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Yes, but only after an extended period of time, and depending on the concentration. I kept a 500 mL glass jar off 50% NaOH in my lab for two years and the glass didn't dissolve, but did get eaten away. At the bottom of the jar there was a rather thick, but under a cm, layer of residue and you could tell that the NaOH has eaten some of the glass away.

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15y ago

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What acid can eat through wood?

Hydrofluoric acid is known to eat through many things, including glass. Though I don't think that there is any specific acid that can eat through everything. Hydroflouric acid can eat through just about anything.


What acid cannot be kept in glass containers?

Hydrofluoric acid is an acid that cannot be kept in glass containers because it reacts with silica in the glass to form silicon tetrafluoride and water, weakening the container and potentially causing it to break. This reaction can release toxic fumes and lead to leaks.


Why must caution be used when handling NaOH?

i think that is not good for body? <><><> It is very bad for the body. NaOH (sodium hydroxide) is commonly called lye. It is very corrosive, and will damage skin, eyes, or any tissues it touches. In short, it will eat holes in your body.


What is the name of NaOH?

eat people In water NaOH becomes a strong base and can dissolve things like human skin and is used as a drain cleaner. When small amounts of water are added to dry NaOH, the reaction generates heat.


Why are reagent bottle made of glass?

Not all reagent bottles are glass. Bottles for Hydrofluoric acid are plastic-- it will eat through glass! Some Reagent bottles are polypropylene. The glass-stoppered ones that used to be some common in labs were because they didn't have the plastics they do now. Many nasty acids, like concentrated Nitric, will dissolve most bottle caps--rubber, cork, steel, etc. The loose ground-glass stoppers are inert to most acids and alkalies, and also don't contaminate the reagent. Picric Acid, for example, used to be readily available; it wasn't too corrosive but would produce a sensitive high explosive if exposed to copper and some other metals.

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