100% water soluble ammonium nitrate

There ionic bond between ammonium nitrate and ammonium nitrate. When the dissolution time, the ion energy is required to break the bond energy, so absorption of ambient heat when dissolved. Cause the temperature drop.

There ionic bond between ammonium nitrate and ammonium nitrate. When the dissolution time, the ion energy is required to break the bond energy, so absorption of ambient heat when dissolved. Cause the temperature drop.

Endothermic main ammonium salts such as NH4Cl endothermic chemical reaction heat of the chemical reaction is called an endothermic reaction to absorb the total energy of the endothermic reaction, the reaction product was less than the total energy.

Resultant energy of chemical bonds (bond energy) is stronger, stronger stability; weaker energy stability, the worse

There ionic bond between ammonium nitrate and ammonium nitrate. When the dissolution time, the ion energy is required to break the bond energy, so absorption of ambient heat when dissolved. Cause the temperature drop.

Resultant energy of chemical bonds (bond energy) is stronger, stronger stability; weaker energy stability, the worse

Specifications

Caprolactam Ammonium Sulphate
Crystal, no caking.
Chloride free
100% water soluble
Min N content 21%

Ammonium Sulphate--N 21%, Nitrogen Fertilizer

We Supply 3 types:

1. Powder: steel grade powder.

2. Granular: steel grade 2-4mm.

3. Crystal:1-2mm, 2-4mm, caprolactam progress

Property:

1.crystal ammonium sulfate, lower moisture.
2. caprolactam process
3. 100% no caking

4. Molecular Formula: (NH4)2SO4

5.white granule, easily soluble in water. Aqueous solution appears acid. Insoluble in alcohol, acetone and ammonia, Easily deliquescent in the air.

Usage: Nitrogenous in agricultural industry.

Packing: Net each in 50kg plastic woven bag, lined with PE bag.25mt/20’fcl.

Specifications:

Item	Test result
Main content(KH2PO4)	White Granular
Main content, %	99.05
Nitrogen(NH4+), %	21.30
Moisture	0.20
Water insoluble, %	0.10
Free acidity(H2SO4)	0.03