Ferro Silicon For Steelmaking

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Specifications

Supply 75/72 ferro silicon/fesi for steelmaking
1 Best quality and competitive price
2 Free sample

Supply 75/72 ferro silicon/fesi for steelmaking

Specifications

1Type: FeSi75 FeSi72

2Size: 0-1mm 1-3mm 3-8mm 60mesh 120mesh 200mesh 320mesh

3We can do CIQ & SGS quality certification according to customer requirement.

Applications

Ferro silicon

1Ferrosilicon is often used as deoxidizer in steelmaking.

2Ferrosilicon also can be used as alloy elements join agent, which is widely used in low alloy steel, non-ferrous metal, bering steel, heat-resistant steels and electrician silicon-steel.

3Ferrosilicon commonly used as a reductant in ferroalloy production and chemical industry.

4In iron industry it often used as inoculants and nodulizer and deoxidizer.

Ferro silicon Granules

Ferrosilicon granules is produced by high-quality ferrosilicon. We can supply all kinds of Chemical composition. It is mainly used as the deoxidizing agent in steelmaking, steel casting and the latter courses of steelmaking, 1-3mm is the common specifications. Ferrosilicon granules can be used as the suspension agent in the mineral processing, and as the reducing agent in the alloy

melting.

Chemical Content

Grade	Size	Chemical Content (%)
		Si	S	P	C
		≥	≤
FeSi75	0-1mm 1-3mm 3-8mm 60mesh 120mesh 200mesh 320mesh	75	0.02	0.04	0.2
FeSi72	0-1mm 1-3mm 3-8mm 60mesh 120mesh 200mesh 320mesh	72	0.02	0.04	0.2
Remark	Particle size can be adjusted according to customer requirement

FACTORY:

Ferro Silicon For Steelmaking

Q: What kinds of carbide cutting tools are used in the 16 and 20 manganese grinding of the lathe?: YW2 super easy to use, not YG, easy to jump knife

Q: What is called cemented carbide?: In addition to carbon atoms, a nitrogen atom and void boron atoms can enter the metal lattice, formed interstitial solid solution. With the properties of mesenchymal type carbide. They are similar to electrical and thermal conductivity, high melting point, high hardness, brittleness and is also large.The matrix of cemented carbide consists of two parts: one is a hardening phase, and the other is bonded metalIs the hardening phase transition metal carbides in the periodic table of elements, such as tungsten carbide, titanium carbide, tantalum carbide, their hardness is very high, the melting point of 2000 DEG C, and some even more than 4000 degrees. In addition, nitrides, borides, silicides of transition metals have similar characteristics, can also act as a hardening in hard alloy the phase hardening phase due to the existence of alloy with high hardness and wear resistance.Bonding metals are generally iron based metals, and cobalt and nickel are commonly usedManufacture of hard alloy, the size of raw powder in 1 ~ 2 microns, and high purity. Raw materials according to the provisions of the proportion of added alcohol or other medium in the wet ball mill in wet grinding, making them fully mixing, crushing, drying, sieving after adding wax or gel forming agent of a class then, after drying and sieving to prepare a mixture. Then, the mixture granulation, pressure type, heated to the melting point of the metal bond (1300 to 1500 DEG C) when hardening phase and bonding metal to form eutectic alloy. After cooling, the hardening phase distribution in grid bonded metal composition in each other closely together, form a firm whole. The hardness of the hard alloy depends on the hardening phase content and grain size, the hardening phase content is higher, more fine grain, hardness is greater. The toughness of cemented carbide by bonding metal bonded gold decision. The higher the content, the greater the flexural strength

Q: What are the grinding carbide wheels?: Diamond grinding wheel, carborundum wheel. Only welded blades use carborundum wheels, and generally fine grinding blades use diamond grinding wheels.

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: The difference between cemented carbide YG 15 and yg12: Material introduction: YG3X 14.6-15.2 132092 is suitable for high speed finish machining of cast iron, non-ferrous metal and alloy, hardened steel, alloy steel and small cutting section. K01 YG3X YG6A 14.6-15.0 137091.5 is suitable for semi hard finishing of hard cast iron, non-ferrous metals and their alloys. It is also suitable for semi finishing and finishing of high manganese steel, quenched steel and alloy steel. K05 YG6A YG6X 14.6-15.0 142091 has been proved by the production and use that the alloy can be used to process chilled alloy cast iron and heat-resisting alloy steel. It can also achieve good results and is also suitable for the finishing of ordinary cast iron. K10 YG6X YK15 14.2-14.6 210091 is suitable for processing integral alloy drilling, milling, reaming and other cutting tools. It has high wear resistance and toughness. K15 K20 YK15 YG6 14.5-14.9 138089 is suitable for semi finishing with medium casting speed of cast iron, non-ferrous metals and alloys, non-metallic materials. K20 YG6 YG6X-1 14.6-15.0 150090 is suitable for cast iron, nonferrous metals and alloy non metal material during continuous cutting finishing, discontinuous cutting the semi refined car, fine car, small section fine car, coarse thread, continuous section semi finishing milling and finish milling, rough and fine hole expansion. K20 YG6X-1 YG8N 14.5-14.8 200090 is suitable for high speed cutting of cast iron, white cast iron, nodular cast iron, and chrome, nickel and stainless steel.

Q: What are the cemented carbide coatings?: The hard alloy coating is used to form high hardness wear-resistant coating on the surface of metal, Beijing Naimo company according to the composition of the alloy is divided into:1.jp8000 spraying tungsten carbide coating2. nickel tungsten alloy coating3. cobalt tungsten alloy coating

Q: We'll drill on the stainless steel column. Which bit is better?: High cutting force and high cutting temperatureThis kind of material has high strength, large tangential stress and large plastic deformation during cutting, so it has great cutting force. In addition, the material has a poor thermal conductivity, which results in the increase of cutting temperature, and the high temperature often concentrates in the long and narrow area near the cutting edge of the tool, thus speeding up the tool wear.Serious work hardeningAustenitic stainless steel and some high alloy stainless steel is austenite, high work hardening tendency when cutting, usually plain carbon steel several times, the tool in hardening region cutting, shortening tool life.Easy to stick the knifeBoth austenitic stainless steel and martensitic stainless steel exist in the process of chip toughness, cutting temperature is very high. When the tough chip flows through the rake face, the bonding, welding and other sticking phenomena will occur, which will affect the surface roughness of the machined parts. ??Tool wear acceleratedThe materials generally contain high melting point elements, large plasticity, high cutting temperature, so that the tool wear faster, sharpening and changing knives frequently, thus affecting the production efficiency and improving the tool cost.Mainly to reduce the cutting line speed, feed. With special processing stainless steel or high temperature alloy cutting tools, drilling, tapping the best internal cooling

Q: What is the heat treatment process of cemented carbide?: To put it plainly, that is, hardening of cemented carbide, that is, heating to a certain temperature, insulation for a certain period of time, and then suddenly into the inert gas, so that it suddenly cooling.. The same as steel quenching. After quenching generally tempered, to eliminate the stress produced by quenching, it is mainly to change the bonding phase components, that is, the organizational structure, improve the strength of cemented carbide, hardness and comprehensive performance

Q: What is the difference between the production process of ferrous powder metallurgy and cemented carbide?: Powder metallurgy, powder metallurgy, has been in fact a long time ago. In early times, powders of gold, silver, copper and bronze were obtained by mechanical comminution and used as decorative coatings for pottery. In the second half of the eighteenth Century and the first half of nineteenth Century, countries such as Russia, England and Spain made sponge platinum particles from factories, and manufactured coins and valuable objects by hot pressing, forging and pressing, sintering and other processes.

Q: The use of wire cutting cut a knife head rest wear found with magnetic iron absorption, cutting.: No, cemented carbide is mostly used as a knife head and has never seen a turning tool. It can also absorb ironBecause this is caused by friction, when the metal friction, so that the movement of free electrons become regular, resulting in a magnetic. If you want to remove the magnetism, you must make the motion of the free electrons irregular. For example, force, heat, etc.

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