• Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum System 1
  • Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum System 2
  • Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum System 3
Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum

Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum

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Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
30 m.t.
Supply Capability:
1000 m.t./month

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Product Description
 
Ferro Alumium manganese alloys  

Description:
 
AlMnFe alloy is used as a deoxidizer in steelmaking, which can improve inclusion form and reduce the content of gas element  in molten steel.It can replace general alloy and pure aluminum for the final deoxidization in the process of steelmaking.
 
Application:
 
(1) Deoxidizing with Al-Mn-Fe can improve the quality of steel products.
 
(2) Deoxidizing with Al-Mn-Fe can make Al recovery stable, reduce the aluminum consumption and improve the rate of refining.
 
(3) Simplify the process of deoxidizing, be easy to operate and reduce the labor intensity.
 
(4) Have remarkable economic and social benefits by deoxidizing with Al-Mn-Fe.
 
Specifications:
 
 BrandChemical Composition (%)
AlMnFe
Al-Mn-Fe1≥48≥15Balance
Al-Mn-Fe2≥55≥5Balance

 
Size: 0~3mm,3~10mm,10~100mm or as customer's demands
Packing:1MT/water proof big bag or as customer's special demands
Remark:Chemical composition and size can be optional as per customers’ requirement.

 

Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum

Ferro Alumium Manganese Alloys Reduce the Consumption of Aluminum



 

Q: What is the difference between hard alloy and steel
Products: tungsten steel containing approximately 18% tungsten alloy steel, tungsten steel belongs to hard alloy, also called tungsten titanium alloy. The hardness for the Vivtorinox 10K, second only to diamond. Because of this, tungsten steel products (a common watch), has the characteristics of not easy to be worn. Commonly used in lathe tool, drill, impact drill glass knife head, tile cutter, hard annealing, but brittle. Hard alloy: powder metallurgy hard alloy belongs to the category of metal ceramic is also known as metal carbides (WC, TaC, TiC, NbC, etc.) or metal oxide (such as Al2O3, ZrO2 etc.) as the main ingredient, adding proper amount of metal powder (Co Cr, Mo, Fe, Ni, etc.) made by powder metallurgy method, has some characteristics of metal ceramic.
Q: What is the difference between them?From hardness, abrasion resistance analysis!
Is the use of metal carbide hard alloy with high heat resistance and high wear resistance (WC tungsten carbide, titanium carbide, tantalum niobium carbide TiC TaC, NbC etc.) and metal binder (cobalt, nickel and molybdenum) powder metallurgy products under high temperature sintering. Its hardness is 93 HRA8, high temperature resistance of 850 ~ 1000 C, has good abrasion resistance, allowing the use of the cutting speed can reach 100 ~ 300m / min, can be a variety of materials including machining hardened steel, hard alloy is commonly used tungsten cobalt (YG), tungsten titanium cobalt (YT) and general hard alloy (YW) three.Diamond is an allotrope of carbon, natural diamond and diamond two.
Q: Carbide according to the structure of the words, what can be divided into?
The microstructure of the hard alloy, and can be divided into structural and non uniform structure, which contains many kinds of non uniform structure, such as the gradient structure of hard alloy and hard alloy honeycomb structure, the special non hard alloy uniform structure is applicable in industrial production should be stronger than ordinary hard alloy.
Q: The use of cemented carbides YG and YT
Three, need to point out is: YG, YT, YW each alloy has different models, each model has different applicable range, the above refers to the comprehensive analysis.
Q: What are the well-known brands of cemented carbide materials at home and abroad?
A lot of foreign ah, Sweden Sandvik, German - Luxemburg, American Kenna, Israel - Domestic - hard line iscar; diamond, Zigong the Great Wall, Xiamen gol-egret etc.
Q: What is the specific gravity of cemented carbide?
Similar to mercury. Tungsten cobalt carbide 14.4~15.3 density, tungsten, cobalt, titanium carbide 9.7~13.2 density, can float in the mercury is a steel knife, sink into the mercury is a cast iron knife
Q: Explain from the materialGeneral modelIf you buy itWhat parameters are provided?
There is another type of cemented carbide called titanium based cemented carbide, commonly known as "cermet"Buy it to shape (such as rods, blade), size and material (on behalf of the main chemical composition and particle size, but apart from a small number of national standard grade, most of them are the enterprise's own brand), and if you need special requirements (such as with cooling hole two 30 degrees within the spiral angle).
Q: What is the coefficient of thermal expansion of cemented carbides?
The thermal expansion coefficient of cemented carbide is about 6*10^ (-6) / C, and there is a slight difference according to the type of cemented carbide
Q: I want to process more hard stainless steel, with YC45 this type of carbide knife can do? Where can I buy authentic, know the friend told me, thank you
If it is stainless steel (316 or 304), it is recommended that you use YG8 alloy cutter head, processing needs low speedWith sufficient cutting fluid, this stainless steel does not require any other cutting tools.Note: YG8 impact resistance, but not high temperature
Q: Model of grinding carbide wheel sheet
I. model:Generally, diamond grinding wheels are used for grinding carbide, and diamond grinding wheels are usually divided into diamond size. Model 400 is fine.Two. Brief introduction of grinding wheel:Also called consolidation abrasives, grinding wheels are bonded by the bond of ordinary Abrasives into a certain shape (most round, central through hole), and has a certain strength of the consolidation of abrasives. It is generally made up of abrasives, binders and pores. These three parts are often called the three elements of the bonded abrasives. In accordance with the different classification of binders, there are common ceramic (bond) grinding wheel, resin (bond) grinding wheel, rubber (bond) grinding wheel. The grinding wheel is one of the largest amount of abrasives, widely used, when using high-speed rotation can be cylindrical, metal or nonmetal workpiece inner circle, plane and various surface of rough grinding, semi fine grinding and fine grinding and notching and cutting etc..

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