2-Cyclohexylamino Ethanesulfonic Acid, commonly known in laboratory and industrial settings, has developed a reputation for its consistent molecular behavior and reliability across multiple scientific fields. This compound carries the molecular formula C8H17NO3S, which builds a framework of robust chemical stability. Its fundamental structure features a cyclohexyl group bonded to an aminesulfonic acid moiety, resulting in both hydrophobic and hydrophilic features within the same molecule. Chemists and technicians often look at the raw material’s consistency and versatility during procurement, whether sourcing for academic research or manufacturing processes.
In its most widely distributed form, 2-Cyclohexylamino Ethanesulfonic Acid appears as a white to off-white solid. The material often arrives as a crystalline powder, though it sometimes takes on flake or pearl-like shapes depending on the drying and synthesis process. Density values hover around 1.2 grams per cubic centimeter, presenting a solid that’s easy to weigh and handle in the lab. As a solid, it’s neither especially brittle nor tacky, instead breaking down under a mortar or dissolving readily in water to form a clear, colorless solution. Working as a buffer, this chemical demonstrates minimal odor and doesn’t cling to surfaces or disperse as a fine dust, making spills less hazardous than with more volatile chemicals.
2-Cyclohexylamino Ethanesulfonic Acid showcases an organic backbone anchored by a cyclohexyl ring, giving it a unique molecular geometry. Its sulfonic acid group brings high solubility in water, making it useful in buffer systems where pH consistency is crucial. The chemical sits at a molecular weight of roughly 207.29 g/mol, and its purity is usually listed above 99%, ensuring minimal interference in biochemical reactions. Consistent batch processing and clear labeling of origin, lot number, and grade are vital, especially for organizations following ISO or GLP protocols.
Handling any raw material in the lab means knowing what risks it may bring. 2-Cyclohexylamino Ethanesulfonic Acid is considered low hazard under most handling conditions, yet it still warrants standard chemical hygiene. Eyes and skin may experience irritation if exposed, particularly in high-concentration form or as dust. It carries no significant volatility, so ventilation requirements remain basic. Accidental ingestion or prolonged exposure should always be avoided. Spills clean up easily with damp cloths or wet absorbent, and material can be stored in sealed containers at controlled room temperature to avoid moisture absorption. The chemical is non-flammable and non-explosive under regular circumstances, though it should not be mixed with strong oxidizers or acids outside prescribed procedures. These properties support calm, confident handling in academic, industrial, and pharmaceutical settings.
Importers and exporters often refer to the Harmonized System (HS) Code to ensure international compliance. 2-Cyclohexylamino Ethanesulfonic Acid most commonly fits under HS Code 292119, which covers various organic compounds including amino derivatives of sulfonic acids. This designation streamlines customs paperwork and meets the requirements for audits or inspections in regulated industries. Stakeholders concerned with compliance and documentation find this code essential when tracking shipments or proving origin in supply chain records.
This compound finds primary use as a buffering agent in biological and chemical research, especially where pH must stay within strict limits. Labs harness its buffer range of pH 9.5-11.1 for enzyme work, molecular biology protocols, and protein purification. The purity and reliability of each batch affect sensitive results, making the product come with rigorous quality assurance. Large-scale manufacturing appreciates stable shelf life and predictable reactivity, while shipping departments value its resilience to moderate temperature swings. Environmental health and safety officers review its profile and mark it as a low-risk chemical in most work environments, making it easier for training and storage.
Storage and dust control rank high on the list of concerns for facilities using large quantities of 2-Cyclohexylamino Ethanesulfonic Acid. Its solid form simplifies containment, but users still need tight-sealing jars or drums to keep moisture out and prevent accidental spills. Labs sometimes contend with contamination from atmospheric humidity, so desiccators help maintain consistency in its crystalline structure. Training staff in material transfer using scoops instead of pouring from large volumes keeps exposure low. As with all chemicals, consistent and transparent labeling lessens the risk of mix-ups, especially in busy environments. Safety sheets recommend gloves and splash goggles for handling large quantities, which most health and safety programs already require.
Long-term adoption comes down to cost, reliability, and compliance. Labs and factories can streamline their order processes by building relationships with transparent suppliers who provide detailed specification sheets and regular COA documentation. Tracking inventory helps prevent accidental shortages or overstocking, avoiding unnecessary waste. Disposal practices respect both the relatively benign nature of the compound and local regulations, usually handling dilute, neutralized solutions as low-risk waste. Sustainability teams surveying their chemical inventory appreciate the product’s alignment with green chemistry principles: limited hazard profile, thorough data sheets, and minimal impact on standard waste streams.
2-Cyclohexylamino Ethanesulfonic Acid delivers measurable value through its clear structure, high purity, reliable density, and low hazard label. The combination of easy solubility, straightforward physical handling, and robust documentation, paired with a reliable HS Code, suits demanding environments. Its place in the world of applied chemistry continues to grow as researchers and manufacturers seek compounds that balance precision with safety and regulatory requirements.
