Nickel
Mag
5 is a nickel alloy containing 16 percent magnesium and about
0.2 percent carbon. It was developed by Inco for the foundry industry
as an additive for the production of ductile iron. It enables magnesium
to be introduced safely and efficiently into the molten iron bath to
yield ductile iron with predicable and exceptional properties. Foundry
additive alloys have been used in the commercial production of ductile
iron since their introduction more than fifty years ago.
The high solubility
of magnesium in nickel, the absence of segregation, and the relatively
slow release of magnesium into the iron bath makes Nickel Mag
5
a safe, efficient and economical additive for all types of base irons
and with all methods of addition. Magnesium recoveries are more consistent
and complete than with the nickel-free magnesium additives. The reaction
is calm and controlled with Nickel Mag
5 .
The small amount
of nickel introduced by Nickel Mag
5 functions as a graphitizer
and pearlite stabilizer. Nickel thus enhances the tensile strength
and other mechanical properties. The use of Nickel Mag
5 in the
production of ductile iron has been shown to minimize variations between
light and heavy sections of castings. This alloy is also eminently
suited for the production of austenitic and bainitic types of ductile
iron.
Specifications
Typical
Chemical Analysis (percent) |
Nickel |
60.0
- 65.0% |
Silicon |
4.5 -
6.5% |
Magnesium |
14.0
- 18.0% |
Manganese |
0.15%
max |
Carbon |
1.50% max |
Cobalt |
0.15% max |
Copper |
0.05% max |
Iron |
Balance |
Sizing |
4 x 1/4 2 x 1/2 1 x 8M |
Packaging |
551 lbs. steel drums |
4
drums per pallet; strapped |
|
|
Effective Date: 6/12/13 |
|
Please
Note:
Product specifications are subject to change
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