ตารางที่ 1   แสดงสารที่เข้ากันไม่ได้ (Incompatible  Substances)  กับแอมโมเนีย  แอนไฮดรัส     

Substances

Reactivity
ACIDS Violent reaction.
ALDEHYDES May undergo violent exothermic condensation.
ALKALIMETALS Forms explosive metal hydrazides.
ALKYLENE OXIDES May undergo violent exothermic condensation.
ALUMINUM May be corrosive.
AMIDES Possible violent reaction.
ARSINE Vigorous reaction with the liquid.
BORON Incandescent reaction with release of hydrogen gas when heated.
BORON HALIDES Violent reaction.
CALCIUM Exothermic reaction which may become incandescent.
CARBON MONOXIDE Forms explosive product with the liquid.
CHLORIC ACID Formation of explosive compound.
CHLORINE AZIDE  

Formation of explosive compound.
CHLORINE      MONOXIDE  
Explosive mixture.
CHLORITES  
Forms shock-sensitive compound.
CHLOROFORMANIDINIUM  NITRATE  
Violent reaction
1-CHLORO-2,4-DINITROBENZENE  
Violent reaction with possible explosion.

2-CHLORONITROBENZENE 

 

Violent reaction.

CHLOROSILANE 

 

May form spontaneously flammable compound. 

 
CHROMIUM TRIOXIDE(CHROMIC ANHYDRIDE)


 

Exothermic oxidation with possibleincandescence. 

 

CHROMYL CHLORIDE 

 

Incandescent reaction with possible ignition. 

 

COATINGS 

 

Attacks. 

 

COPPER 

 

May be corrosive. 

 

DIAMMINEBORONIUM HEPTAHYDROTETRABORATE 

 

Violent decomposition. 

 

DIBORANE 

 

Ignition. 

 

1,2-DICHLOROETHANE 

 

May explode on contact with the liquified gas. 

 

DIMETHYL SULFATE 

 

Violent reaction. 

 
  GERMANIUM DERIVATIVES Possible explosion.

HALOGENS

 

 

 Violent reaction with possible formation of explosive compound.
HEAVEY METALS AND COMPOUNDS

 

 May form compounds which are explosive when dry.
HEXACHLOROMELAMINE  

 

 Fire and explosion hazard.
HYDRAZINE  

 

 Forms explosive metal hydrazides.

 

HYDROGEN BROMIDE

 

 

 Vigorous reaction.

HYPOCHLOROUS ACID

  

 

Explodes on contact.

 
SODIUM Forms explosive product with the liquid.

 
SODIUM NITRITE

 

 Produces explosive, reactive solid.

 
STIBINE

 

 Explosion on heating.

 
SULFUR+COMPOUNDS

 

 May form explosive product.

 
TELLURIUM HALIDES

 

 Forms explosive compound.

 
TETRAMETHYLAMMONIUM AMIDE

 

 Explosive decomposition.

 
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