Lead Nitrate 99% Chemical appearance
Lead nitrate 99% or Lead dinitrate has a white colour and comes in the form of small crystals bits. It is very soluble in water.
Lead nitrate or Lead dinitrate is an inorganic compound which has a wide array of applications in different industries. In the field of mining, it is used as an accelerator in the cyanidation process of gold and other precious metals. In the flotation processes it is a great activator of stibnite in antimony ores.
- It has the ability to enhance the kinetics of gold leaching.
- One of the advantages of Lead nitrate is that it can activate sphalerite which is like Copper Sulphate.
- Adding lead nitrate will not the consumption of cyanide.
- When used along with oxygen, it is able to provide better effectiveness in the extraction of gold.
- Lead Nitrate is also used as a heat stabilizer in polyester and nylon materials. Manufacturers also use it in the coatings of photothermographic paper.
In the manufacturing industry, Lead Nitrate serves as a raw material in the production of certain explosives, such as lead azide.
Lead Nitrate 99% requires careful storage and handling. Store it in a dry environment away from water, excessive heat, fire, and direct sunlight. Because Lead Nitrate is highly toxic and carcinogenic, workers must follow appropriate safety procedures and use proper protective measures when handling it.
- Other applications of lead nitrate is a dyeing mordant, medical astringent, chemical reagent, and many more.
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Frequently Asked Questions
1. What is Lead Nitrate 99%?
2. What is the chemical formula of Pb(NO3)2.?
3. What is the CAS number of Pb(NO3)2.?
4. What is the molecular weight of Lead Nitrate?
5. What are the synonyms and alternative names for Pb(NO3)2.?
6. Is Lead Nitrate the same as Lead(II) Nitrate?
7. Is Lead Nitrate also known as Plumbous Nitrate?
8. What does 99% purity mean for Pb(NO3)2.?
9. What are the physical properties of Lead Nitrate?
10. What are the main industrial uses of Lead Nitrate 99%?
11. Which industries use Pb(NO3)2.?







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