Application: Manganese gives strength, counteracts the embrittling effect of sulfur, and increases nitrogen solubility. Other manganese grades available as required.

Silicomanganese

	% Mn	% Si	% C	% S	% P
Silicomanganese	65-68	16-18.5	2.0 Max	0.04 Max	0.2 Max

Application: Used as both deoxidizer for steel, and for chemistry adjustment of silicon and manganese in iron and steel.

Medium Carbon Ferromanganese

	% Mn	% Si	% C	% S	% P	% N
Medium Carbon Ferromanganese	80-85	1.5 Max	1.5 Max	0.02 Max	0.30 Max
Medium Carbon Ferromanganese (Low Nitrogen)	80-85	0.20 Max	1.5 Max	0.02 Max	0.30 Max	0.06 Max
Medium Carbon Ferromanganese (Low Silicon)	80-85	0.20 Max	1.5 Max	0.02 Max	0.30 Max

Application: Used as manganese addition in production of low carbon and medium carbon steels.

Low Carbon Ferromanganese

	% Mn	% Si	% C	% P
High Carbon Ferromanganese - A	78 Min	1.2 Max	.50 Max	0.3 Max
High Carbon Ferromanganese - B	76 Min	1.2 Max	.50 Max	0.3 Max
High Carbon Ferromanganese - C	72 Min	1.2 Max	.50 Max	0.3 Max

Application: Produced especially for the introduction of manganese to low carbon steel and stainless steel.

High Carbon Ferromanganese

	% Mn	% Si	% C	% P
High Carbon Ferromanganese - A	78 Min	1.2 Max	6-8 Max	0.3 Max
High Carbon Ferromanganese - B	76 Min	1.2 Max	6-8 Max	0.3 Max
High Carbon Ferromanganese - C	72 Min	1.2 Max	6-8 Max	0.3 Max

Application: Used in cast iron to increase strength and to tie up the sulphur. Also used in chemistry adjustment and as a deoxidizer for steel.

Nitrided Medium Carbon Ferromanganese

	% Mn	% Si	% P	% C	% N
Nitrided Medium Carbon Ferromangonese	75 Min	1.5 Max	0.20 Max	1.5 Max	5.0 Min

Application: An efficient and economical means to introduce nitrogen to steel and stainless steel.

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