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HS Code |
971064 |
| Product Name | Yixiang Methyl Methacrylate |
| Chemical Formula | C5H8O2 |
| Cas Number | 80-62-6 |
| Appearance | Colorless liquid |
| Molecular Weight | 100.12 g/mol |
| Boiling Point | 101°C |
| Melting Point | -48°C |
| Density | 0.94 g/cm3 |
| Flash Point | 10°C |
| Solubility In Water | Slightly soluble |
| Odor | Acrid, fruity odor |
| Purity | ≥99.5% |
| Refractive Index | 1.414 at 20°C |
| Storage Temperature | Store below 30°C |
| Application | Production of acrylic resins and plastics |
As an accredited Yixiang Methyl Methacrylate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Yixiang Methyl Methacrylate is packaged in 190 kg net weight blue steel drums, clearly labeled with product name and safety information. |
| Container Loading (20′ FCL) | 20′ FCL container loads approximately 16–18 metric tons of Yixiang Methyl Methacrylate, typically packed in 190 kg steel drums, securely sealed. |
| Shipping | Yixiang Methyl Methacrylate is shipped in tightly sealed, labeled containers, typically drums or IBCs, to prevent leakage and contamination. It is classified as a flammable liquid and must be transported according to international regulations, with proper hazard labeling, temperature control, and safety documentation during handling, storage, and shipping. |
| Storage | Yixiang Methyl Methacrylate should be stored in a cool, dry, well-ventilated area away from sources of heat, ignition, and direct sunlight. Keep containers tightly closed and protect from moisture. Store separately from oxidizing agents, acids, and alkalis. Use explosion-proof equipment and ensure all storage complies with local regulations to prevent polymerization and fire hazards. Proper labeling is essential. |
| Shelf Life | Yixiang Methyl Methacrylate typically has a shelf life of 12 months when stored in a cool, dry, and well-ventilated place. |
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Purity 99.5%: Yixiang Methyl Methacrylate with purity 99.5% is used in optical lens fabrication, where it ensures high transparency and low impurity levels. Viscosity grade (low): Yixiang Methyl Methacrylate with low viscosity grade is used in adhesive formulations, where it provides improved application uniformity and fast curing. Molecular weight 100 g/mol: Yixiang Methyl Methacrylate with molecular weight 100 g/mol is used in medical device coatings, where it enables controlled film thickness and enhanced biocompatibility. Melting point 0°C: Yixiang Methyl Methacrylate with a melting point of 0°C is used in temperature-sensitive polymerizations, where it allows stable processing at low temperatures. Particle size <10 µm: Yixiang Methyl Methacrylate with particle size under 10 µm is used in high-gloss paint production, where it achieves superior smoothness and reflective finish. Stability temperature 120°C: Yixiang Methyl Methacrylate with stability temperature of 120°C is used in automotive coatings, where it ensures long-term durability and color retention under thermal stress. Refractive index 1.414: Yixiang Methyl Methacrylate with refractive index 1.414 is used in LED encapsulants, where it maximizes light transmission efficiency. Water content <0.1%: Yixiang Methyl Methacrylate with water content less than 0.1% is used in resin synthesis, where it prevents unwanted hydrolysis reactions and ensures product consistency. Residual monomer <0.05%: Yixiang Methyl Methacrylate with residual monomer under 0.05% is used in dental materials, where it minimizes odor and improves patient safety. Acid value <0.01 mg KOH/g: Yixiang Methyl Methacrylate with acid value below 0.01 mg KOH/g is used in fiber optical cable coatings, where it reduces corrosion risk and extends service life. |
Competitive Yixiang Methyl Methacrylate prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
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Tel: +8615365186327
Email: sales3@ascent-chem.com
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On our production lines, Yixiang Methyl Methacrylate has earned a reputation for both consistency and versatility. Decades of refining both batch and continuous processes have taught us how minor adjustments during esterification and distillation shift outcomes. Behind every drum and bulk tanker lies not just a chemical formula—C5H8O2—but layers of experience poured into each run. There’s no shortcut to quality in this industry; you see it in the clarity of the liquid, detect it in its sharp ester scent, and measure it in the ppm levels of water and acidity. Those details keep coatings flawless, molding crisp, adhesives robust.
Yixiang Methyl Methacrylate comes from our reactors in several grades tailored for distinct end-use demands. Model 99.99G leads with purity suited for optical-grade PMMA, where contaminants mean clouded lenses or brittle gaps. Each lot passes gas chromatography, and spectroscopic checks hammer out even trace by-products. Standard technical grade carries slightly higher permissible moisture but fills demand for robust resins and cast sheets. Our team invests in automation for dosing and temperature control, lessons learned on shifts where off-ratio mixtures clogged pipes and slowed productivity. Technical errors not only waste raw material but ripple downstream into client trust, and we’ve geared up our feedback loops to keep specs tight.
Methyl methacrylate isn’t a boutique specialty. Global customers want tonnage that lands with batch-to-batch reliability. Any fluctuation—residual solvents, trace color, monomer stabilizers—echoes across polymerization lines. Sourcing clean, oxygen-free raw methanol and methyl acrylate matters, but so does stripping the last traces of acidic by-products. Leaks or contamination during storage cost more than just scrap; they torpedo delivery schedules. Investments in stainless steel, inert blanket piping, redundant inline filtration, and skilled technicians are not overhead—they’re why our clients rarely call with polymerization surprises tied back to the monomer source.
Walk through our docks and pallets head for applications as varied as automotive tail lights, signage sheets, bathroom fixtures, dental resins, and industrial adhesives. Some buyers run day-long polymerizations, seeking minimal inhibitor carryover. Labs call for high-purity streams to minimize trapped bubbles or yellowing in diagnostic tools. Construction groups want long drum shelf life and stability. Experience says packing matters just as much as production: double-sealed drums and nitrogen overlays cut down peroxide formation, packing lines built out of years of hearing which failures returned for rework. In this segment, delivery consistency wins more contracts than a line in a brochure.
Walking alongside traders and importers, it’s obvious that the makings of a superior monomer aren’t just listed on a COA. Competitive offerings sometimes cut corners on feedstock or rush purification. We draw a line against shortcutting neutralization or under-drying, knowing fully that downstream users pay for each trace contaminant in lost productivity, extra purification, or off-spec batches. Experience with cross-continental shipments shows that our products meet specification at the far end—not just at our loading dock. Partner facilities have commented, not on price point first, but on how MMA from Yixiang matches their historical run statistics and reduces downtime. Staff who have walked both QA labs and plant floors know that’s not luck; that comes from a culture of root-cause checks, continuous run monitoring, and regular training.
External factors keep changing how MMA manufacturers manage risk and value. Raw material volatility shapes cost structures month to month, especially with methanol and acetone swings. Regional regulations on VOC emissions, hazardous transport, and packaging disposal keep evolving. We’ve adopted multi-supplier strategies and built contingency reserves for these swings. Our logistics crew doesn’t just move barrels—they run compliance checks across borders, adapt to local labeling, and return regular samples for retention and analysis. This cuts both risk of rejection and environmental impact, lessons hammered home after witnessing losses from non-compliant shipments several years back.
Polymerization plants need certainty. Unexpected stabilization additives or trace metals show up as haze or stick molds. Our experience with reactor side reactions and long autoclave runs means our MMA avoids legacy pitfalls: popcorn polymer, runaway exotherms, or premature curing. Collaborations with industrial researchers brought important feedback—too much stabilizer slows their initiator systems, so we adjusted our dosing protocols to tighter tolerances. With ongoing shifts toward acrylics in architectural glazing, solar panels, and compact electronics, surging demand for finer-level consistency keeps pushing us to modernize.
Not every customer needs the highest purity, but every customer demands known, repeatable results. We maintain open lines between our tech support and production teams, drawing from issues customers highlight: color stability in long-service panels, reactivity in cold-curing adhesives, precise metering in automated lines. The right specifications grow from these real-world needs, not just from lab testing. Every grade we release comes from iterations—site visits to film production operations in Southeast Asia, pilot runs for local sheet extruders, and troubleshooting feedback loops after unusual monomer foam was traced to a contaminated delivery nozzle. Yixiang MMA is built on these connections, and that user network feeds our next round of upgrades.
Unlike some market competitors, we make our monomer under one roof. Third-party resellers can’t trace process deviations or optimize in-the-moment for purity. Hands-on control of both the chemistry and infrastructure lets our operators respond to unplanned changes, recalibrating feed ratios, distillation cut points, and stabilizer content on short notice. This extends to storage: all MMA leaves our site only after full internal QC and tailored inhibitor dosing, based on how far it travels or how quickly it will be consumed. In practice, it means fewer rejections, lower stabilizer removals, and an actual working partnership with downstream processors.
Pressure to reduce environmental footprint is no longer theoretical. As a high-volume user of acetone cyanohydrin and methanol, our operations draw energy and generate waste, and we’ve shifted batch scheduling to maximize heat recovery. Solvent recycling loops are no longer optional—they drive profitability and compliance. We’ve replaced part of our acid catalysts with supported systems to slash neutralization effluent, and our maintenance staff track fugitive emission reductions through leak detection and repair programs. While the industry still has a long climb ahead, our frontline teams take daily steps, from safer loading systems to stricter stormwater capture, to control what leaves the facility.
As global supply chains grew volatile, our partners asked for more than certificates—they wanted proactive logistics updates, transparent formulation adjustments, and honest lead time projections. We integrated real-time tracking with our inventory flow, letting clients plan their own production with fewer risky buffer stocks. During the pandemic, we kept exchange with both tier-one buyers and start-ups, making smaller but stable shipments where necessary. Experience has shaped our philosophy: reliability and transparency beat opportunistic pricing.
Inside our labs, our chemists don’t work blind to end uses. We invite feedback on haze, reactivity, odor, downstream curing. Years ago, a batch destined for a high-end optical customer failed clarity checks; troubleshooting revealed unexpected trace ions from an outdated valve seal. It spurred a full equipment audit. That kind of root-cause investigation and willingness to invest in upgrades created a culture where complaints push us, not just to apologize, but to refine process controls and materials tracing. Metrics from field tests lead to adjustments in stabilization, drying, and packaging steps, making each shipment better documented and more trusted.
We listen to clients who’ve encountered supply snags from cross-sourced monomer—variability in stabilizer, resin compatibility headaches, prematurely clouded castings. As direct producers, our internal feedback mechanisms, maintenance schedule, and QC documentation are accessible. Field techs carry site insights directly into batch adjustments, shortening resolution time. Bulk buyers drop in for plant audits, and see firsthand that staff can describe not just the end product but how it was made yesterday and last year, identifying shifts that matter for incoming projects. Consistency comes from stable operations, not relay chains of trading hands.
Manufacturing isn't immune to failures: a line down from power loss, a storage tank requiring sudden cleaning, a contaminated feed arriving from a new supplier. Our answer is layered contingency: backup storage, alternate shift teams, and regular emergency drills. We cycle inventory to keep stock fresh, never allowing monomer to sit long enough for peroxide to form, whatever the market pace. Root-cause learning from each incident, no matter how minor, feeds into procedural upgrades. This measurably tightens our on-time delivery and first-pass quality rates above industry norms. The history is written into the systems, not slogans.
The challenges moving MMA don’t stop at the border. Customs delays, climate-induced storage shifts, and labeling requirements translate into hours of site work. We send our shipping experts to ports and work alongside freight teams—checking seals, running spot tests, verifying inhibitor levels for long journeys. Clients who have experienced lost cargo or unstable drum arrivals value our pre-shipment conditioning and real-time location reporting. Past experience with distant failures led us to invest in temperature control and GPS tracking for high-value shipments. Responding directly as a producer protects both our customer base and our reputation.
As the market for methyl methacrylate spreads to new electronics, medical, and photonic realms, requirements for trace impurities and handling precautions grow stricter. Polymers made for medical diagnostics can’t tolerate even fractional ppm of certain ions; our internal QC upgraded ion chromatography lines and retrained staff on more rigorous sample handling. In response to rising demand from 3D print resin developers, we began offering smaller packed batches with lower inhibitor loading, making the feedback cycle with start-up labs faster and more iterative. Each new end use ripples backward to our reactor hall, adjusting both process equipment and worker focus.
No matter how good a supply chain or marketing team seems, only those who run the reactors can provide in-the-moment details on bleed-throughs, heat capacity, or trace organics. Where resellers aggregate multiple producers’ offerings and apply generic branding, direct manufacturers shoulder responsibility for every upstream factor—raw feed integrity, batch tracking, shutdown traceability, and fast response to unforeseen client issues. Customers who have switched from trader-brokered monomer to direct supply have shared clear gains: reduced batch reject rates, faster troubleshooting when equipment changes, and direct access to both pre-shipment and post-delivery analytical data. That confidence—reporting a problem and hearing back the real batch context, not just a templated reply—forms the backbone of long-term supplier relationships.
Maintaining high-quality MMA is not an endpoint. From the earliest distillation column upgrades to recent process control automations, improvements emerge less from boardroom plans and more from on-the-floor problem-solving. A line operator noticing subtle viscosity changes or a packer adjusting drum closure settings often prevents wide-scale issues that spec sheets can’t detect. Recognizing value in these daily details, our management keeps investment flowing into both staff training and equipment diagnostics. Shutdowns for proactive maintenance have often paid off in tighter grade release numbers than any external audit might demand.
End users in sheet extrusion, bead polymerization, or heat casting demand more than basic reactivity—they count on MMA with minimal side reactions, clean gas profiles, and no history of storage instability. Our teams remain vigilant updating specifications with fresh analytical findings, not waiting for customer complaints to shape grade definitions. Shared learning from down-the-line failures, whether a fogged car lamp in a distant market or a sticky bead run in humid conditions, brings iterative changes: tweaks to feedstock drying routines, new vapor phase filters, or updated inhibitor blend. True progress tracks not just big advancements, but small, persistent refinements.
Direct relationships reveal the importance of more than price: up-time, error recovery, and open technical channels matter as much as a low quote. Polymerization specialists we’ve collaborated with often need help adapting MMA grades or stabilizer content to their evolving process changes; by keeping our technologists available for remote troubleshooting and on-site visits, we bridge the gap that generic suppliers can’t fill. Some of our oldest customer ties began with a problem—contaminant spikes, batch yellowing, or shipment damage. Turning those into lasting collaborations required commitment beyond a spec sheet.
As expectations for chemical traceability sharpen, especially in developed markets, MMA producers must anticipate and adapt to stricter labeling, analytical, and reporting demands. We’ve invested heavily in process digitization—each batch gets a digital record from feed intake to final drum fill, traceable not just internally but for client audits and regulatory checks. Training sessions for staff keep everyone sharp on emerging compliance requirements, whether for European REACH, US TSCA, or Asian cross-border laws, ensuring product never gets sidetracked for paperwork lapses. Keeping pace requires not just compliance teams but operators and shippers who treat traceability as a cornerstone of customer trust.
Waste streams remain a fact of chemical manufacturing. Recovery and re-use are not just cost measures—they speak to commitment. Through continuous monitoring of acid and solvent recoveries, review of biological effluent processes, and active exploration of closed-loop initiatives, our staff deliver reductions not just year over year, but every quarter. This ties directly to on-site training for waste handling, spill drills, and day-to-day vigilance. Incidents years ago of minor leaks or permit violations sharpened our approach; we now prioritize regular updates to waste minimization plans and process reviews. These improvements become routine, not project-based, because environmental integrity supports both licensing and long-term business sustainability.
Every day spent in chemical operations builds intuition for both the risks and benefits of consistent MMA production. Whether it’s a polymers engineer calling from a plant line, a QC manager raising a rare off-odor, or an R&D head probing performance in high-stress medical resins, open communication guides improvement. Chronic issues are not swept under the rug; they spark problem-solving sessions and, often, broader shifts in process or packaging protocols. The story of each drum and shipment doesn’t end at the shipping gate—it continues through client processes and feedback, informing the very next manufacturing cycle.
With demand for MMA growing—driven by lighter vehicles, advanced medical devices, and digital fabrication—the stakes for reliability and innovation keep rising. Plant teams know that fine margins in production, cleanroom handling, and analytics pay off when clients scale up. Investment in new reactor controls, advanced analytics, and sustainability upgrades don’t happen in isolation. They’re responses to persistent, real-world needs encountered firsthand on the manufacturing floor and during customer visits. As the landscape shifts, adaptation at every workplace level, from logistics to laboratories, shapes the next chapter for Yixiang Methyl Methacrylate.
