|
HS Code |
191175 |
| Chemical Name | Diisopropylphenol |
| Iupac Name | 2,6-Diisopropylphenol |
| Cas Number | 88-26-6 |
| Molecular Formula | C12H18O |
| Molecular Weight | 178.27 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Boiling Point | 256-257 °C |
| Melting Point | 21-24 °C |
| Density | 0.945 g/cm³ at 25 °C |
| Solubility In Water | Slightly soluble |
| Flash Point | 113 °C |
| Storage Conditions | Store in a cool, dry, and well-ventilated place, away from light |
As an accredited Diisopropylphenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Diisopropylphenol, 100g, supplied in an amber glass bottle with a tamper-evident cap and safety labeling for secure handling. |
| Shipping | Diisopropylphenol should be shipped in tightly sealed containers, protected from light, moisture, and incompatible substances. It is typically transported as per regulations for hazardous chemicals, with proper labeling and documentation. Ground and air shipping must comply with local and international guidelines to ensure safety and prevent accidental release during transit. |
| Storage | Diisopropylphenol should be stored in a cool, dry, well-ventilated area away from heat, ignition sources, and incompatible materials such as strong oxidizing agents. Keep the container tightly closed and protected from light. Use appropriate chemical-resistant containers. Clearly label all storage vessels and ensure access is restricted to trained personnel. Store at room temperature and avoid prolonged exposure to air. |
Competitive Diisopropylphenol prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615380400285 or mail to sales2@liwei-chem.com.
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Tel: +8615380400285
Email: sales2@liwei-chem.com
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In our line of work, many ask what makes certain molecules stand out compared to others in their family. Diisopropylphenol is a prime example—often overlooked, but it offers real-world value to teams seeking uncompromising quality in their processes. At our facility, we don’t just synthesize this compound; we build reliable relationships with clients who depend on consistent results—batch after batch. We’ve shaped every aspect of our approach, drawing on decades of making phenolic compounds and incorporating the lessons that only a hands-on producer can deliver.
Diisopropylphenol is best recognized as the active molecule behind a well-known intravenous anesthetic, though our focus rests firmly on the industrial and research applications. Our model 2,6-diisopropylphenol, synthesized to a purity above 99.5%, holds to a sharp standard. Each shipment is colorless and crystalline, with melting points and characteristics that match the published literature. The methods we use avoid cross-contamination with similar phenols. Our teams run GC and HPLC profiles on every lot, so end users know exactly what goes into their work. We never rely on shortcuts; real consistency comes from hands-on controls, not just paperwork.
Unlike basic phenol or mono-alkylated derivatives, diisopropylphenol’s bulky isopropyl groups on the aromatic ring produce distinctive chemical behavior. It offers a lowered acidity and lipophilicity profile that alters its performance in organic synthesis, medical research, and specialty resin production. These distinctions carry over to stability and reactivity, giving researchers and manufacturers an edge they cannot get with lesser derivatives. Phenol itself works as a trapping agent, but our chemists see how a few structural tweaks in diisopropylphenol unlock things like lower oxidation rates, slower degradation, and greater tolerance of heat and solvents.
Manufacturing diisopropylphenol takes more than just a reactor and a checklist. It demands an eye for the details and an understanding of how each processing step, from distillation to drying, can impact product legacy. Our older reactors show the nicks and dents of years in the field, and that’s a story few labs can share with confidence. Quality begins with small things—a fresh batch of anhydrous starting material, rigorous nitrogen blanketing, and column polishing that removes traces of process impurities. As an experienced producer, we focus on these steps because skipping them leads to problems for everyone down the line.
Researchers and manufacturers often reach for diisopropylphenol when they need both stability and defined reactivity. In labs, it acts as a key reagent or intermediate for designing new synthetic pathways. Drug developers and analysts recognize its solid track record as a building block for pharmacological studies. In medical fields, diisopropylphenol provides the backbone for anesthetic formulations, but our expertise centers on its value as an ultra-pure research chemical and a starting point for high-performance polymers. Industrial customers also see benefits from its solvent resistance and higher boiling point, prompting use in custom coatings and advanced composites. Our stories from the shop floor show how customers find value in the things that don’t make the datasheet: easier processing, fewer impurities, and a lower risk of unwanted interactions.
We live in an industry with little room for error or guesswork. Clients remember suppliers who deliver consistent purity and reliability, not just on a good day. In our plant, deviations spark immediate reviews—sometimes within hours, our technicians are backtracking through logs, reviewing every addition and monitor reading. We share testing data, not marketing spin, because the downstream effects of an out-of-spec batch can wipe out weeks of client work. Getting to know the quirks of diisopropylphenol, such as its tendency to form trace peroxides during storage, leads us to ship in amber bottles under argon. Stability is a team effort, and every operator shares responsibility for keeping the chain of trust intact.
The wider world of phenolic chemicals is crowded with options. Some customers start with phenol, cresols, or xylenols when price alone matters. Those running demanding reactions often switch to diisopropylphenol after seeing output yield and handling improve. The extra bulk of two isopropyl groups decreases solubility in water, raises hydrophobicity, and changes how the molecule interacts with catalysts or metals. Unlike more volatile mono-alkylphenols, diisopropylphenol resists evaporation in open systems, saving product and keeping processes safer.
Methylated phenols degrade faster in high-heat environments and often break down in the presence of strong acids or bases. By contrast, diisopropylphenol’s structure gives it extra staying power. When polymer engineers need base monomers that stand up to UV or oxidation, our batches find their way into resin blends, surface coatings, and specialty adhesives. Clients working on custom synthesis appreciate the gentle melting point and low environmental impact of side-products. The difference goes beyond technical data points; it’s seen in customer retention and ongoing collaboration.
As manufacturers, we hear from clients when their suppliers can’t provide consistent material—even minor variations in isomer ratios or trace metals can derail a project. Our system is built on active communication, not just automated output. The team holds regular knowledge-sharing sessions to stay on top of customer needs, fielding requests for deeper technical data and delivering samples that are current, not leftovers from the last quarter. We apply feedback to tighten every run, focusing on real-world results over flashy marketing.
This hands-on approach has shaped our safety protocols, too. Diisopropylphenol requires respect; vapor exposure and skin contact need strict controls, and hope cannot substitute for proper ventilation or protective equipment. We keep our people and clients safe by running small-scale pilot batches first, validating every change, and updating procedures when the evidence demands it.
Some customers rely on a steady stream of diisopropylphenol for commercial production, while academic or start-up teams may only need a few grams for proof-of-concept. Flexibility draws from experience: scaling up means shifting reactor conditions, monitoring heat transfer, and keeping impurity profiles narrow at every volume. Overproduction creates waste; underproduction disappoints good customers. Our forecasting is based on long-time relationships, honest communication, and realistic planning, not wishful thinking.
Storage and transport can change the nature of sensitive chemicals, especially those used in high-stakes settings. We avoid generic packaging, opting instead for containers tested under real-world shipping conditions to prevent leaks or product loss. Every label reflects clear batch history and quality data traceable all the way back to raw materials. Clients trust this transparency—nobody enjoys surprises when deadlines get tight or audits come around.
The demand for greener production methods gets louder each year, and as direct producers, we take responsibility seriously. Streamlining solvent usage, recycling where possible, and fine-tuning energy inputs deliver tangible gains—not just for compliance, but for cost efficiency and long-term viability. We have invested in emission controls and waste treatment beyond what regulators demand. Doing things right is not about box-checking; it comes from the knowledge that a shortcut today brings headaches tomorrow. We see this ethic echoed by customers who watch their own supply chains closely.
Waste reduction means tracking actual yield and spotting inefficiencies outside obvious production steps. For diisopropylphenol, this means streamlining wash cycles, upcycling byproducts where chemistry permits, and reducing the number of solvents used in purification. It has taken years to refine these tweaks, and the learning never stops—each new batch brings a new opportunity to do better.
A big part of our work happens outside the lab—on phone calls, site visits, and problem-solving sessions with clients pushing the limits of their industries. Research scientists need samples not found in catalogs, with impurity profiles dialed into parts per million. Production managers want steady contracts and logistics that keep materials moving even when storms or customs delays crop up. Each type of client needs specific attention; we never offer a one-size-fits-all response.
Training remains an everyday process. Our operators rotate through all parts of production, learning the quirks of different reactors, handling storage requirements, and responding to customer change orders without slowing down the line. Feedback cycles with clients and end users mean we adjust and correct quickly—a capability only possible when the whole team treats quality as a shared responsibility.
We believe in steady improvement and careful recordkeeping. Process optimization draws on test results, downtime logs, and maintenance records. For every new regulatory update or customer requirement, we revisit our methods. Labs run reference assays using both in-house and third-party standards, double-checking every calibration on our instrumentation. We maintain separation between production, analysis, and documentation teams to avoid bias and meet the highest reporting standards.
Our role extends beyond shipping. Regular follow-ups with end users uncover new applications or unexpected results, some leading to collaborative trials. As a manufacturer, we respond faster to industry trends and deliver solutions that traders or middlemen cannot. For example, feedback from custom polymer makers led us to develop a lower-residue formulation; its impact showed up in better yields and reduced rework for composite manufacturers.
No manufacturer succeeds alone. We exchange experience with upstream suppliers, logistics partners, and customers to keep quality in focus at every level. Every step, from raw material delivery to final drum loading, happens according to routines proven over years of collaborative work. The technical team draws input from production line staff to track subtle shifts in odor, color, or consistency that sometimes signal early deviations. Our process encourages open communication and never penalizes someone for reporting a concern.
The end result is a product customers can count on to match published literature values—from UV absorbance to precise melting point. No shortcuts or hidden changes; just reliable chemical production grounded in experience.
Successful companies don’t chase short-term volume. Our reputation grew by controlling every variable we can, training every operator to recognize signs of contamination or off-spec production, and making sure finished product meets end-user needs each time. For diisopropylphenol, this means refusing to relax on purity targets or batch documentation. Our process for dealing with deviations has helped avoid lost time and unexpected surprises in dozens of customer projects.
Our team takes pride in knowing customers use our diisopropylphenol to bring new ideas to life—from next-generation medical devices to experimental polymer blends. Sourcing agreements are built on stable delivery and verified performance. This keeps clients coming back, but it also drives new business from word of mouth and technical references among researchers and industry contacts.
Every year presents new regulatory updates, safety data requests, and supply chain interruptions. We see these not as hurdles, but invitations to strengthen our operation. For example, we’ve automated part of our process monitoring to flag trends before they lead to product deviation. The storage protocols for diisopropylphenol have changed over time—what worked in a smaller setting failed in larger tanks, so we adjusted, switching polymers in gaskets and reviewing every valve specification until incidents stopped.
For customers developing new products or techniques, we support pilot-scale batches, offer technical documentation on co-usage with less common phenolics, and keep open lines for troubleshooting. Our partnerships with local logistics providers keep shipments on time, and we plan redundancy into production so clients can rely on delivery schedules regardless of external shocks.
As a manufacturer, we see beyond the narrow requirements for any given order. We recognize that every kilo of diisopropylphenol shipped carries with it the trust and risk of our clients. That knowledge drives us to refine our process, support our employees, and keep the lines of communication open to the industry’s changing needs. Although market demand and technical challenges may evolve, our commitment to delivering high-purity, dependable diisopropylphenol remains as strong as ever.
Our role doesn’t end at the loading dock; it continues in the labs, plants, and workshops of the people who depend on what we make. Years of hands-on production, repeated testing, and honest feedback loops have taught us the difference between simply finishing a batch and truly supporting the work of others. As new technologies emerge, we will keep focusing on rigorous, transparent, and responsive chemical manufacturing.
