L-tartaric acid diammonium salt stands out as a dependable chemical used across laboratories, food industries, and pharmaceutical production lines. Chemists and engineers working with it encounter a crystalline or powdery substance, often sold as white solid flakes or fine granules. This compound draws its roots from l-tartaric acid, itself a natural acid commonly found in fruits like grapes. The diammonium salt carries a distinct formula: C4H12N2O6. Its molecular weight sits at 200.16 g/mol. Material in solid form carries a density around 1.62 g/cm3. Most storage and shipment take place in tightly sealed containers to fend off moisture, since the product tends to absorb water if left out in air for too long. Crystal habit can differ—sometimes showing up as transparent pearls, sometimes as an easy-to-handle powder, but always showing strong solubility in water, making quick and smooth mixing possible in both laboratory beakers and industrial tanks.
Structure-wise, each molecule holds two ammonium ions bonded with a single L-tartaric acid molecule. This results in a neutral, stable compound—a rare blend of solid stability and high reactivity in aqueous settings. The product dissolves easily in water, with a typical solubility level above 50 g per liter at room temperature. People working with this salt notice its non-hygroscopic, colorless appearance, which signals purity and safety in storage. For those running food operations or synthesizing pharmaceuticals, this helps cut down contamination risk. This compound keeps its integrity in the presence of air and light, and it doesn’t break down easily under normal handling conditions. Safety data points to relatively low acute toxicity, but eye and respiratory protection make sense for anyone working around airborne powder during weighing or mixing steps. Flammability does not commonly show up as a concern, so basic precautions in a chemical storehouse or production facility handle most storage and transport needs.
Food manufacturers look for high-purity grades (at least 98–99%), free of heavy metals or other impurities. Pharmaceutical standards often call for compliance with GMP (Good Manufacturing Practice) and strong documentation of batch traceability. Scientific suppliers frequently supply specifications to guarantee a consistent level of crystalline structure, particle size, and flow behavior, especially for analytical chemistry applications. Bulk materials moving through customs get identified by the Harmonized System Code 2918.12, covering organic acids and derivatives of tartaric acid. Each shipment comes with complete labeling and paperwork, responding to growing calls for greater traceability in global supply chains.
L-tartaric acid diammonium salt shows flexibility in the form it takes. One might work with dense, sparkling crystals, fine homogeneous powders, or even uniform pearls. Some production lines request flakes for easier measuring and faster dissolving. Those processing large batches of liquid understand how concentration changes viscosity and flow; a concentrated solution of 10–20% in water appears clear and colorless, allowing for simple checks on purity and consistency. The material’s solid forms stay stable for months when stored cool and dry, never becoming sticky or caked—a perk for those requiring exact dosing. Density measurements in laboratories rarely stray from the 1.6 g/cm3 reading, supporting reliable volume-versus-mass conversions during process scaling.
This salt plays a part in many food formulations as a pH regulator, acidity controller, and buffering agent, appreciated for its gentle effect on flavor and texture. Pharmaceutical staff use it in tablet production and as a chiral agent for enantioselective synthesis—supporting safe, targeted drug development. Industrial labs use the salt as a raw material or intermediary in synthesizing bespoke organic molecules. Its relatively low harmfulness means only standard chemical safety protocols apply: avoid inhaling dust, keep containers sealed, wash exposed skin, and prevent large releases into soil or water. With no flammable or explosive risk under everyday temperatures and pressures, only labeled storage (compatible with other non-oxidizing organic acids and ammonium salts) and personal protective equipment matter most. Safety data sheets confirm the absence of carcinogenic or major harmful effects when the salt is used in food or pharmaceutical production, reassuring those seeking both chemical performance and user well-being.
Buyers and end-users pay more attention now to not only chemical purity but also sourcing. L-tartaric acid in this compound often comes from natural fruit-processing streams—like the winemaking industry—boosting sustainability. Ammonium salts to form the diammonium compound trace their supply chains back to reliable producers who meet food- and pharma-grade certification standards. Batch testing covers not only composition but also microbiological safety, a must for both food and medicine manufacturing. Recalls and inconsistent product often result from gaps in raw material transparency, pushing the need for thorough documentation.
Facilities storing this chemical avoid mixing it with oxidizers, acids, or strong bases to prevent unexpected reactions. Workers keep the containers in cool, dry, ventilated spaces, away from sunlight and humidity. Facilities handling powder or crystal should use enclosed systems to minimize airborne particles, as the dust—like most fine solids—may mildly irritate eyes or airways. Used or leftover solutions get diluted and released according to local environmental guidelines, since the compound’s low toxicity and high water solubility help keep effluent safety within regulatory standards. Waste audits and recycling initiatives focus on minimizing leftover material, both to save costs and reduce potential environmental spread.
Demand for L-tartaric acid diammonium salt keeps pace with changes in food science, green chemistry, and pharmaceutical innovation. Next-generation applications in chiral synthesis, biodegradable food packaging, and low-toxic cleaning products push suppliers to guarantee even greater purity and reporting. Customers now expect labs to share safety profiles and batch data instantly—whether for international trade or routine procurement. Synthetic chemists, process engineers, and quality controllers rely not only on the chemical’s proven track record but also on transparent sourcing, up-to-date documentation, and clear safety support. As experience shows, successful, safe, and efficient use of L-tartaric acid diammonium salt depends on solid science, tight process control, and open lines of communication between producers, users, and regulators.
Providing high-quality chemical products and logistics solutions for global trade partners.
