|
HS Code |
540107 |
| Chemical Name | 2-(1-Methylethyl)-Phenol Methyl-Carbamate |
| Common Name | Propoxur |
| Cas Number | 114-26-1 |
| Molecular Formula | C11H15NO2 |
| Molecular Weight | 193.25 g/mol |
| Appearance | White crystalline solid |
| Melting Point | 91-93°C |
| Solubility In Water | 2 g/L at 20°C |
| Vapor Pressure | 6.1 × 10⁻⁴ Pa (25°C) |
| Density | 1.12 g/cm³ |
| Logp | 1.52 |
| Stability | Stable under normal storage conditions |
| Usage | Insecticide |
As an accredited 2-(1-Methylethyl)-Phenol Methyl-Carbamate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White HDPE bottle with secure screw cap, labeled with hazard symbols. Contains 500 grams of 2-(1-Methylethyl)-Phenol Methyl-Carbamate. |
| Shipping | **Shipping of 2-(1-Methylethyl)-Phenol Methyl-Carbamate:** Ship in tightly sealed containers, protected from heat and direct sunlight. Store in a cool, dry, well-ventilated area. Ensure containers are clearly labeled and compliant with hazardous materials regulations. Handle with appropriate PPE and avoid release into the environment during transit. Follow all local and international chemical transport guidelines. |
| Storage | Store 2-(1-Methylethyl)-Phenol Methyl-Carbamate in a tightly closed container in a cool, dry, and well-ventilated area away from incompatible substances such as strong oxidizing agents. Protect from direct sunlight, moisture, and sources of ignition. Ensure proper labeling and keep containers away from food and drink. Personal protective equipment should be used when handling the chemical to prevent exposure. |
Competitive 2-(1-Methylethyl)-Phenol Methyl-Carbamate prices that fit your budget—flexible terms and customized quotes for every order.
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Standing on decades of chemical production experience, we know that every carbamate is more than a formula on paper. 2-(1-Methylethyl)-Phenol Methyl-Carbamate stands out because production choices make a world of difference in properties and applications. Starting from the sourcing of quality phenolic intermediates, every batch produced in our facility prioritizes consistent molecular integrity. Customers working in pesticide formulation, pharmaceutical intermediates, and industrial synthesis see clear distinctions between this compound and alternate carbamates.
The distinguishing feature starts with the backbone—the 2-(1-methylethyl) group enhances its physicochemical profile. In the lab, this means witnessed differences in solubility, reactivity, and long-term thermal stability. For years, clients seeking high-purity methyl-carbamates noticed fewer byproduct complications and less yellowing during storage—results of strict control at every stage. Downstream, this translates to improved handling on production lines, longer shelf-life, and reduced risk of analyte degradation.
Practical details matter. Molecular weight, purity, and physical form shape daily plant operations. We’ve observed how granular 2-(1-Methylethyl)-Phenol Methyl-Carbamate pours without caking in humid environments. High assay content above 99% minimizes the need for pre-processing or purification, saving labor and reducing energy demand. Our clients often remark that the clarity of our certificates of analysis—backed by in-house HPLC and GC-MS—enable their own QA teams to validate raw material identity faster. Fewer surprises in raw material quality prevent production-line slowdowns and customer complaints.
Our R&D team put real effort into optimizing particle size during drying and milling. In practical terms, this means the compound disperses smoothly into solvents and carriers common in active ingredient preparations. We realized early that crystal habit directly influences solubility, so routine checks on each batch guarantee a product matching both technical specification and end-use performance.
Plant managers constantly watch for waste and inefficiency. From our experience, methyl-carbamates can behave unpredictably without clean, tightly controlled synthesis. Impurities lead to clumping, altered melting points, or inconsistent behavior in mixers. Our in-house process design adopts closed-loop quality monitoring—residual solvent checks, color index calibration, and filtration-driven particle size control—resulting in smoother blending with other excipients.
The unique side-chain structure of this compound lends itself to strong oil-phase compatibility. Producers of emulsifiable concentrates and microcapsule suspensions benefit from improved ingredient dispersion, observed through smoother in-tank blending and stable formulation viscosity. Technical staff at downstream plants reported fewer filter blockages, saving time and maintenance cost every month.
Our industry carries a responsibility to operators, customers, and communities. From our earliest batches, we have maintained full documentation of substance traceability. This includes REACH dossier completion and SDS composition transparency. Our facilities installed local exhaust systems and automated material handling machinery to minimize dust. Every spill kit meets international compliance and undergoes regular worker training drills. We know from process hazard analysis that keeping exposure risk low isn’t only compliance—it protects people and secures production continuity.
Environmental performance plays a role in buying decisions. Over years of process refinement, we’ve cut water consumption at key steps and reduced organic solvent waste streams. We follow real, measurable metrics—not just slogans. Every request for third-party audit has strengthened our ability to demonstrate closed-cycle process improvement, something customers notice during on-site technical visits.
Compared with non-substituted phenol carbamates, 2-(1-Methylethyl)-Phenol Methyl-Carbamate frequently brings easier downstream handling, lower volatility, and an odor profile better suited for enclosed mixing areas. Engineers in agricultural chemical production have mentioned that standard methyl carbamate bases often volatilize or degrade faster, producing off-smells or color changes that increase off-spec product risk. Our compound’s added side-chain stabilizes its chemical core, resulting in a slower rate of decomposition even at higher temperatures encountered during post-processing.
Pharmaceutical manufacturers appreciate the cleaner impurity profile. While unsubstituted methyl-carbamate grades sometimes introduce trace contaminants from incomplete reactions, our own multi-stage purification removes these, confirmed by batch-by-batch impurity chromatograms. Feedback from formulation chemists confirms less need for intermediate purification, trimming production cost and analytical workload.
Pricing tends to follow quality, and we are transparent about production economics. Bulk-scale operation and raw material source partnerships keep price variability in check, shielding customers from seasonal spikes often seen in smaller, batch-based facilities. Clients track this in their own cost accounting—knowing that a stable supplier cuts supply chain risk and operational headaches.
Years of real-world supply show that 2-(1-Methylethyl)-Phenol Methyl-Carbamate plays critical roles in several fields. In agricultural chemistry, it often forms a key component in broad-spectrum pesticide actives, where low byproduct levels safeguard plant health and regulatory compliance. A major customer with a 10,000-acre trial reported improved active performance retention following a change to our carbamate grade, attributed to reduced oxidation during storage under fluctuating humidity.
Industrial synthesis applications leverage its consistent melting range, permitting direct feed into continuous reactors. The minimized variance in physical properties ensures less worry over heater fouling or dosing drift. Process engineers say this reliability lets them program feed rates tightly, minimizing downtime and material loss. The long-term benefit is seen in fewer process deviations and tighter product yield windows.
In pharmaceutical intermediates, precise purity thresholds matter. Synthetic chemists benefit from knowing every delivered consignment reflects the same molecular fingerprint as qualification samples. They reference our batch records during regulatory filings, counting on the integrity of the data produced under strict in-plant QC protocols. Several mid-sized pharma firms said their method development moved faster because our supplied reference standards aligned with their spectra, eliminating retesting and requalification tasks that cost both time and resources.
Success with a technical compound doesn’t happen by chance. Chemical manufacturing teams see the impact of upstream choices in every downstream product batch. We adjusted raw material drums’ atmospheric conditions after witnessing higher impurity peaks during the hottest summer months—small process control inlets made a measurable difference. On-site process optimization means compound characteristics observed in the lab carry through to delivery.
Once, a customer came to us reporting minor flow interruptions during pneumatic transfer. Collaboration led to small particle size modification and anti-static packaging change, eliminating the clogging and keeping their line running. Building relationships with end users yields grounded knowledge—not just technical bullet points. Many of our technical solutions trace directly back to engaged conversations and feedback loops sustained over years, not weeks.
Modern chemical users demand detailed proof of quality. Each 2-(1-Methylethyl)-Phenol Methyl-Carbamate lot receives a complete analysis, with records archived to enable instant recall or data trace. Stability tests run across storage conditions, and accelerated aging studies inform shelf-life recommendations based on real data, not guesswork. Our QA chemists encourage customer audits, and during plant tours visitors witness firsthand the step-by-step validation that underpins trust in the final product.
The investment in real-time process monitoring—online FTIR, in-process particle sensors, and post-synthesis spectrometry—yields measurable gains for downstream users. Long-term clients appreciate the way lot-to-lot consistency shortens their own qualification cycles, making procurement and production scheduling easier and more reliable.
Delivering a compound extends past shipping a drum or IBC. Technical support teams, drawn from our in-house lab, maintain ongoing relationships with procurement, production, and R&D personnel at customer facilities. Whether it’s interpretation of analytical data, guidance on safe handling, or troubleshooting unexpected performance deviations, we approach support as a partnership grounded in shared operational priorities.
Our process engineers fielded calls about trace moisture effects on viscosity during high-humidity transport to subtropical locations. By modifying our drum lining and desiccant protocol, we helped customers achieve their performance targets without extensive on-site modifications. This level of attention, scaled by experience, strengthens trust and facilitates mutual growth.
Producers of fine chemicals operate in a landscape shaped by innovation and rising compliance expectations. We invest in process development and worker upskilling to meet ever-stricter regulatory and customer-driven standards. Success stories—from reducing solvent usage through catalytic step redesign to upgrading emission controls with thermal oxidizer installation—arise from staying ahead of demand curves, not just reacting to them.
Feedback from end-users inspires further change. Multiple downstream partners sought halogen-free synthesis routes. In response, our engineering division piloted alternative routes that lowered residual chlorides, reported a steady drop in post-reaction filtration needs, and cut material loss. We recognize that adaptability isn’t an extra; it’s woven into everyday operation.
2-(1-Methylethyl)-Phenol Methyl-Carbamate delivers more than a chemical input to a process. Every kilogram reflects experience, continual improvement, and a willingness to adapt—qualities that matter to today’s business buyers and industrial technologists alike. Direct oversight at every step ensures that customers receive a product shaped by real-world requirements and producer insight. Those who choose to partner with the source gain not just reliable supply, but the technical backbone needed to support their own growth and innovation.
