Non-toxic, environmentally friendly, biodegradable  & effective fire extinguishers.

Dangers of Fire Extinguisher Powder Exposure

After a fire, the residue left by a fire extinguisher needs to be cleaned up. Many areas do not allow phosphates or sulfates to be added to the water table. Since the majority of fire extinguishers contain ammonium phosphate and/or ammonium sulfate, you need to be careful about cleaning up. The chemicals can irritate your skin, so use gloves and avoid inhaling by using a dust mask.

Fire Extinguisher Powder Consumption

Despite being non-toxic, you shouldn’t try to consume the powder that comes from a fire extinguisher. If you do eat some of the powder, it could cause your throat to become sore and red and may even cause some stomach upset, but this would require quite a bit of powder. You should rinse any dishes or food that has been covered, but if you do get a little on your plate, don’t worry. It won’t hurt you in small amounts and is quite safe to deal with. As a fire man or woman you might inhale quite a bit of of the stuff and this will make you run to the loo. This is why we recommend to use an environmentally friendly biodegradable  fire extinguisher such as the one you can get from Fire Defender

Fire Extinguisher Powder Inhalation

Fire extinguisher powder inhalation is one of the biggest dangers with fire extinguishers. It is very irritating to mucous membranes and may cause difficulties with breathing if inhaled in large enough quantities. Usually, in a small fire situation where you would be using one of the commonly seen extinguishers, there would not be enough dust to be breathed in. However, if it does happen, you should go to the hospital. The dust may coat your lungs on the inside, which can prevent oxygen from reaching the rest of the body.

Not all fire extinguisher powders are the same. They must be non-toxic in order to be safe for home and car use, but keep in mind that the powder may be irritating to skin and eyes. Avoid inhaling and stay away from ingesting quantities of the powder.