ADRENALINE BI TARTRATE stands out in the field of raw chemical materials due to its unique properties and broad applications. Built from a combination of adrenaline and tartaric acid, the molecular formula is C18H23NO9, and the compound typically appears as a solid white or off-white crystalline powder. Over many years of laboratory observation and handling, it becomes clear that the substance features distinct physical stability and solubility, which factor heavily into how industries work with and transport the material. Those qualities mean workers often encounter it in bulk crystal form or as a pre-measured powder, depending on the production line need. Carefully measured density, about 1.54 g/cm³ at standard conditions, confirms its suitability for standardized container sizes and precise laboratory use. Products using this ingredient draw on its potent physiological actions, primarily its role as a sympathomimetic agent in pharmaceuticals.
ADRENALINE BI TARTRATE’s structure starts with the adrenaline molecule, bound with two tartaric acid groups, producing a bi-tartrate salt. This form improves storage life, maintains potency, and eases formulation. In the solid state, the material shows itself as dry, irregularly shaped flakes or fine, loose powder. Under magnification, the crystals reveal a shiny, angular formation. Its melting point lands in the 158–162°C range, which experienced chemists watch for during processing, because exceeding these temperatures causes chemical breakdown and loss of potency. Solutions made from the powder show strong compatibility with water, creating transparent liquids used in injectable medications or diagnostic kits. Over time, crystalline forms resist atmospheric moisture better than many other adrenaline derivatives, which matters to warehouse managers and handlers who need reliable shelf-life estimates.
Accurate cataloging makes tracking and shipping more straightforward, and ADRENALINE BI TARTRATE typically uses the Harmonized System Code (HS Code) 2937.29. With this identification, importers know they're dealing with a biologically active ingredient and treat it within regulatory frameworks for pharmaceuticals and chemicals. As for specifications, pharmaceutical grade powder must pass strict purity standards, typically 98% or higher, as supported by spectroscopic analysis and chromatographic fingerprinting. Granular contamination and color variation mean rejection for most high-need uses, especially where human health is involved. Material safety data sheets also spell out its UN number and other shipment identifiers, protecting handlers during logistics operations. Reliable distribution leans on suppliers who verify identity and purity using robust laboratory practices, reducing risks seen in grey-market or poorly labeled supply chains.
Molecular architecture lays the foundation for ADRENALINE BI TARTRATE’s clinical and industrial performance. As C18H23NO9, each molecule weighs about 397.37 g/mol, which is essential information for pharmacists and chemical engineers who must calculate accurate dosages or mixtures. The electron distribution in its ring system produces powerful physiological effects, and that’s why careful calibration becomes compulsory in formulation labs. The bi-tartrate structure stabilizes the core adrenaline molecule, preventing rapid oxidation and extending shelf life. Laboratory staff consistently report reliable results when mixing the powder into aqueous solutions, and the loss on drying parameter typically stays under 0.5%, a fact that assures consistent mass during bulk preparation. That kind of reliability gives this compound an edge in environments where precision cannot be compromised.
Manufacturers package ADRENALINE BI TARTRATE in a variety of physical forms based on demand. Pharmaceutical environments favor standardized powder or crystal-filled bottles that allow for a controlled scoop or pour. Larger production units sometimes specify flake or granule forms, especially when preparing bulk solutions. Pearls, which resemble small, rounded beads, see less frequent use but offer benefits in automated dispensing or minimal residue left behind in handling. Custom solutions—water-based, stabilized for injection or laboratory assay—draw on the powder’s solubility and storage stability. All forms share a common interest: keeping the compound stable, easy to measure, and uncontaminated throughout the logistics process. An experienced worker recognizes the crisp, chalk-like quality of fresh ADRNELINE BI TARTRATE powder, a testament to its proper manufacturing and packaging.
Having spent time in the lab, it’s clear how much the feel and behavior of a compound matter. ADRENALINE BI TARTRATE has a specific density of about 1.54 g/cm³, providing predictability when converting lab-scale data into production figures. Tactile qualities—fine powder that clumps slightly under humid conditions—hint at its hygroscopic nature, so it’s often double-bagged or nitrogen-flushed. The solid, crystal, or flake forms resist bruising and handling-induced breakdown well, meaning handling seldom produces problematic dust, a benefit to those working in production settings. This same density and physical integrity matter during transport, where shifting material or accidental punctures could create hazards or material loss unless packaging meets the correct grade. Across batches from multiple manufacturers, consistency in bulk measurements remains strong, showing that refined processing and proper storage methods deliver a product that meets the stringent needs of pharmaceutical and industrial partners.
Worker safety comes up repeatedly in every sector where ADRENALINE BI TARTRATE shows up. Direct contact with skin or eyes causes irritation, and inhalation of dust triggers respiratory distress in some cases, especially in those with preexisting conditions. Proper handling means using gloves, dust masks or respirators, and protective eye gear for those working directly with open containers or during transfer. Hazards concentrate around improper mixing, storage with incompatible chemicals, or heating above recommended temperatures, which releases acrid fumes. Experience makes a big difference—seasoned technicians perform careful weighing and mixing inside ventilated enclosures and keep detailed logs to prevent cross-contamination. The compound isn’t classified as an environmental toxin at standard quantities, but spills in concentrated form require immediate neutralization with plenty of water and proper waste collection. Chemical storage advice focuses on using well-sealed containers kept in dark, dry, cool areas, away from oxidizers and strong acids, extending usable shelf life and reducing accidental exposure risk.
Today’s pharmaceutical supply chains depend on transparent sourcing, especially for raw materials like ADRENALINE BI TARTRATE. Raw material purity, traceability, and supplier reliability all drive decision-making at procurement offices. Regulatory authorities continue tightening import documentation and batch tracking to flag fake or contaminated shipments, given the high value and sensitive end-uses of the compound. Suppliers with audited manufacturing sites, clear batch records, and rigorous third-party quality verification win the long-term contracts. Downstream, manufacturers expect their raw chemical to blend smoothly into formulated products without causing sediment, color change, or potency drop, something that only comes from steady attention to detail upstream. All stakeholders—from customs officials to pharmacists—benefit from a visible, documented chain-of-custody. As global demand for injectable medications climbs, reliable, high-purity ADRENALINE BI TARTRATE becomes ever more vital to the health and safety of end users around the world.
Providing high-quality chemical products and logistics solutions for global trade partners.
