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Chemical Name: N,N-Dimethylpropylamine
Molecular Formula: C5H13N
CAS Number: 926-24-1
Synonyms: 1-Propanamine, N,N-dimethyl-
Classification: Flammable liquid and vapor; irritating to eyes, skin, and respiratory tract; toxic if ingested or inhaled in high amounts
Physical Hazards: Catches fire easily with an open flame or even static discharge
Health Risks: Direct contact burns, severe eye damage, nose and lung irritation, possible nerve effects if exposure runs too long
Environmental Hazards: Harmful to fish and aquatic life; runoff could cause a problem in lakes, streams, or ponds
Signal Word: Danger
Names: N,N-Dimethylpropylamine (single component product for most industrial settings)
Purity Range: High, typically >98% for solvent and chemical use
Common Impurities: Less common, usually limited to trace amines
Inhalation: Move outside, get plenty of fresh air; anyone feeling dizzy, sick, or wheezing needs immediate medical care
Skin Contact: Remove contaminated clothes/slippers; wash all affected skin thoroughly with lots of soap and water; get medical help if redness or burns show up
Eye Contact: Rinse eyes with gentle, running water for at least 15 minutes; don’t let anyone rub their eyes after exposure
Ingestion: Swallowing even a small amount can cause a burning throat and stomach, so avoid self-inducing vomiting; sip water and seek emergency assistance fast
Extinguishing Agents: Alcohol-resistant foams, chemical powders, dry sand or carbon dioxide work better than water sprayers because vapors can ignite far from a visible flame
Specific Hazards: Vapors climb and travel along floors to remote ignition points; burning spills can produce toxic nitrogen oxides and carbon monoxide
Protective Wear: Firefighters need full gear and self-contained breathing masks to avoid nasty burns or inhalation injuries
Advice: Stay upwind to keep smoke away; cut off any sources of flames or current
Personal Safety: Get everyone not wearing chemical protection out of danger; ventilate the area to clear out fumes
Protective Equipment: Nitrile gloves, eye/face shields, splash-resistant clothing; proper respirator if ventilation runs poor
Cleanup Methods: Spill pads or non-combustible absorbents work best; scrape up all solids or liquids and transfer to waste drums for safe removal
Environmental Steps: Block drains or manholes; don’t rinse cleanup materials into sinks—make sure everything gets handled as hazardous waste
Handling: Work under fume hoods or outside to avoid breathing vapors; don’t eat, drink, or smoke anywhere around open chemical containers
Storage: Seal containers tightly, keep in dark and cool ventilated spots, far from all oxidizers and acids; separate from food or feed
Fire Protection: Store away from sunlight, ignition sources, pilot lights, and static build-up; ground and bond containers always
Ventilation: Strong airflow, preferably through fume hoods or open windows; avoid confined spaces
Personal Protective Equipment: Tough gloves (nitrile or butyl), splash goggles, full face shields, chemical aprons or suits; approved air-purifying respirators or supplied-air gear if exposure limits could be exceeded
Hygiene: Wash hands before breaks and after shifts; makes sense to keep shower stations and eye-rinse setups in nearby hallways
Appearance: Colorless liquid, may have faint ammonia-like or fishy smell
Boiling Point: Around 81°C
Melting Point: Below -80°C
Vapor Pressure: Relatively high at room temperature
Solubility: Miscible with water and organic solvents
Chemical Stability: Stays stable away from acids, oxidizers, and strong bases
Possible Reactions: Mixes with acids to release flammable, toxic gases; can react violently under heat or open spark conditions
Incompatibilities: Strong acids, halogens, acid chlorides, peroxide compounds
Acute Effects: Skin absorption causes burns, tingling, blistering; eye contact brings on severe irritation, sometimes permanent damage without fast care; inhalation poisons lungs and nervous system with enough vapor
Chronic Effects: Studies show liver and kidney strain after long-term, repeated exposure in animals
Symptoms: Sore throat, confusion, headaches, stomach ache, nausea
Carcinogenic Risk: Research lacks clear evidence for cancer links, but amine exposure demands caution
Aquatic Toxicity: Moderate to serious hazard for small fish, invertebrates, and algae when spilled
Biodegradability: Broken down gradually by soil and water microbes, though risk stays until decomposition
Mobility: Can travel through water and settle deep in soil without trace containment
Safe Disposal: Collect waste in sealed, labelled drums; send to facilities with incineration or specialty chemical treatment
Discharge: Never pour into municipal drains, rivers, or dumpsters; burning in open air spreads poisonous fumes and isn’t permitted by most waste codes
Regulated Status: Most countries treat this as a hazardous material during shipping by road, sea, or air
Packing: Uses corrosion-resistant, tightly sealed bottles placed inside leakproof boxes, with clear flammability warnings
Transport Conditions: Secure upright during travel, keep away from oxidizing materials or acids in shared cargo
Labeling: Requires flammable liquid and toxic tags for workplace and consumer transport
Workplace Limits: Many countries set strict airborne exposure caps; labs and factories monitor vapor every shift
Recordkeeping: Logbooks and inspection records required to stay on file for years after handling disposal
Community Right to Know: Facilities must report inventory and spills to local environmental health offices if storage or releases go beyond standard limits
