|
HS Code |
675751 |
| Chemical Name | 4-Chlorotetrafluorophenol |
| Molecular Formula | C6ClF4OH |
| Molecular Weight | 202.52 g/mol |
| Cas Number | 387-45-1 |
| Appearance | White to off-white solid |
| Melting Point | 66-69°C |
| Density | 1.67 g/cm³ (approximate) |
| Solubility In Water | Slightly soluble |
| Purity | Typically ≥98% |
| Storage Conditions | Store in a cool, dry, well-ventilated area |
| Synonyms | 2,3,5,6-Tetrafluoro-4-chlorophenol |
As an accredited 4-Chlorotetrafluorophenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for 4-Chlorotetrafluorophenol (25g) features an amber glass bottle, tamper-evident seal, and clear chemical labeling for safety. |
| Shipping | 4-Chlorotetrafluorophenol should be shipped in tightly sealed, chemically resistant containers and clearly labeled according to regulatory standards. It must be protected from physical damage, moisture, and incompatible substances. During transport, comply with relevant hazardous material regulations, and ensure the package includes appropriate safety documentation and emergency response information. |
| Storage | 4-Chlorotetrafluorophenol should be stored in a tightly sealed container, away from moisture and incompatible substances such as strong bases and oxidizers. Store it in a cool, dry, and well-ventilated area, protected from direct sunlight. Ensure proper labeling and keep it away from heat sources or open flames. Use secondary containment to prevent accidental release or exposure. |
Competitive 4-Chlorotetrafluorophenol prices that fit your budget—flexible terms and customized quotes for every order.
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Working at the heart of chemical manufacturing, our team gets hands-on with every stage of production, from raw material selection to finished product delivery. With 4-Chlorotetrafluorophenol, we have built a profile around precision, reliability, and real-world application. This molecule has become a frequent request in our client discussions, and after years in the industry, it is easy to see why. It weaves together two elements—a strong aromatic backbone and a precise pattern of halogenation—that unlock performance in advanced materials and specialized synthesis.
Every week our synthesis lab revisits the processes needed for halogen-substituted phenols. Not all phenols behave the same way during substitution, especially in the case of tetrafluorination fused with a chlorination at the para-position. We have invested in both small- and large-scale reactors, so every batch of 4-Chlorotetrafluorophenol matches the chemical fingerprint expected by formulators and process engineers. A molecule with the formula C6ClF4OH hits the right balance—highly stable in many systems, yet reactive where it matters in downstream chemistry. After years of production, we no longer see surprises in purity or batch-to-batch variability; consistency pays back exponentially in customer trust.
On paper, a specification sheet tells a story—usually around 98% purity, low moisture, controlled isomer content. Daily, our quality teams dig for more subtle indicators, especially with halogenated molecules susceptible to trace contaminants. Our approach takes nothing for granted. Incoming raw materials face full verification, and off-gas scrubbing systems are tuned to catch stray byproducts created during the fluorination step. This process protects both our team and the environment. Downstream, HPLC and GC fingerprints provide real assurance, not just compliance. We push for a product that reaches your site as dependable as it left ours. Customers who switched to our 4-Chlorotetrafluorophenol cite fewer rework cycles in their own plants—a direct result of tight production discipline.
As electronics manufacturers seek higher performance and lower signal interference, demand for halogenated aromatic components remains high. A molecule like 4-Chlorotetrafluorophenol fills a unique role, especially where stability, low dielectric properties, and environmental resistance are needed in polymers and liquid-crystalline materials. In the early years, most orders came from research labs. Now, repeat business from polymer producers and agrochemical innovators makes up the majority of our volume. Their feedback nudges our process toward better reproducibility and lower impurities with real impact in finished product yields.
Our partners rely on this product for more than just reactivity. It is a key ring-building block for specialty plastics—polymers used in high-frequency cable coatings, touch screens, and chemical-resistant tubing. Tetrafluorination lowers polarizability, which, in practice, means less background noise in sensitive electronics. The para-chloro group further protects against unwanted side reactions during downstream derivatization, which reduces waste and cuts cost per kilo. Through feedback from longtime users, we refined our specifications to support both small-scale R&D and multi-metric tonne technical grades. In time, even biopharmaceutical researchers approached us to test 4-Chlorotetrafluorophenol as an intermediate in novel active ingredients where hydrolytic stability and halogen patterning proved crucial.
Manufacturing experience separates talk from practice. Anyone can read catalog descriptions, but using 4-Chlorotetrafluorophenol on a pilot or production scale quickly highlights the differences. Compared to 4-chlorophenol, the full ring fluorination unlocks drastically higher chemical inertness and resistance to biological degradation. Products based only on trifluoromethylation or simple dichloro variants do not deliver the same property profile; they tend to break down or react in high-demand applications, leading to costly downtime. Our process eliminates the typical pitfalls—seasonal humidity shifts, unwanted side isomers, and repeat instability—through rigorous controls on temperature, solvent choice, and purification. This means processors do not chase spectral inconsistencies or unpredictable reactivity, saving real time in formulation troubleshooting.
Scaling a molecule like 4-Chlorotetrafluorophenol presents more than just textbook chemistry. Incorrectly sequenced halogenation steps regularly cause isomer contamination—a problem that becomes expensive at large scale. We structure each synthesis loop around kinetic and thermodynamic controls: carefully timed reagent addition, real-time monitoring of reaction endpoints, and aggressive containment for heat- or moisture-sensitive intermediates. Over the years, we built in redundant filtration and crystallization systems to trap every ounce of target product, so nothing valuable winds up in the waste stream. Our operators cross-train in both routine handling and upset conditions. Gloves, goggles, air monitoring—fundamental steps, not afterthoughts. In our environment, process upsets are unusual and get fixed fast, which saves both material and man-hours.
Going beyond compliance, our approach to safety and environmental integrity defines our business. 4-Chlorotetrafluorophenol falls within a regulatory space that mandates strict hazard controls, both in plant and during shipment. Exhaust systems and liquid effluent treatments for halogenated byproducts are always tested and maintained as a priority, not an afterthought. Training sets the tone. Each technician undergoes certification in incident response before full-time operation. We run regular safety drills and keep a log of every potential exposure during the year. Our executives visit the plant floor often and react promptly to operator feedback about gear, ergonomics, or procedural tweaks. This culture of care ensures a smooth chain of custody from the plant to the customer dock. Insurers and downstream users require proof of this rigor, and our track record meets those expectations.
Years of field experience have taught us the true value of open dialogue. Many industrial partners initiated small pilot runs to qualify 4-Chlorotetrafluorophenol for challenging processes. Some encountered issues—trace metals from old glassware, residual acid in recycled solvents, or off-timed crystallization steps. Thanks to these conversations, we revisited every process detail, swapped out incompatible materials, and fine-tuned solvent handling to eliminate cross-contamination. The lab team runs a continuous improvement cycle, using in-process monitoring to trace even single-digit ppm deviations. Replacing legacy filtration with finer, chemically inert media solved downstream precipitation headaches. Sharing analytical results doesn't just build confidence—it trims development timelines for our customers and lets us spot hidden obstacles before they become failures.
Fluorinated organics attract scrutiny for environmental reasons. Per- and polyfluorinated compound management calls for forward-looking action at every step. Our technical team tracks global scientific studies and regulatory dialogue on persistence, bioaccumulation, and safe incineration. We align our product development and process design to avoid persistent byproducts, invest in high-temperature waste treatment, and regularly audit our exothermic step containment. Where clients require proof of end-of-life fate, we provide detailed incineration and product stewardship documentation. In ongoing R&D, we look for greener synthetic alternatives, exploring lower-energy routes and catalyst systems to minimize resource input and waste output. Achieving cost-effective, scalable, and safer production of a complex molecule like 4-Chlorotetrafluorophenol requires this constant balance—one informed by both innovation and years of practical plant operation.
Among halogenated phenols, options like pentafluorophenol and simple chloro- or fluoro-phenols often get mentioned as alternatives. These lack the precise balance of functional stability and reactivity provided by the 4-chloro and tetrafluoro combination. Pentafluorophenol offers intense electron-withdrawing capacity, but it tends to be less selective in subsequent reactions, often leading to unintended side-products. Simpler mono- or di-halogenated phenols miss the stringent thermal and chemical inertness required for high-value applications, where failure translates into product recall and lost trust. Over the past decade, comparative trials in customer facilities show that 4-Chlorotetrafluorophenol integrates more smoothly with advanced resin and pharmacological synthesis, driving up conversion rates and consistent performance.
Our plant doesn’t wait for maintenance backlogs or equipment breakdowns before updating equipment. Automated dosing systems, robust temperature controls, and redundant storage solutions form the backbone of our production floor. Operators regularly participate in vendor training, technology fairs, and cross-plant audits, so their expertise keeps pace with the changing landscape of specialty chemistry. Investing in both people and infrastructure means less downtime and tighter production windows. As production volumes scale up, the biggest risk comes from complacency—assuming what worked at kilogram scale performs equally well at tonne scale. Experience with scale-up informs every new batch size; reaction exotherm, mixing profile, and filtration all receive customized process control. That reduces rejected lots, cuts back raw material waste, and sharpens our promise of reliable delivery.
Our product rarely leaves the warehouse as a single bag or drum. Most clients engage our team early—during their own process development, regulatory submission, or custom application testing. Engineers bring us questions about shelf life under temperature cycling, sample handling during scale-up, and recovery of co-products. We commit real resources to joint lab work: prepping fresh samples, running analytical panels, and troubleshooting every unexpected spike in impurity profiles. Our technical team works side by side with customer chemists, iterating on process details that influence formulation, packaging, or shipping. Some applications raise novel challenges: interaction with adhesives, long-term stability in adhesives, or compatibility with sensitive biological actives. Detailed data, collected over years of production and shared openly, ensures that a trial order is not the end of the conversation, but the start of a true partnership.
Global supply chain turbulence isn’t a distant headline; it lands at our gates in the form of interrupted raw material supplies, unpredictable shipping windows, and fluctuating regulatory requirements. Resilience means building redundancy—maintaining multiple vetted suppliers, keeping safety stock of key inputs, and investing in on-site purification rather than outsourcing vital stages. Technical setbacks, like raw materials with unexpected impurities or stricter emissions limits, force us to upgrade our analytical suite and rethink solvent or reagent choices. We maintain standing relationships with logistics firms who understand the nature of chemical cargo and prioritize compliant, careful handling. Staying ahead of change means watching macroeconomic signals, adapting forecasts, and keeping open lines with both suppliers and customers. Reacting early means shipments stay on track and commitments are met.
Production economics rarely stay fixed. The downstream value delivered by a reliable, high-purity 4-Chlorotetrafluorophenol often exceeds the marginal price difference on a per-kilo basis. Every processing hiccup avoided, every fewer rework batch logged, and every predictable shipment creates value far beyond sticker price. Our cost structure reflects investments in process control, waste minimization, and compliance infrastructure, not just raw material or energy input. Clients who move away from cut-rate or inconsistent suppliers quickly grasp that true value comes from certainty—specs met, paperwork right, and inventory that works on arrival. We work with purchasing and technical teams on both sides, jointly optimizing cost, delivery, and risk. Price stands as a component of a broader equation, where reliability, regulatory assurance, and technical backup define long-term success.
Decades of plant operation inform every improvement in our handling of 4-Chlorotetrafluorophenol. Integrating new technology, learning from missteps, and responding to customer needs form the basis for our advancements. Open sharing of failures—production snags, off-spec runs, or operator injury—makes every lesson count, turning a challenge into improved protocols and stronger products. Regular internal audits, external certifications, and peer benchmarking reinforce a culture where no one settles for outdated practice. We deliver not only a specialty chemical with a well-known molecular formula, but confidence that each shipped unit carries the weight of real experience and an ongoing pursuit of better practice.
