Guimeng Alloys

Source: China henan
Model: iron manganese si25 60
Shape: massive

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1. Ingredient List

Grade	Chemical Composition
	Mn	Si	C	P	S
	Mn	Si	≤
FeMn64Si27	60-67	25-28	0.5	0.25	0.04
FeMn67Si23	63-70	22-25	0.7	0.25	0.04
FeMn68Si22	65-72	20-23	1.2	0.25	0.04
FeMn64Si23	60-67	20-25	1.2	0.25	0.04
FeMn68Si18	65-72	17-20	1.8	0.25	0.04
FeMn64Si18	60-67	17-20	1.8	0.25	0.04
FeMn68Si16	65-72	14-17	2.5	0.25	0.04

Source: China henan

Model: iron manganese si25 60

Shape: massive

Material: carbon, manganese, silicon dioxide

Chemical composition: manganese silicon

Size: accept customization

Sample: free samples

Colour: black metallurgy

2. Related introduction

Manganese and silicon are carbon steel used in the main alloy elements. Manganese is one of the most main deoxidizers in the steelmaking process, almost all types of steel need DNA by manganese. Because when deoxidization with manganese to generated oxygen product melting point is lower, easy to rise; Manganese can also increase the size of silicon and aluminum deoxidizer deoxidization effect. All that needs to be to join a small amount of manganese steel capital as the desulfurized can make the steel for hot rolling, forging, and other processes without fracture, manganese is the most important alloy element in steel, will add more than 15% of manganese in alloy steel to increase the strength of the steel structure. Silicon is the second only to manganese iron and carbon steel alloy elements of the most important. In steel production, silicon is used primarily as a molten metal deoxidizer, or as alloy additives to increase the intensity of steel and to improve its performance. Silicon is an effective storage medium, it can make carbon into free storage of carbon in cast iron. Join the standard silicon of gray iron and nodular cast iron can reach 4%. And a large number of manganese and silicon is added to the molten steel in the form of ferroalloy: in ferromanganese, silicon manganese, and silicon.

3.Product production