Ammonium Perchlorate

Ammonium Perchlorate
Chemical formula: NH4CLO4
International name: Ammonium perchlorate
CAS No: 7790-98-9
Qualification: Import
Appearance: white fine crystalline powder
Packing: drums of 50 kg
Storage conditions: in a dry, well-ventilated area
Synonyms: Perchloric acid, Ammonium salt

Synonyms: Ammonium chlorate, Ammonium perchlorate, Anosite

We offer Ammonium Perchlorate from stock at competitive prices with delivery throughout Russia.

Specification

Purity 99,5% min
Moisture content 0,05% max
The contents of NH4CL 0,1% max
NH4CLO3 content 0,02% max
NH4BrO3 content 0,004% max
The content of Fe, Fe2O3 0,001% of max
The content of water-insoluble substances 0,02% max
Sulphate content 0,04% max
PH 4,3 – 5,8

Description

Ammonium perchlorate, ammonium chloride, PHA, NH4ClO4
Molecular weight 117.5. Colorless crystal. Soluble in water.

Table a solubility in water at an appropriate temperature:

T, °C 0 10 20 30 40 50 60 80 100
solubility, g / 100 g of water 12,1 16,4 21,7 27,7 34,8 42,5 50,6 68,6 87,3

Hygroscopic point at 25°C – 87%. Moderately soluble in hot acetone, methanol, ethanol, pyridine. t decay starts at about 150°C. Above 240°C it passes from rhombic to tetragonal modification. Transition heat 9 kJ / mol. t rapid decomposition 350-370°C (without melting). Density 1.952 g / cm3. The density of tetragonal modification existing above 240°C 1.76 g / cm3.

In the presence of combustible materials sensitivity to impact is significantly increased. For the first time ammonium perchlorate was obtained in 1831 (Serrulas) upon dissolution of ammonia in perchloric acid.

Decomposition catalysts: transition metal oxides, manganese and iron, copper chromite, ferrocene derivatives, iron acetylacetonate. Obtained by merging saturated solutions of sodium perchlorate and ammonium nitrate or neutralization of dilute chlorine K-Ty ammonia.

Quite toxic, able to penetrate through intact skin. In thermal decomposition, it releases toxic chlorine and hydrogen chloride.

Usage

Currently, it is widely used as an oxidizer in mixed rocket fuels and some EXPLOSIVES. Finds application in pyrotechnics: first of all – in fireworks and gas-generating structures.