|Chemical Name:||Hexamethylenetetramine, Hexamine||CAS No.:||100-97-0|
|Storage:||Store In A Cool, Ventilated Warehouse. Keep Away From Fire And Heat Sources. Package Sealing||Appearance:||White Hygroscopic Crystalline Powder Or Colorless And Shiny Rhombus Crystals|
Hongzheng C6H12N4 Crystalline Powder,
Hongzheng 100-97-0 Crystalline Powder,
Hongzheng 99% urotropine
Hexamine Powder 99%Min Urotropine Hexamine Hexamethylenetetramine White Powder
Hexamine also called urotropine, is white hygroscopic crystalline powder or colorless shiny rhomboid crystals, combustible. The melting point is 263°C. If it exceeds this melting point, it will sublime and decompose, but will not melt. When the temperature is raised to 300°C, hydrogen cyanide is released, and when the temperature rises again, it is decomposed into methane, hydrogen and nitrogen. The relative density is 1.331 (20/4°C), and the flash point is 250°C. Almost odorless, sweet and bitter in taste. It is soluble in water and chloroform, insoluble in carbon tetrachloride, acetone, benzene and ether, and insoluble in petroleum ether. It is decomposed into ammonia and formaldehyde in weak acid solution. When in contact with the flame, it burns immediately and produces a smokeless flame. Volatile.
It is white hygroscopic crystalline powder or colorless shiny rhomboid crystals, combustible.
|Urotropine Hexamine White Powder|
|Heavy metal (Pb) %≤||0.001|
|Chloride (Cl) %≤||0.015|
|Ammonium (NH4) %≤||0.001|
1. Hexamine can be used as a raw material for organic synthesis, analytical chemical reagents, antibiotics, fuel, and has many uses in chemical production. Urotropine reacts with fuming nitric acid to form a very explosive "cyclone explosive" RDX.
2. Some of the main uses of urotropine are listed below: medicine; accelerator for rubber vulcanization; preservative in cheese; curing agent for phenolic resin; fuel, shared with 1,3,5-trioxane , Will not produce smoke and ashes when burned; adhesives; corrosion inhibitors; protein modifiers; synthetic RDX (RDX); production of deodorants and hair restraints.
3. In chemistry: configure buffer solution; analytical reagents to determine ion content; chromatographic reagents; Duff reaction (formylation of aromatic hydrocarbons), Sommelet reaction (convert halogenated benzyl into aldehydes), Delepine reaction (convert halogenated hydrocarbons into amines) ) In the reagent.
Contact Person: Jessic
Tel: +86 13928889251