Product Description
Product details
|
CAS Number
|
7789-09-5
|
|
Form
|
Power
|
|
Brand
|
Cynor
|
|
Purity
|
99 %
|
|
Packaging Size
|
100 gm
|
|
Usage/Application
|
Laboratory use
|
|
Packaging Type
|
Bottle
|
Packaging available like 100 gm, 500 gm , 5 Kg etc.
Physical Properties and SafetyAmmonium Dichromate presents as a vivid orange-red crystalline solid, designed specifically for precision laboratory analysis and research. As a powerful oxidizer and classified under Hazard Class 6.1, it should be handled with strict safety precautions. Storage in tightly closed containers, in cool, dry environments away from incompatible substances such as organic material, is crucial to preventing hazardous reactions. The product is odorless, non-flammable, and has a shelf life of up to 36 months.
Applications in Laboratories and IndustryThis compound serves as a versatile analytical reagent in university labs and research facilities. Common applications include acting as a catalyst, initiating reactions in pyrotechnics, and contributing to photographic processes. Its consistently high purity (99%) ensures reliable results in sensitive experiments. Ammonium Dichromate's reactivity and decomposition products make it indispensable in controlled laboratory settings where expertise and suitable safety measures are assured.
FAQ's of Ammonium Dichromate:
Q: How should Ammonium Dichromate be safely stored and handled in a laboratory setting?
A: Store Ammonium Dichromate in tightly sealed containers made of plastic or HDPE, placed in a cool, dry location away from incompatible materials, especially organic substances. Always use proper protective equipment and work in well-ventilated areas due to its toxicity and strong oxidizing properties.
Q: What are the main uses of Ammonium Dichromate in research and industry?
A: Ammonium Dichromate is widely utilized as a laboratory reagent in analytical procedures, as a catalyst in chemical reactions, in pyrotechnics for triggering ignition, and in photographic processes due to its reliable oxidizing capability and high purity.
Q: When does Ammonium Dichromate decompose, and what products are formed?
A: Ammonium Dichromate decomposes at 170C, producing chromium oxides, nitrogen oxides, and water vapor as decomposition products. It does not have a traditional boiling point, as it breaks down before boiling.
Q: Where can Ammonium Dichromate be transported, and what are key transport considerations?
A: Transportation of Ammonium Dichromate must comply with local, national, and international regulations, including its classification as a toxic substance (UN number 1439). Appropriate packaging and documentation are required to ensure safe transit and legal compliance.
Q: What is the process for using Ammonium Dichromate as an analytical reagent?
A: To use Ammonium Dichromate in analysis, dissolve it in water (as it is water-soluble), and incorporate it into chemical assays as specified for your application. Ensure strict adherence to safety protocols due to its toxic nature and strong reactivity.
Q: What are the benefits of using Ammonium Dichromate with 99% Extra Pure grade?
A: Utilizing Ammonium Dichromate with 99% purity ensures high reliability and accuracy in laboratory reactions, minimizing risks of impurities affecting experimental outcomes in research and industrial processes.