High Carbon Femn For Steelmaking

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Specifications

different kinds of ferromanganese
1 different brands of products for different industrial uses
2 high quality
3 good service

ferromanganese

There are three kinds of ferromanganese according to its different carbon content: low carbon FeMn, middle carbon FeMn, high carbon FeMn. And there are two different types of high carbon FeMn according to their different chemical composition: electric furnace FeMn and blast furnace FeMn.

Application: deoxidizer, alloying agent, desulfurizer.

Package:(1):ton bag

(2):according to client’s special requirement

electric furnace FeMn
types	brand	chemical composition%
		Mn	C	Si		P		S
			C	I	II	I	II	S
			max
low carbon FeMn	FeMn88C0.2	85.0---92.0	0.2	1	2	0.1	0.3	0.02
	FeMn84C0.4	80.0---87.0	0.4	1	2	0.15	0.3	0.02
	FeMn84C0.7	80.0---87.0	0.7	1	2	0.2	0.3	0.02
middle carbon FeMn	FeMn82C1.0	78.0---85.0	1	1.5	2.5	0.2	0.35	0.03
	FeMn82C1.5	78.0---85.0	1.5	1.5	2.5	0.2	0.35	0.03
	FeMn78C2.0	75.0---82.0	2	1.5	2.5	0.2	0.4	0.03
high carbon FeMn	FeMn78C8.0	75.0---82.0	8	1.5	2.5	0.2	0.33	0.03
	FeMn74C7.5	70.0---77.0	7.5	2	.	0.25	0.38	0.03
	FeMn68C7.0	65.0---72.0	7	2.5	4.5	0.25	0.4	0.03


blast furnace FeMn
types	brand	chemical composition%
		Mn	C	Si		P		S
			C	I	II	I	II	S
			max
high carbon FeMn	FeMn78	75.0--82.0	7.5	1	2	0.3	0.5	0.03
	FeMn74	70.0--77.0	7.5	1	2	0.4	0.5	0.03
	FeMn68	65.0--72.0	7	1	2.5	0.4	0.6	0.03
	feMn64	60.0--67.0	7	1	2.5	0.5	0.6	0.03
	feMn58	55.0--62.0	7	1	2.5	0.5	0.6	0.03

High Carbon Femn For Steelmaking

Q: What kinds of carbide cutting tools are used in the 16 and 20 manganese grinding of the lathe?: YG6A is not suitable for processing steel, especially manganese steel. It is used to process cast iron, which is easy to accumulate.With YS8, you can.

Q: General carbide and high-speed steel blade cutting speed? (about the range is OK.): Carbide wire feed rate F0 per revolution. 08-0. 2, high-speed steel: F0. 03-F0. 1, see what processing materials, machine tools, steel and sex

Q: Carbide yk20? What do you mean?: Cemented carbides YK20, Y represent alloy categories - tungsten cobalt, K20 represents cobalt contentDensity g/cm3:14.30-14.60;The hardness of HRA is more than or equal to 86.5;The shear strength is greater than or equal to N/mm2:2350,Performance and usage: with high toughness and wear resistance, suitable for embedding percussive rotary drilling bit, drilling in hard and tight hard rock.

Q: Detailed comparison of cemented carbide with diamond properties: Diamond is hard and brittle, with excellent performance, most of the material processing, as is the emerging industry, the production level is uneven, the high price range; processing hard alloy is less, the price is relatively cheap, because it is a traditional industry, level of production is relatively mature. If you are now worried about the choice of a tool for processing, using diamond tools or carbide tools?

Q: What brand of carbide is used in woodworking tools?: Carbide YS2T: is used for low speed roughing and milling of heat resistant alloys and semi finishing of titanium alloys, stainless steels, and low alloy steels. Carbide YL10.2: has high flexural strength and good wear resistance, used in low speed rough car and milling heat-resistant alloy, titanium alloy, also can be processed glass fiber reinforced plastic, making PCB micro drilling and so on. YG3/YG6: is suitable for hard alloy cast iron, nonferrous metals and their alloys and non metallic materials during continuous cutting fine cars, semi refined car, suitable for small section iron fine car, and can be used for the coarse thread, steel, nonferrous metals, wet lubrication tensile alloy wire and non metal wire drilling etc..

Q: Machining center 8 mm carbide cutter processing 45 steel, how to set the speed, feed, and moving speed?: Faster, two RPM 1 mm, too fast, with G96 RPM feed 0.2 below

Q: Is there a material that is more wear-resistant than cemented carbide and has a relatively low cost?: If it is numerical control tool, it is more wearable than cemented carbide: ceramic, CBN, diamondAmong them, the lowest price of ceramics, diamond prices are highest

Q: 5 meters long hard alloy bars, where are they sold?: This should be hard to buy. You can call Zhuzhou diamond carbide group. If they don't, then there's no chance of it

Q: Why is Zhuzhou cemented carbide plant called (601) what is this code number? What does it stand for? 601, production of military?I found the Zhuzhou code factories such as: Zhuzhou hard alloy factory (code 601) Zhuzhou Southern Power Machinery Factory (code 331) Zhuzhou vehicle factory (code 430) add code 6+0+1=7 3+3+1=7 4+3+0=7 are equal to 7 this is the 7 to have the meaning or coincidence: Construction 601 is for military services, and now the city has changed. Now there are many military factories are code names, only know its code name, I do not know what it is to do.

Q: Printing requirements for cemented carbide: Since 80s the advent of nano cemented carbide, and gradually formed a new sintering method, such as microwave sintering, field assisted sintering (such as spark plasma sintering and plasma activated sintering), two stage sintering, selective laser sintering etc..Vacuum sintering (Vacuum Sintering) is one of the more widely used methods for cemented carbide sintering, which began in the 30s of last century,Great progress has been made in the past thirty years. Vacuum sintering is the process of sintering and pressing in a negative pressure gas medium. Vacuum sintering can improve the purity of furnace gas and the negative pressure can improve wettability of bonded hard phase. Vacuum sintering has the following advantages: sintering in vacuum condition, hinder greatly reduces the adsorption of gas on the surface of powder and closed pore gas on the densification of the powder, is favorable to the diffusion process, which is conducive to the densification; better able to exclude Si, Mg and Ca in the sintered body trace of oxide impurities thus, to improve the purity of hard alloy; improve the wettability of liquid phase sintering, is conducive to tissue shrinkage and improve the alloy.

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