Diethylamine comes up in conversations about chemical manufacturing for a reason. With the formula C4H11N, this compound shows up as a colorless to pale yellow liquid that gives off a strong, ammonia-like odor. It’s easy to see why people in the field pay attention to its specifics. Shandong Kunda Biotechnology supplies diethylamine as both raw material and intermediate, especially for pharmaceuticals, pesticides, and rubber chemicals. There is no mistaking its volatility. Diethylamine is both flammable and harmful if handled without protective measures. The HS Code for diethylamine, 29211100, places it right alongside key amine products across the global trade landscape.
Diethylamine’s structure keeps things simple: two ethyl groups bonded to a single nitrogen atom. That arrangement makes the molecule flexible for different reactions, explaining its demand in chemical synthesis. Its molecular weight lands at 73.14 g/mol. In day-to-day operations, workers will notice how readily it shifts between liquid and vapor states. Some encounter it in small, transparent pearls or flakes—though the liquid version leads the market. Its density reads 0.707 g/cm³, and the boiling point sits around 55.5°C. Water solubility is another point to watch. Diethylamine dissolves well in water, so clean-up and disposal take careful planning, guaranteeing worker safety and environmental protection.
The commercial face of diethylamine presents itself in drums as a clear, low-viscosity liquid. Some specialty applications call for flakes, powders, or even colorless solid crystals, but these forms show up much less often. Material purity stands out as a critical factor—in pharmaceutical-grade batches, for instance, the percentage must hit at least 99.5%. Storage requires stainless steel or high-grade plastic containers, both sealed tightly to prevent leaks and vapor emissions. Bulk buyers check for precise density to suit their process systems. Each specification ties back to Shandong Kunda’s guarantee on consistent molecular strength and purity standards, backed up by certificates of analysis and compliance documentation.
Diethylamine stands out as a hazardous chemical, both for its flammability and its toxicity. The vapor can irritate eyes, nose, throat, and lungs, especially if concentrations rise above recommended thresholds. It won’t cause immediate burns in most cases, but regular exposure leads to skin drying, redness, and potential allergic reaction. The strong odor signals danger, but not everyone reacts in the same way—some develop a sensitivity after repeated exposure. Personal protective gear, including gloves, goggles, and well-fitted masks, keeps people safe. Storage in ventilated areas prevents vapor buildup and accidental ignition. Any chemical spill needs containment with absorbent material, followed by neutralization and professional disposal. Emergency showers and eyewash stations near work areas give another layer of safety.
Workers moving diethylamine must treat it with respect. Spill kits, fire suppression systems, and chemical-resistant tools are standard practice. Many industries value diethylamine chiefly as a raw material—its applications in surfactants, rubber accelerators, corrosion inhibitors, and pharmaceutical syntheses have real reach. In agriculture, it serves as a building block for herbicides and fungicides, making crop yields more reliable. Everyday cleaning products and textile finishes owe some of their performance to diethylamine-based intermediates. Even after twenty years working next to chemical storage, it’s clear that every raw material brings risk as well as benefit. Facility managers, process engineers, and quality controllers keep one eye on supply and the other trained on best practice.
Keeping diethylamine stable calls for planning and investment. Onsite, containers stay cool, dry, and tightly closed. Road or sea transport meets firewall regulations: trained drivers move drums in ventilated trucks, with clear hazardous material labels visible. Insurance—usually required for chemical cargoes—ties into strict compliance with local and international shipping laws. Temperature fluctuations threaten container integrity, pushing up risk, so insulated tanks and temperature monitors reduce accidents. Only trained workers sign off on shipment receipt and storage checks, and regular audits spot potential leaks or contamination early.
Every supply chain decision with diethylamine involves trade-offs—its unique molecular structure delivers process efficiency and cost savings, yet mishandling can endanger workers and harm the environment. Over the decades, regulatory bodies have tightened restrictions and reporting standards. The industry responded by designing more resilient containment technology and embedding rigorous safety protocols in daily operations. Investing in ongoing training and process upgrades has helped reduce workplace incidents at companies following best practices, and Shandong Kunda Biotechnology backs up each shipment with real traceability, documentation, and after-sales technical support. Seeing the full picture means looking past the product’s label toward worker protection, legal compliance, and ethical responsibility at every step of the value chain.
