Can An Aerosol Can Explode at Patrick Lowell blog

Can An Aerosol Can Explode. An aerosol can contains one fluid that boils well below room temperature (called the propellant) and one that boils at a much higher temperature (called the product). When the liquid flows through the nozzle, the propellant rapidly expands into gas. That job is done is by the valve at the top of the can—just underneath the button you press—which has a spring to stop it staying permanently open. In other designs, the evaporating propellant forms bubbles in the product, creating a foam. So if you are using as you would normally (finger on sprayer, spraying a stream) you will be fine. A deodorant spray can was left in the back of the vehicle that was parked in an open space in the middle of a hot, sunny day. Groman2 makes a good point. The plastic head on an aerosol can pushes down on a small valve, allowing the pressurized contents of the can to flow to the outside. Even if the active ingredient is not a hazardous chemical (eg, food products) the can is still capable of exploding or turning into a dangerous projectile. Aerosol cans are dangerous because of the unusual mix of substances stored under pressure inside the metal canister. As long as the can is intact, it can't explode. In some aerosol cans, this action helps to atomize the product, forming an extremely fine spray. An aerosol can would be entirely useless if there weren't some way of allowing its contents to escape in a very controlled way.

That job is done is by the valve at the top of the can—just underneath the button you press—which has a spring to stop it staying permanently open. So if you are using as you would normally (finger on sprayer, spraying a stream) you will be fine. As long as the can is intact, it can't explode. An aerosol can contains one fluid that boils well below room temperature (called the propellant) and one that boils at a much higher temperature (called the product). When the liquid flows through the nozzle, the propellant rapidly expands into gas. Groman2 makes a good point. Even if the active ingredient is not a hazardous chemical (eg, food products) the can is still capable of exploding or turning into a dangerous projectile. A deodorant spray can was left in the back of the vehicle that was parked in an open space in the middle of a hot, sunny day. An aerosol can would be entirely useless if there weren't some way of allowing its contents to escape in a very controlled way. Aerosol cans are dangerous because of the unusual mix of substances stored under pressure inside the metal canister.

Will Aerosol Cans Explode In Checked Luggage?

Can An Aerosol Can Explode That job is done is by the valve at the top of the can—just underneath the button you press—which has a spring to stop it staying permanently open. In some aerosol cans, this action helps to atomize the product, forming an extremely fine spray. So if you are using as you would normally (finger on sprayer, spraying a stream) you will be fine. In other designs, the evaporating propellant forms bubbles in the product, creating a foam. An aerosol can contains one fluid that boils well below room temperature (called the propellant) and one that boils at a much higher temperature (called the product). Aerosol cans are dangerous because of the unusual mix of substances stored under pressure inside the metal canister. A deodorant spray can was left in the back of the vehicle that was parked in an open space in the middle of a hot, sunny day. Even if the active ingredient is not a hazardous chemical (eg, food products) the can is still capable of exploding or turning into a dangerous projectile. That job is done is by the valve at the top of the can—just underneath the button you press—which has a spring to stop it staying permanently open. When the liquid flows through the nozzle, the propellant rapidly expands into gas. Groman2 makes a good point. An aerosol can would be entirely useless if there weren't some way of allowing its contents to escape in a very controlled way. The plastic head on an aerosol can pushes down on a small valve, allowing the pressurized contents of the can to flow to the outside. As long as the can is intact, it can't explode.