Exploring the field of functional organic compounds, 2-(1H-Indol-3-Yl)Acetonitrile stands out in various laboratory and industrial settings. Widely used as a raw material, this compound brings an indole backbone that's often used for synthesizing pharmaceuticals, agricultural chemicals, and other specialty applications. Chemical buyers, especially those searching for reliable manufacturers out of China, know that questions around molecular formula, structure, and supply chain clarity never go away.
2-(1H-Indol-3-Yl)Acetonitrile, holding HS Code 2933990099, shows up as a white to off-white solid or crystalline powder. Its molecular formula is C10H8N2. Specific density checks in close to 1.22 g/cm³, depending on grade and handling. Buyers often request liter solutions for easier lab handling, especially in R&D departments. Alongside basic physical properties, quick access to MSDS, SDS, and TDS documents helps labs and factories meet compliance. Turning to a China-based supplier with ISO, SGS, REACH, and often Halal or Kosher certification ticks the compliance box for global buyers.
This isn’t about just finding a cheap quote, but about partnering with suppliers who guarantee the batch’s integrity. Responsible chemical firms always put out easy access to their certifications—REACH registration, ISO 9001, SGS batch records, Halal, Kosher, OEM availability. Buyers with an eye on global trade look beyond the price per kilo or per liter—safety and regulatory fit drives decision-making. That means suppliers must back up offers with real paperwork before the shipment even leaves the warehouse.
With China factories, in particular, the price advantage is clear, but so is the need for transparency. Minimum order quantity (MOQ) can vary, but most manufacturers set reasonable thresholds (from a few kilograms for labs to tons for factories) and ship under standard incoterms: CIF, FOB, or custom arrangements.
2-(1H-Indol-3-Yl)Acetonitrile isn’t just another entry in the materials catalog. MSDS and safety sheets tell the story: handle as a potentially hazardous product. It’s not food grade. Standard lab PPE—safety goggles, gloves, full ventilation—is non-negotiable. Material shows potential for harm if mishandled, so prioritizing SDS updates and asking for a new batch TDS every time keeps teams safe.
Demand often comes from drug research, ranitidine synthesis, or in making specialty indole derivatives, with end-users anxious about supply chain disruptions. A stable relationship with a manufacturer ready to provide genuine documentation, regular news updates, and a willingness to offer free samples for testing builds trust. I’ve seen companies cut corners on traceability, only to face quality investigations that halted their production lines.
Policy-wise, recent years show a much stronger push from international buyers for clear import/export documentation. Customs ask for HS Codes, product specifications, and sometimes full SDS translations. A factory not prepared to supply these details risks losing out, even if they flash low prices.
Reach out with a direct inquiry for an updated quote, checking both CIF and FOB terms. Ask for an MOQ that matches your current project size, not your competitor’s warehouse. Most reputable suppliers will send out recent lab reports, and can even ship free samples if genuine business intentions are clear. Genuine supply is less about fast transactions and more about clear, ongoing communication—especially when the stakes involve safety and regulatory requirements beyond just cost per unit.
