yes, you can mix napalm with thermite, though EXTREMELY dangerous it makes for a much bigger flame, much more destructive, and a hell of a lot more delicate. so make sure that when it gets ignited, to be plenty far away.
Napalm isn't an explosive, the explosive in napalm devices is jellied gasoline, Napalm is the substance that binds it all together.
Napalm, thermite, and magnesium burns are chemical burns that can be severe and deep, often involving the skin and underlying tissues. These burns can be difficult to extinguish and may also produce toxic fumes that can be harmful if inhaled. Immediate medical attention is necessary for these types of burns.
When thermite is ignited, it produces intense heat through an exothermic oxidation-reduction reaction. Adding oxygen and hydrogen to the mix could potentially react with the thermite, leading to a more explosive combustion. The hydrogen could react with the oxygen to form water, while the thermite reaction continues to generate high temperatures and release molten metal. Safety precautions must be taken when experimenting with these materials, as it can lead to a highly dangerous and uncontrolled reaction.
Combining gunpowder and napalm can create a highly volatile and dangerous mixture that is highly unpredictable. The mixture could potentially lead to a rapid and intense combustion, causing an explosion with serious consequences. It is important to handle these materials with extreme caution and follow safety protocols.
Originally, napalm consisted of gasonline, thickened with naphthenic and palmitic acids. This has been obsolete for many year. Ccurrently Napalm B is a mix of gasoline, benzene, and styrene. Improvised thickened fuels may be made with soap (not detergent) or other products- but they are expedients, and not as safe or effective as true Napalm. No advantage, other than availability in prmitive settings.
For the classical iron oxide and aluminum thermite, the products of the reaction are aluminum oxide (Al2O3) and iron (Fe). However, there are many kinds of thermite, but they always produce the pure metal from the oxide.
sometimes with the use of thermite, or white phosphorus in newer type b,s
Napalm, thermite, and magnesium burns are chemical burns that can be severe and deep, often involving the skin and underlying tissues. These burns can be difficult to extinguish and may also produce toxic fumes that can be harmful if inhaled. Immediate medical attention is necessary for these types of burns.
lots of gasoline and if you want to make it at home, add styrofoam in a particular way which i do not know
Roughly $3 a pound It is a 1:3 ratio of aluminum oxide and black iron oxide (respectively, and is the best mix)
When thermite is ignited, it produces intense heat through an exothermic oxidation-reduction reaction. Adding oxygen and hydrogen to the mix could potentially react with the thermite, leading to a more explosive combustion. The hydrogen could react with the oxygen to form water, while the thermite reaction continues to generate high temperatures and release molten metal. Safety precautions must be taken when experimenting with these materials, as it can lead to a highly dangerous and uncontrolled reaction.
napalm is the mix with petroleum jelly to create a fire bomb!
When you mix aluminum and oxygen, you get aluminum oxide. If you mix iron with aluminum oxide, the aluminum will react with the iron oxide, forming a thermite reaction that produces molten iron and aluminum oxide slag.
Napalm is a burning agent.
Copper thermite is a type of thermite where instead of the iron oxide, copper oxide is used instead. The reaction produces pure copper metal, but this thermite gets a little more splattery than the iron thermite.
It will form a mixture of the two compounds.
Thermite is manufactured from pure metals and avoiding the use of carbon in the process of it. Thermite was originally discovered by a German chemist named Hans Goldschmidt.
Combining gunpowder and napalm can create a highly volatile and dangerous mixture that is highly unpredictable. The mixture could potentially lead to a rapid and intense combustion, causing an explosion with serious consequences. It is important to handle these materials with extreme caution and follow safety protocols.