© 2026 Sinochem Nanjing Corporation,
All Right Reserved
Chemical Name: 2-Aminopropane
Common Synonyms: Isopropylamine
Molecular Formula: C3H9N
Appearance: Colorless liquid with a pungent, ammonia-like odor
Boiling Point: Around 32°C
Solubility: Mixes well with water, and also with alcohol and most organic solvents
2-Aminopropane tends to show up in labs that focus on organic synthesis or agricultural chemistry. Many end up encountering this compound just by working on projects that involve amines. When looking at it in the bottle, the smell hits first, reminding anyone handling it to take safety seriously before working.
GHS Classification: Flammable liquid, corrosive, toxic if inhaled or swallowed
Major Health Risks: Causes burns to skin and eyes; inhaling the vapors burns airways; ingesting even small amounts brings serious trouble for the stomach, intestines, and mouth
Physical Dangers: Vapors can form explosive mixtures with air; static discharge or a simple spark can ignite it
The dangers with 2-aminopropane feel real to anyone who has taken a tiny whiff or spilled a drop; it burns the nose, and it can chew through gloves if they are the wrong material. Eye contact creates pain and forces a quick run to the nearest eyewash station.
Main Ingredient: 2-Aminopropane (Isopropylamine), purity usually above 99% if analytical grade
Impurities: Possible traces of water, lower amines, or manufacturing byproducts are sometimes present in technical grades
There is rarely much in the way of other components unless sloppy preparation methods are involved. For work in research or industry, high purity reduces surprises, but in bulk shipments, purity drops and risk increases.
Inhalation: Move into fresh air quickly; keep calm; breathing struggles need prompt medical attention, no exceptions
Skin Contact: Remove contaminated clothing; use lots of running water and soap right away; burns or blisters mean an emergency room visit
Eye Contact: Rinse with water for at least fifteen minutes; eyelids may need to be held open; after flushing, get professional help fast
Ingestion: Never induce vomiting; offer water if conscious; rush to medical care as soon as possible
Anyone who has dealt with a chemical burn knows the pain stays with you for days; minor exposure still deserves a careful response.
Flammability: Highly flammable liquid with vapors that spread along floors and ignite at a distance
Suitable Extinguishing Media: CO2, dry chemical extinguishers, alcohol-resistant foam
Heat Hazards: Burns with a nearly invisible flame that can surprise even seasoned fire crews
Combustion Products: Toxic gases like nitrogen oxides and carbon monoxide
Rapid decision-making saves lives; fighting these fires without the right tools or protection brings high risk to responders and bystanders.
Spill Response: Evacuate area, ventilate well, eliminate ignition sources, wear personal protection, contain with inert absorbent material
Cleanup: Use non-sparking tools, double-bag contaminated absorbents, and dispose as hazardous waste
Environmental Caution: Prevent spills from entering water, soil, or drains, since toxicity lingers, spreading harm to ecosystems
Cleaning up leaks of 2-aminopropane in a small lab space can become memorable for all the wrong reasons without enough preparation. Spills in large facilities force shutdowns, and cleanup can take hours.
Safe Handling: Always work in a fume hood; keep containers tightly closed, grounded, and away from anything that sparks or heats up
Storage Conditions: Cool, dry, well-ventilated space; compatible with glass, stainless steel, and certain plastics
Restrictions: No smoking, open flames, or oxidizers nearby
Getting lax about storage, especially in warm weather or crowded storerooms, ramps up the danger. Packing 2-aminopropane next to oxidizers brings real disaster potential—every chemist has heard the stories.
Engineering Controls: Chemical fume hood, explosion-proof ventilation, local exhaust where fumes might gather
Protective Gear: Nitrile gloves, safety goggles, face shields, chemical-resistant lab coats
Respiratory Protection: Use an approved respirator if exposure limit might be exceeded or in confined spaces
At the bench or on the plant floor, you know someone took shortcuts if your eyes sting or the pungent smell hits through PPE. Double-checking seals on gloves and face protection becomes second nature after one bad experience.
Appearances: Colorless, watery liquid
Odor: Strong, ammonia-like smell; unpleasant to most noses
Boiling Point: Close to 32°C
Melting Point: -95°C
Density: Around 0.693 g/cm3
Vapor Pressure: Substantial at room temperature, helps vapors spread easily
Solubility: Readily dissolves in water and organic solvents
On a summer day, those vapors race out of an open bottle and fill any closed-off room. Keeping a bottle cold slows it down, but not by much. Working with it unprotected can make a researcher acutely aware of these properties.
Chemical Stability: Usually stable under standard lab or storage conditions
Incompatible Materials: Strong oxidizers, acids, halogens
Hazardous Reactions: Can create heat, fires, or toxic gases when mixed with the wrong chemicals
Decomposition: Forms ammonia, nitrogen oxides, carbon monoxide at high heat or with strong reactants
Mistakes come fast with reactive amines like 2-aminopropane; the wrong bottle left open or a splash into acid leaves little margin for error.
Routes of Exposure: Inhalation, skin and eye contact, ingestion
Acute Effects: Burns, nausea, dizziness, difficulty breathing, coughing, vomiting
Chronic Effects: Repeated exposure causes dermatitis, respiratory irritation, possible liver or kidney damage
Carcinogenicity: Not established as a human carcinogen by most regulatory bodies, but long-term impacts remain poorly studied
For anyone who spends much time around amines, respiratory protection feels non-negotiable; skin contact left untreated can quickly become an ongoing medical problem.
Environmental Fate: Breaks down in air over time, but persists in water and soil long enough to be toxic
Ecotoxicity: Toxic to fish and aquatic organisms; contamination causes real problems for freshwater systems
Bioaccumulation: Not significant, but direct effects remain hazardous to near-field wildlife
Even small spills end up harming aquatic life, which amplifies the need for containment and careful disposal throughout a facility’s daily activities.
Hazard Waste: Dispose as a hazardous chemical through regulated collection points
Treatment: Neutralization with dilute acid may work, but only under controlled, supervised conditions
Prohibited Disposal: Never pour into drains, trash, or onto the ground
Lab workers and plant staff alike discover just how costly it can be to skip proper disposal—regulatory fines and environmental damage stick around for years.
UN Number: Assigned as a flammable, corrosive liquid under international transport codes
Shipping Precautions: Secure tightly, label clearly as hazardous, and separate from food, feedstuffs, and incompatible chemicals
Transport Hazards: Flammable even at moderate temperatures; leaks pose inhalation and fire risks on trucks and in storage
Experienced shippers use reinforced, sealed containers and log every move, since tiny oversights with chemicals like 2-aminopropane become public headaches in a hurry.
Occupational Limits: Strict exposure limits set in many countries; follow permissible exposure levels for workplace air
Labeling: Must show hazard symbols, physical and health risks, and recommended PPE
Compliance: Adherence required under chemical safety regulations in North America, Europe, and Asia
From local government agencies to large multinational rules, oversight stays tight on 2-aminopropane’s use and storage, keeping workplaces safer even as new research fills in knowledge gaps.
