgrade. The work pays off not only in meeting audit requirements but in supporting eco-label claims for downstream formulations.
As the requirements for global fragrance and food safety standards become more demanding, we notice rising scrutiny on trace elements, persistent solvents, and batch reproducibility. Blending innovation with tradition, we keep refining our raw material sourcing and analytical validation. Our relationship with customers runs deeper than sales: process transparency fuels shared trust, and technical dialogue builds new applications.
Support for product development goes beyond basic paperwork. Many firms need data on reactivity, cross-contamination, or interactive effects with new excipients. We collect and archive performance data from real-world clients, tracking success and learning from any challenges. This hands-on data pool turns into tailored process advice and real, actionable solutions for every production scale, from pilot to commercial quantities.
Every kilogram of Isopropyl Cinnamate, 98 reflects accumulated industry skill, technical knowledge, and a responsibility that doesn’t evaporate at the loading dock. Troubleshooting questions land at the desks of technicians who know the equipment, not a remote help desk. Lot-specific analysis reports, well-maintained retention samples, and transparent operations define how we do business. By focusing on details and refusing shortcuts, we offer straightforward service—whether the customer sits across the street or on the other side of the globe.
Our reputation depends on the working history behind each batch: honest feedback, sincere collaboration with end users, and an unbroken chain of technical oversight. For buyers who need the reassurance of manufacturer-level detail, Isopropyl Cinnamate, 98 represents not just a dependable raw material, but a partner in process reliability and long-term innovation. We stand behind each shipment and invite new users to see firsthand what hands-on manufacturing knowledge brings to the table.