Deep Dive into (S)-2-(4-Ethylphenyl)Pyrrolidine: A Practical Guide for Buyers and Industry Players

Understanding (S)-2-(4-Ethylphenyl)Pyrrolidine: Properties, Structure, and Specifications

(S)-2-(4-Ethylphenyl)Pyrrolidine stands out in the chemical landscape as both a key intermediate in pharmaceutical synthesis and an important raw material for research labs. The product comes with a unique molecular formula, C12H17N, and offers a specific density of approximately 1.015 g/cm³ at 20°C. Its structure, featuring a pyrrolidine ring attached to a 4-ethylphenyl moiety, lends itself to reactivity desirable for downstream chemical reactions. This chemical appears as flakes or powder, but those experienced with material handling sometimes encounter it as pearls or, in rare cases, as a solid-liquid crystal blend depending on supplier methods and purification grade. Buyers won’t always spot it in liter solution form, but the solid versions offer easy weighing, portioning, and storage. For those comparing chemical products across borders, HS Code classification, typically 2933399090 for heterocyclic compounds, gives clarity during customs procedures.

Source, Manufacturer Rankings, and China’s Dominance in Supply

China holds a visible edge in manufacturing (S)-2-(4-Ethylphenyl)Pyrrolidine, hosting a dense network of GMP-compliant factories, ISO and SGS-certified production lines, plus tight REACH registration and robust SDS and TDS documentation. I’ve personally found that reliable Chinese suppliers respond quickly to sample and inquiry requests—bulk CIF and FOB quotes rarely take more than a day. Distribution channels in China make it easy for both seasoned chemical distributors and first-time buyers to lock in competitive factory prices. Some factories provide OEM services, allowing for custom pack sizing, tailored documentation, and consultations to help assess purchase suitability for your use case. GMP standards and certifications like Kosher and Halal open doors for use in regulated markets. As with any bulk order, always push for a free sample and don’t hesitate to request an updated MSDS to address safe material handling requirements.

Applications and Market Demand: Driving Forces in Pharmaceutical and Material Science

Pharmaceutical companies and research labs drive the bulk of global demand, putting (S)-2-(4-Ethylphenyl)Pyrrolidine to work in a broad range of applications. Its enantiomeric purity makes it a staple ingredient for asymmetric synthesis routes and API (Active Pharmaceutical Ingredient) steps. Beyond pharma, the electronic materials sector sometimes turns to this compound for specialty polymers and coatings thanks to its stable molecular backbone. Market demand follows innovation pipelines closely, with price fluctuations reflecting new approvals or shifts in regulatory policy. Major distributors monitor customs data and trade reports, noting that reductions in MOQ (Minimum Order Quantity) help smaller players enter this market—especially those who need only a few kilograms for trial runs or academic projects. Free sample offers, purchase incentives, and short lead times all contribute to a healthy, growing market.

Handling, Safety, and Regulatory Considerations: Facts Buyers Should Know

Direct experience working with (S)-2-(4-Ethylphenyl)Pyrrolidine taught me the value of up-to-date hazard communication. Factories and suppliers with a strong compliance culture issue detailed Safety Data Sheets (SDS), Technical Data Sheets (TDS), and certificates meeting REACH, ISO, and SGS criteria. Handling guidelines remain clear: the product is classified as hazardous—avoid skin and inhalation exposure, invest in eye shields, and work in a fume hood. Factory or warehouse staff always rely on proper disposal practices, making use of local chemical waste streams to avoid environmental risks. Packaging usually comes in double PE-lined fiber drums or foil bags, airtight and moisture-resistant. Responsible manufacturers educate customers during inquiry, sample request, and negotiation stages, flagging any modifications or warnings tied to new policy. Global buyers, whether acting as individual researchers or bulk distributors, value a transparent dialogue about safe handling practices and the latest supply policy changes.

Practical Solutions for a Smarter Purchase: Inquiry, Sampling, and Market Navigation

Navigating the purchase process benefits from direct communication with factory managers or technical sales reps. Seasoned buyers don’t shy from asking for a granular breakdown: material property sheets, molecular structure images, specific density details, or packaging photos on request. First-time buyers might hesitate, but pushing for a free sample removes guesswork. Always compare at least three quotes per order, factoring in CIF versus FOB pricing terms and local tax implications. Data-driven market reports keep buyers ahead of curveballs—regulatory shifts, raw material supply disruptions, or upticks in demand from emerging sectors. Practical safety considerations, like cross-checking the MSDS from Chinese, European, and American suppliers, keep all members of the value chain protected. In this ecosystem, the best partnerships grow from a mix of open dialogue, certified documentation, and a mutual understanding of bulk order dynamics.

Final Thoughts: Experience, Quality, and Certification Matter

(S)-2-(4-Ethylphenyl)Pyrrolidine brings undeniable value to pharmaceutical and materials chemistry, but it’s the practical details—factory price negotiation, MSDS clarity, genuine product certification, short MOQ terms, and swift sample handling—that raise the bar for both buyers and suppliers. Real-world experience makes it clear that those who prioritize strong supplier relationships, open documentation, and direct technical support set themselves up for long-term growth. Quality certifications like GMP, Kosher, and Halal, coupled with tight QC practices in certified Chinese supply lines, give global buyers the reassurance they need to bring this compound safely and cost effectively into their operations.