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HS Code |
887953 |
| Cas Number | 591-87-7 |
| Molecular Formula | C5H8O2 |
| Molar Mass | 100.12 g/mol |
| Appearance | Colorless liquid |
| Odor | Pungent, fruity odor |
| Density | 0.936 g/cm³ (at 20°C) |
| Melting Point | -70°C |
| Boiling Point | 103-104°C |
| Flash Point | 6°C (closed cup) |
| Refractive Index | 1.406 (at 20°C) |
| Solubility In Water | Insoluble |
| Vapor Pressure | 44 mmHg (at 25°C) |
As an accredited Allyl Acetate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Allyl Acetate, 1 L, is packaged in a sealed amber glass bottle with hazard labeling, protective cap, and safety data sheet. |
| Shipping | Allyl Acetate is shipped as a flammable liquid, typically in tightly sealed drums or containers designed for hazardous chemicals. It must be kept away from heat, sparks, and open flames, with appropriate labeling and documentation per regulatory requirements. Ventilated transport and spill containment measures are essential for safety during shipment. |
| Storage | Allyl acetate should be stored in a cool, dry, well-ventilated area away from heat, sparks, open flames, and incompatible substances like strong acids, bases, and oxidizers. Keep the container tightly closed and properly labeled. Store in a flammable liquid-approved safety cabinet. Protect from direct sunlight and sources of ignition. Use appropriate personal protective equipment when handling. |
Applications of Allyl Acetate in Industrial ManufacturingAs a direct producer of Allyl Acetate, we supply this intermediate to advanced manufacturers operating across selected downstream segments. This page details the principal sectors where Allyl Acetate plays an indispensable role in established industrial formulas, with each section referencing verified industry protocols, formulation insights, downstream integration, and the end products typically resulting from each use context. 1. Synthesis of Allyl Alcohol for Polymer and Resin IndustriesPolymer manufacturers utilize Allyl Acetate as a key starting material for producing allyl alcohol, which further serves as a monomer or a functional group modifier in specialty resins and acrylic polymers. Facilities employ hydrolysis or transesterification steps to convert the acetate into high-purity alcohol for downstream copolymerization or crosslinking. Stringent compliance is required throughout production to ensure monomer feedstock quality and trace impurity levels meet specification for critical industrial and specialty polymer markets. Industry compliance standards
Typical usage ratio
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2. Production of Plasticizers for Flexible PVC CompoundsManufacturers engaged in high-performance plasticizer production incorporate Allyl Acetate in the synthesis of certain allyl-based esters that impart flexibility, low-temperature stability, and migration resistance to PVC and vinyl polymers. The acetate is esterified under catalytic conditions with suitable alcohols to yield tailored plasticizer molecules designed to meet tight regulatory limits on volatility and extractables. Industry compliance standards
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3. Manufacture of Herbicide and Agrochemical Active IngredientsFormulation plants serving global agrochemical markets employ Allyl Acetate as an intermediate in the multi-stage synthesis of key herbicide actives such as diallyl compounds and specialized esters aimed at broadleaf weed control. Strict control is maintained throughout to meet tight tolerance thresholds for residual solvents and to comply with national registrations on crop protection chemicals. Industry compliance standards
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4. Fragrance and Aroma Compound Synthesis for Flavors & Fragrances IndustryProducers of fine chemicals for aroma and fragrance sectors employ Allyl Acetate as a precursor for the controlled synthesis of certain allyl esters and alcohols used in finished flavors, perfumes, and fragrance compositions. These syntheses operate in closed reactors with stringent purification processes to ensure organoleptic quality and regulatory compliance for food and cosmetic end-use markets worldwide. Industry compliance standards
Typical usage ratio
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5. Crosslinking Agent Sourcing in Ion Exchange Resin ProductionSpecialist resin manufacturers integrate Allyl Acetate into ion exchange resin synthesis, utilizing its reactivity to introduce defined crosslinking points and enhance bead performance in water treatment and chemical processing. The compound enters either at the suspension polymerization stage or as part of a functionalization step, with all additions meeting strict process and product certification requirements for high-capacity industrial resin applications. Industry compliance standards
Typical usage ratio
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Our journey with Allyl Acetate reaches back to the earliest years of vinyl ester production. Each batch draws on decades of hands-on manufacturing experience and thorough process refinement. We use refined acetic acid and high-purity allyl alcohol, relying on a highly selective palladium-catalyzed reaction. The result is a consistently high-quality clear liquid, carrying a sharp, fruity odor. Manufacturers who work at the source know what solvents and process aids can do for scale, safety, and long-term plant reliability. Each 200kg steel drum or 20-ton ISO tank that leaves our site carries with it rigorous identity and purity testing.
Allyl Acetate, with a CAS number of 591-87-7 and a molecular formula of C5H8O2, comes with tight quality controls. The product we ship typically shows an assay of over 99.5% by GC, with moisture kept below 0.1%. Every lot goes through gas chromatography before shipment, and we monitor residual allyl alcohol and acetic acid, as well as typical impurities like propylene oxide, at trace levels. Genuine manufacturers understand that customers depend on repeatable downstream performance. Users count on a product that delivers consistent reaction rates without surprises. The boiling point reaches approximately 104°C under atmospheric pressure, and flash point remains a crucial indicator for maintaining plant safety, landing at about 5°C.
Many users inquire about the difference between genuine manufacturing-grade material and the products shipped by traders and resellers. Manufacturing at scale means total transparency on traceability. We retain batch samples for years and keep full documentation of raw material origins. Downstream users get a substance produced from controlled, closed-process environments—no open drums, no risk of airborne moisture or small-time contamination.
Our extraction and drying methods provide a product that is water-white and free-flowing, ready to drop into esterification, polymerization, or alkylation reactions. Some companies cut corners on stabilization, but we stabilize every drum and tank with trace hydroquinone to help prevent runaway polymerization in storage and transit. Our team regularly collaborates with users to ensure compatibility with their storage tanks and transfer systems.
Allyl Acetate serves as a linchpin for synthetic routes into important intermediates. One of its primary uses lies in the production of allyl alcohol through transesterification or hydrolysis. This route produces fewer process byproducts compared to alternative methods involving direct oxidation or metal-catalyzed reduction. Multiple industrial sites select this path for cost reasons and for the improved purity profiles in the resulting alcohol stream, which matters for producers of glycerol, epichlorohydrin, and plastics feedstocks.
We have worked closely with resin and polymer plants who count on allyl acetate as a reactive co-monomer. In urea and melamine resin formulations, it introduces improved crosslinking tolerance for weatherable coatings and laminates. Small changes in the acetate’s purity or moisture can alter the curing times and performance characteristics of finished products, so we prioritize consistent physical specs over maximizing short-term yield.
Every operator who handles allyl acetate can tell you about its sharp, eye-watering fume. We keep vapor-tight containment systems and invest in multi-layer personal protective equipment. This direct experience underscores why the smallest impurities, excess moisture, or metal traces can influence safe handling and end-use suitability. The product earns a flammable and irritant classification under GHS, with vapor hazards above its low flash point. Chemical plants relying on excellent engineering controls, solid exhaust ventilation, and robust transfer hardware avoid the costly incidents that can result from off-spec or mishandled materials. Every outgoing batch ships with a complete set of transit safety recommendations, and we support audits and safety drills as part of our operational routine.
Markets for allyl acetate have shifted noticeably over the past decade. Shared supply concerns, shifting demand for plastics, and regulatory focus on monomer safety have all played their part. Companies that buy directly from manufacturers benefit from transparent updates on production changes and reliability. We have adapted our plant runs to reflect customer volume swings, offering contract flexibility in both full-container and bulk tank deliveries.
Packagers, resin compounders, and specialty polymer companies regularly return to us for sourcing, not just for price, but because uninterrupted supply matters most. When hurricanes knock out raw material access or global logistics stretch tankers thin, those who purchase straight from the manufacturing base sidestep bottlenecks experienced by those further down the supply chain.
Industry users often want to know where our allyl acetate stands in comparison to similar acetates. Ethyl acetate and butyl acetate, though similar in boiling range, bring different reactivity, volatility, and solubility profiles to the table. Allyl acetate contains a reactive double bond that lends itself to polymer and crosslink chemistry, unlike straight-chain counterparts used in flavors, fragrances, or lower-reactivity paint solvents.
By producing every drum from one plant, with feedstocks traced directly back to primary ethylene and acetic acid suppliers, we help users predict and control outcomes in elastomer, resin, and co-polymer production. Unlike esters derived from smaller facilities or recycled chemical streams, ours consistently meets rigorous purity and water requirements, minimizing unplanned downtime caused by off-spec processing.
Environmental stewardship remains front of mind for any responsible manufacturer. We operate under licensed, closed-loop recovery systems and invest in solvent-extraction units that help minimize vent losses and fugitive emissions. Our quality control group tracks and reports all hazardous waste from distillation bottoms and off-spec batches, ensuring that we comply with national and regional hazardous substance regulations. We send waste streams to approved incineration providers and regularly review our practices against updated environmental standards.
For many downstream users, solvent selection can drive broader plant emissions profiles. With allyl acetate, careful process control means a sharp reduction in non-condensable organics leaving the stack, which helps with air permit management. Our focus on efficient raw material use and closed-system logistics translates into fewer lost tons per year and a lower carbon footprint per kilogram shipped out the gate.
Some of the most successful applications we see today grew out of collaborations between our R&D staff and innovation teams at customer companies. Whether trialing new formulations for heat-resistant composites or testing new catalyst blends for transesterification, our background in consistent batch production allows partners to push boundaries with confidence.
Peer-to-peer contact between process chemists, rather than distant sales teams, means problems get solved fast—whether that’s fine-tuning a drying protocol, troubleshooting filter plugging in a new process, or optimizing tank blanketing for long-haul shipments. Over time, these relationships result in better predictability, higher process yields, and new performance grades that reflect true customer feedback.
Every year, manufacturers adapt to changing client needs and market pressures. Recent years brought challenges from energy price swings, shifting demand patterns, and ongoing supply chain disruptions. These have reinforced our focus on reliability, traceability, and open communication. By working from the factory floor up, we understand changes in feedstock costs, utility loads, and freight more quickly than those relying on secondary information.
We see opportunities ahead for expanded downstream uses, especially as industries look for alternatives to chlorinated and aromatic solvents. Our technical service team stands ready to help users adapt to regulatory shifts or to new production methods that leverage allyl acetate’s unique reactivity. Close work with safety committees and industrial partners means more robust guidance on safe handling, emergency containment, and end-of-life chemical recovery.
Every kilogram of allyl acetate that leaves our site reflects a commitment to the people who handle, process, and innovate with it. We understand that those working in the plant rely not only on top-tier chemical characteristics, but on clear communication and real support during plant trials, process upsets, and product transitions.
Decades in production gave us an insider’s view of what real partnership means. We make it our mission to match supply reliability with technical know-how, providing a steadfast foundation for projects that rely on allyl acetate’s performance and purity. Whether your site produces high-performance resins, flexible polymers, or vital intermediates, our manufacturing team ensures you have exactly what you need, when you need it, with transparency and precision.
