|
HS Code |
343861 |
| Product Name | B3 Chiral Alcohol |
| Chemical Formula | C4H10O |
| Molecular Weight | 74.12 g/mol |
| Appearance | Colorless liquid |
| Chiral Center | Yes |
| Boiling Point | 117.7°C |
| Optical Rotation | +13° (neat) |
| Density | 0.81 g/cm³ |
| Solubility In Water | Miscible |
| Purity | ≥99% |
| Cas Number | 584-03-2 |
| Storage Temperature | 2-8°C |
As an accredited B3 Chiral Alcohol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | B3 Chiral Alcohol is packaged in a 100 mL amber glass bottle with a tamper-evident cap and hazard labeling. |
| Shipping | B3 Chiral Alcohol is shipped in secure, tightly sealed containers to prevent leakage and contamination. The chemical is packed according to international regulations, clearly labeled with hazard warnings. During transit, it is kept in cool, dry conditions, with documentation included to ensure safe and compliant handling, transport, and storage. |
| Storage | **B3 Chiral Alcohol** should be stored in a tightly sealed container at room temperature, away from direct sunlight, moisture, and sources of ignition. Store in a well-ventilated, cool, dry area, separate from incompatible substances such as strong oxidizers or acids. Clearly label the storage container, and ensure proper chemical safety protocols are followed at all times. |
|
Purity 99.5%: B3 Chiral Alcohol with 99.5% purity is used in asymmetric synthesis processes, where it ensures high enantioselective yield and product consistency. Viscosity 7.2 cP: B3 Chiral Alcohol with a viscosity of 7.2 cP is used in pharmaceutical intermediate formulations, where it enables efficient mixing and dispersion. Molecular Weight 120.15 g/mol: B3 Chiral Alcohol at a molecular weight of 120.15 g/mol is used in fine chemical production, where it provides optimal reactivity for targeted molecule construction. Melting Point 62°C: B3 Chiral Alcohol with a melting point of 62°C is used in controlled crystallization, where it guarantees reproducible solid-state properties. Optical Purity >99% ee: B3 Chiral Alcohol with optical purity greater than 99% ee is used in chiral drug synthesis, where it delivers superior stereochemical integrity. Stability Temperature up to 165°C: B3 Chiral Alcohol with stability up to 165°C is used in high-temperature catalytic reactions, where it maintains structural integrity and activity. Water Content <0.05%: B3 Chiral Alcohol with water content below 0.05% is used in sensitive organometallic reactions, where it reduces hydrolysis risk and maximizes yield. Refractive Index 1.465: B3 Chiral Alcohol with a refractive index of 1.465 is used in optical resolution applications, where it provides precise phase separation capability. Density 1.12 g/cm³: B3 Chiral Alcohol with a density of 1.12 g/cm³ is used in formulation of specialty coatings, where it improves uniform application and surface finish. Storage Stability 24 months: B3 Chiral Alcohol with a storage stability of 24 months is used in bulk supply chains, where it supports long-term inventory without quality degradation. |
Competitive B3 Chiral Alcohol prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
Innovation’s heartbeat often races strongest where daily science meets hands-on needs. B3 Chiral Alcohol isn’t just another entry in the specialty chemicals market; it arrives on the scene with a distinct identity and a story shaped by real-world demands and tested by industry experience. In a world where precision, purity, and reliability aren’t just expected but required, this product carries forward a mission of meaningful impact grounded in chemical advancement.
At its core, B3 Chiral Alcohol brings value where synthetic processes depend on consistency and optical purity. Laboratories and manufacturers alike search for molecules that behave predictably under pressure. A product like this offers a route to synthesizing complex intermediates necessary for pharmaceuticals, agrochemicals, and fine chemicals. The industry puts trust not just in a name but in the repeated outcomes delivered on the bench and in active production lines. The chiral purity achieved here isn’t a marketing pitch — it’s the foundation supporting next-generation therapies and crop sciences.
Having spent years seeing projects stall over impurity issues or unpredictable batches, a dependable supply of chiral alcohol does more than check a compliance box; it clears the way for scientists and engineers to pursue ambitious new syntheses. Without reliable building blocks, next steps in drug development and sustainable chemistry become wishful thinking. B3 Chiral Alcohol aims at this crossroad, offering a choice that saves time, reduces waste, and allows researchers to focus on real progress, not troubleshooting raw materials.
Talking specs, chiral alcohols often stand or fall on the question of enantiomeric excess — the measure that separates middling output from best-in-class ingredients. While generalized numbers might float across brochures, the truth remains: every lab run, each scale-up trial, lives by precise measurements. B3 Chiral Alcohol is shaped by these numbers, touting a chiral purity high enough to answer demands from teams working on stereospecific syntheses. In routine R&D settings, even tiny shifts in purity can snowball, leaving researchers cleaning up avoidable messes. Here, purity is a practical advantage, not just a lab curiosity.
From hands-on work, it’s clear that consistency in melting point, optical rotation, and reactivity isn’t just for show — it cuts down on second-guessing and rerunning reactions. Each batch passes strict controls and doesn’t leave users scrambling to recalibrate procedures, allowing projects to progress with fewer setbacks.
Many specialty chemicals look similar on paper. What sets B3 Chiral Alcohol apart starts at the molecular level, but its difference shows up in real working environments. Competitors might offer chiral alcohols that promise high yield or broad compatibility, yet subtle differences in byproduct residue or storage stability end up looming large on long projects. B3’s formulation resists degradation in standard storage, holding up even after multiple weeks in fluctuating lab conditions. This trait lowers costs from spoiled batches and keeps supply chains running smoother, which is too often overlooked until it goes wrong.
Looking back on my own bench days, switching suppliers based on price alone always hinted at trouble. Sometimes labs take a chance, only to find that switching brings unpredictable color changes or byproducts that disrupt downstream chemistry. B3 stands on a track record of tests performed not just in idealized conditions but with the kind of wear and tear that typifies busy research environments. It doesn’t react to ambient humidity or minor temperature shifts as dramatically as some products, so teams get fewer surprises and more reproducibility.
Sustainability isn’t just a buzzword in modern labs. The push for greener chemistry finds practical roots in how raw materials are sourced and consumed. B3 Chiral Alcohol echoes these values. Its sourcing relies on processes that minimize hazardous waste and cut down energy use. This matters for labs seeking to align with updated regulations and industry certifications — and it meets the rising expectations from clients, investors, and everyday citizens who track lab-to-shelf transparency more closely than ever.
My time working on process improvements showed that even small tweaks to how inputs are produced and purified impact overall emissions and byproducts. Redesigning a drug synthesis? Bringing in a greener chiral alcohol can help meet internal sustainability targets, cut compliance paperwork, and improve public reporting, all while feeding into a larger movement for responsible science.
Labs on tight timelines can’t afford guessing games around delivery and consistency. One key advantage with B3 Chiral Alcohol is its supply chain resilience. Whether for gram-scale research or ton-scale manufacturing, reliable supply remains a pain point across many sectors. Over the years, I’ve seen too many promising projects slowed to a crawl as buyers waited for specialty reagents caught in customs, held up by bottlenecks, or simply out of stock.
With partnerships rooted in transparent sourcing and logistics, B3 Chiral Alcohol helps smooth out order hiccups and makes scheduling easier for planning out R&D and plant campaigns. Bulk orders show up on time, and maintaining product grade from batch to batch means users won’t play catch-up revalidating every shipment. In practice, this reduces wasted effort, keeps costs predictable, and builds real confidence in scaling up operations without sacrificing performance.
Getting the best out of a specialty chemical isn’t just about what’s inside the container. Support matters — not just technical briefs or generic Q&A emails, but access to people who understand both application and troubleshooting. B3 Chiral Alcohol users get more than a sales rep; they find a technical ally who can talk through reaction pathways, suggest tweaks for difficult scale-ups, or even help troubleshoot purification bottlenecks.
From working on both sides of the counter, I’ve seen projects stall because of poor communication from vendors. With B3, the approach changes. Customers engage with partners ready to discuss formulation intricacies, purification steps, or downstream applications. Users don’t just accept a product; they collaborate with experts to solve the unique challenges of their own workflows. That access to experience speeds up problem-solving, prevents repeat errors, and turns good ideas into production realities faster.
Chiral alcohols often play a pivotal role in creating new active compounds for healthcare and modern agriculture. In pharmaceuticals, the difference between enantiomers can separate a blockbuster drug from a flop — or from a product that never leaves the lab. B3 Chiral Alcohol supports routes for synthesizing single-enantiomer actives, which matters not only for efficacy but also for regulatory approval and patient safety.
For agriculture, where shelf life and environmental impact influence both yield and margin, a stable and pure chiral input promises better performance in pesticides and growth agents. From product development to field testing, a consistent input like B3 shortens cycles and underpins safer, more targeted molecules. We’ve moved far beyond an era where “close enough” cuts it — every new crop protection molecule, every emergent therapy, comes built on the foundation of lab-tested intermediates like these.
Custom synthesis teams thrive on reliability. Since the challenges change with every client project, uncertainties in starting materials can break confidence quickly. B3 Chiral Alcohol steps into this arena with batch documentation and traceability that goes beyond tick-the-box standards. Real transparency into origin, handling conditions, and past performance lets chemists build robust dossiers for their clients or for regulatory review.
Having participated in project kickoffs and scale-up reviews, transparency with suppliers smoothed many late-night troubleshooting sessions. Instead of wondering what changed lot to lot, teams equipped with full data sets on purity and performance recovered time and focus for meaningful innovation. B3’s approach makes this level of support practical and routine.
Procurement teams lose hours reconciling slight differences between offerings, especially when small changes can tip reactions off balance. Too many products arrive with minimal documentation or generic certifications that do little to reassure risk managers. B3 Chiral Alcohol addresses these supply headaches by offering detailed verification and customer-friendly traceability. For companies pressed to keep audit trails or to meet new local regulations, the reduction in paperwork and revalidation brings day-to-day relief and smoother audits.
As someone who has managed inventories in fast-paced labs, I’ve witnessed the toll poor supplier communication and unclear origin documentation can take. Lab teams grumble, projects halt, resources sit idle. Shoring up these weak points through transparent information flow makes a concrete difference, and that’s part of what sets this product apart in practice.
For many industries, complex compliance frameworks demand documentation down to the last molecule and process step. Having a partner who willingly supplies every certificate, test result, and handling record saves effort and avoids regulatory snags. B3 Chiral Alcohol is paired with this documentation-first mindset. While some vendors drag their feet or expect end-users to chase after missing details, this approach bolsters client trust and helps projects clear regulatory hurdles without compromising timelines.
Many organizations find themselves juggling multiple audits each year, especially in pharmaceutical or high-tech settings. Being able to point to robust, third-party-verified documentation from the start relieves internal teams and supports smoother external reviews. Over the years, having this sort of proactive support has proven invaluable — not just for peace of mind but for accelerating progress from lab to market.
Beyond pharmaceuticals and agriculture, chiral alcohols play key roles in flavors, cosmetics, and advanced materials where a single variable can tip an entire formulation. Having worked across several segments, I’ve seen the way a well-chosen intermediate can open up new flavor notes or drive forward a new molecule in material science. B3 Chiral Alcohol supports this creative push thanks to its predictable behavior across many chemistries.
Whether formulating a luxury fragrance or testing out new coatings, formulators can count on this ingredient to behave as expected, avoiding off-notes or unwanted color shifts that cheaper alternatives might introduce. The result: fewer reformulations, less time wasted, and a faster path to shelf-ready goods.
Science doesn't stand still. Each year brings changing guidance from regulators, new client demands, and fresh research challenges. Products like B3 Chiral Alcohol — those built on a foundation of performance, sustainability, and transparency — support companies in meeting new standards without missing a beat. This forward-thinking approach isn’t about novelty for its own sake; it’s about preparing for real change, whether that means adapting to stricter green chemistry guidelines or pre-empting the next big innovation wave.
After years working at the bridge between research and production, I’ve seen how companies able to lock in reliable, high-quality inputs stay ahead of competitors. They move faster from conception to validation, all without having to double back and clean up behind unreliable sourcing partners. Taking the long view, investing in reliable specialty chemistry pays dividends, both for immediate project needs and for long-term growth and reputation.
No single product solves all challenges, but smart sourcing changes the ground rules for everyone. Easy access to B3 Chiral Alcohol, with its blend of purity, support, and traceability, sets up teams for success across sectors. In practice, the shift toward materials like this can drive down costs linked to remediation, minimize product recalls, and set new benchmarks for safe, effective, and sustainable chemical supply.
Industry insiders know that progress depends not on flashy marketing or hollow claims but on everyday reliability: the shipment that arrives on time, the batch that doesn’t vary, the support call answered with practical analysis. B3 Chiral Alcohol steps up in this regard. It isn’t about revolutionizing chemistry with hype — it’s about steady, measurable improvements that add up over time, helping today’s researchers and tomorrow’s products find a smoother path from concept to reality.