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Stability in organic solvents and identity of<br />
relevant degradation products<br />
Dissociation constant<br />
Viscosity<br />
Magnetic Properties<br />
Not applicable<br />
Not applicable<br />
Not applicable<br />
Ferromagnetic<br />
Section 10. Stability And Reactivity<br />
10.1 Reactivity Stable under normal conditions.<br />
10.2 Chemical stability Stable under normal conditions.<br />
10.3 Possibility of hazardous Stable under normal conditions.<br />
reactions<br />
10.4 Conditions to avoid This product can react vigorously with acids to liberate hydrogen, which can<br />
form explosive mixtures with air. Under special conditions nickel can react<br />
with carbon monoxide in reducing atmospheres to form nickel carbonyl,<br />
Ni(CO) 4, a toxic gas. Metal powders when heated in reducing atmospheres<br />
may be<strong>com</strong>e pyrophoric.<br />
10.5 In<strong>com</strong>patible materials Acids, Strong oxidising agents.<br />
10.6 Hazardous<br />
De<strong>com</strong>position<br />
Product(s)<br />
Nickel carbonyl gas<br />
Section 11. Toxicological Information<br />
As a mixture the toxicological properties of this product are unknown. The toxicology of the reported<br />
ingredients are summarized below.<br />
Nickel<br />
Acute Toxicity:<br />
a) Oral: Non toxic - LD 50 ORAL RAT >9000 mg/kg<br />
b) Inhalation: No information available<br />
c) Dermal: No information available.<br />
Corrosivity/Irritation:<br />
a) Respiratory Tract: None<br />
b) Skin: See sensitization section.<br />
c) Eyes: Mechanical irritation may be expected.<br />
Sensitization:<br />
Created: 29 - October – 2012 <strong>Tonimet</strong>® Page: 8 of 16<br />
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