What is high carbon silicon and what are the characteristics of high carbon silicon?

High carbon silicon is a novel composite alloy deoxidizer, which can replace the more expensive traditional oxygen absorber--- ferrosilicon powder, calcium carbide, toner and alloy powder. High carbon silicon has stable physical and chemical properties, good deoxidation effect, and can quickly react with oxygen in molten steel to form steel slag floating to the surface of molten steel to achieve the purpose of deoxidation.What are the characteristics of high-carbon silicon?1. High carbon alloy is a good product of ferrosilicon in steel production, which has the advantages of reducing production costs and resource reuse.2. High-carbon silicon is a kind of silicon briquette with broad market prospects.3. High carbon silicon is used as an oxygen absorber for steelmaking to reduce the oxygen content in the melt through reaction.4. High carbon alloy can be processed into balls, powder or granules according to customer requirements.5. High carbon silicon density, high purity, no pollution to molten steel.6. High carbon alloy can maintain high and stable recovery rate and stable performance.7. High-carbon silicon can reduce the use of alloys, thereby reducing the cost of steelmaking and improving economic benefits.8. High carbon silicon can improve the quality of molten steel and improve the quality and performance of steel.You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060

Know silica mud

Silica mud is separated by solid and liquid, and the solid is retained to obtain silica sand; The silica sand is pressed to obtain the silicon pressing body silicon pressing body; and mixing the pressed body silicon pressed body with a silicon package with a temperature greater than 1400 °C in the silicon ingot process, and obtaining industrial silicon after smelting.You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060      

Is silica slag silicon waste?

Silica slag: Silica slag is actually the remaining part of the original silicon ore after manual refining. The main thing is that it also contains a certain amount of silicon components. And the main thing is that silica slag can be used as recrystallization, purification and other purposes, and importantly, it can be used as a steelmaking deoxidizer. Because China's silicon materials are still in short supply, the price is not cheap. And silicon slag is divided into industrial silicon slag, solar silicon slag, semiconductor silicon slag, etc. Silicon waste is actually a fertilizer that has no value after use or contains almost no silicon. Among them, there is more silicon waste, and many sources are sent from foreign garbage disposal. If it is wrong to think of silica slag and silicon waste as the same thing, silica slag is not silicon waste. Silica slag itself also contains great use value, and it will also be an indispensable material in the metallurgical industry.The company sells silica slag, there are 40#, 45#, 50#, etc., if you want to know more, you can consult!You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060      

How to choose graphite powder

How to choose graphite powder The higher the finish of graphite powder with small particle size: for example, graphite powder can be used as a negative electrode material for batteries, and the size of graphite powder particle size directly plays an important role in the finish of the entire production process, because the smaller the particle size, the higher the finish of the processed product. So is it better to choose the smaller the particle size of the graphite powder? Of course not, after the particle size of graphite powder is small, the flexural strength of the product will decrease, and even the phenomenon of breaking will occur at high temperature. Therefore, we will find that large-sized graphite electrodes will not be produced with small particles of graphite;The size of the particle size will affect the expansion of the flake graphite powder: the expansion factor of graphite is proportional to the particle size of the graphite. Expanded graphite has a rich pore structure, the smaller the particle size of graphite, the network pore structure of expanded graphite will also decrease, the lower the expansion coefficient, and vice versa, the larger it will be. Therefore, in the fields of sealing, fireproof coatings, etc., graphite with large particle size should be selected as a material. Now, the particle size of graphite materials is developing in a subtle direction, but not the smaller the particle size, the better the performance of graphite, find the right graphite for their own industry, and have a higher cost-effective application is the key problem.You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060      

What are the applications of ferrosilicon nitride in artillery mud

What are the applications of ferrosilicon nitride in artillery mud:1. Compared with the addition of silicon carbide or silicon nitride to the cannon mud, the high-temperature flexural strength at many temperatures has been improved to varying degrees, and ferrosilicon nitride can be decomposed to produce nitrogen at high temperature, and dispersive tiny pores are produced in the cannon mud, which is conducive to improving the drilling rate of the cannon mud;2. The key to the application of ferrosilicon nitride different from silicon carbide and silicon nitride in artillery mud is that there are ductile particles in ferrosilicon nitride to enhance iron and intermetallic compound iron silicide, which promotes the sintering of artillery mud and improves the bonding strength between oxide and non-oxide;3. In the clay, with the increase of ferrosilicon nitride addition, the flexural strength increases correspondingly in the temperature segment; When ferrosilicon nitride is added more than a certain amount, the porosity of the mortar increases significantly, and the flexural strength of each temperature section decreases accordingly.4. There is almost no difference in the resistance of slag and iron erosion of the cannon mud with silicon carbide, silicon nitride and ferrosilicon nitride respectively. The addition of ferrosilicon nitride has little effect on the slag resistance and iron erosion resistance of the gun sludge.The above are some suggestions, I hope it will be helpful to everyone!You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060      

Advantages of rare earth magnesium ferrosilicon alloys

Advantages of rare earth magnesium ferrosilicon alloys What are the advantages of rare earth magnesium ferrosilicon alloys:1. Strong spheroidization ability, reduce the amount of residual magnesium required for graphite spheroidization, can process subcrystalline products and supereutectic components, molten iron with higher sulfur content and slightly lower temperature, eliminating the harmful effect of interfering with rare earth magnesium nodularizer nodularizing elements, for the production of ductile iron pipe is a widely applicable nodularizer, adapt to the current domestic smelting conditions.　2. The kinetic conditions of the spheroidization reaction are good, the reaction is relatively stable, and the process performance of the rush-in method is better.3. Improve the casting performance of ductile iron, increase the fluidity by 40% compared with magnesium ductile iron, reduce the formation temperature of rare earth magnesium nodularizer oxide film by about 50 °C, reduce the expansion value before shrinkage by 0.3 to 0.4%, and reduce casting defects such as shrinkage looseness, slag inclusion, subcutaneous pores, cold partition, etc.4. Due to the purification of molten iron and dispersion alloying of rare earths, casting defects are reduced, thereby improving the mechanical properties of ductile iron, and compared with magnesium ductile iron, the tensile strength, elongation and impact toughness of rare earth magnesium ductile iron are generally increased by 10%.5. Yttrium-containing rare earth magnesium nodularizer also has a certain ability to resist spheroidization and recession.The company sells nodularizers, there are 3-8#, 5-8#, etc., you can consult for details!You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060      

What are the characteristics of silicon-carbon alloys

What are the characteristics of silicon-carbon alloys Silicon-carbon alloy is a new type of metallurgical material, but it is much cheaper in price than other metallurgical materials, in addition, silicon-carbon alloy can replace ferrosilicon, silicon carbide and other metallurgical materials. What are the characteristics of silicon-carbon alloys:1. Silicon-carbon alloy has a strong deoxidation effect, because silicon-carbon alloy contains silicon elements, after adding silicon-carbon alloy in the steelmaking process, the silicon element in it reacts with oxygen to deoxidize the molten steel to improve the hardness and quality of the steel, and the silicon element in the silicon-carbon alloy has a good affinity with oxygen, so the molten steel also has the characteristics of non-splashing after being put in;2. The advantages of silicon-carbon alloy slag collection, putting a certain proportion of silicon-carbon alloy into molten steel, can make the oxide in the steelmaking process quickly huddle, facilitate filtration treatment, make molten steel more pure, and improve the density and hardness of steel;3. Increase the furnace temperature, silicon-carbon alloy is a good temperature-resistant material, in the process of steelmaking, silicon-carbon alloy can increase the furnace temperature, so that the conversion rate of ferroalloy is improved, and the reaction speed of molten steel and elements is accelerated;4, cost saving, silicon carbon alloy as a new type of metallurgical material because of its price is lower than traditional metallurgical materials, silicon carbon alloy can replace ferrosilicon and other expensive metallurgical materials, and achieve satisfactory results, so the use of silicon carbon alloy can save the cost of manufacturers while improving profits.Email: joanna@aykxgj.com +8616638320060 

Effect of ferrosilicon

Effect of ferrosilicon:1. Used as a deoxidizer and alloying agent in the steelmaking industry: in order to obtain the quality of steel and steel with qualified chemical composition, deoxidation must be carried out in the later stage of steelmaking, and the chemical affinity between silicon and oxygen is very large, so ferrosilicon is a strong deoxidizer for precipitation and diffusion deoxidation in steelmaking. Adding a certain amount of silicon to steel can improve the strength, hardness and elasticity of steel, so ferrosilicon is also used as an alloying agent when smelting structural steel (containing silicon 0.40-1.75%), tool steel (containing SiO.30-1.8%), spring steel (containing SiO.40-2.8%) and silicon steel for transformers (containing silicon 2.81-4.8%). At the same time, the inclusion form reduces the gas element content in the molten steel, which is an effective new technology to improve the quality of steel, reduce costs and save iron. Suitable for continuous casting steel water deoxidation requirements, practice has proved that ferrosilicon not only meets the requirements of steelmaking deoxidation, but also has desulfurization performance and has the characteristics of large proportion and strong penetration;2. Used as inoculant and nodularizer in the cast iron industry: cast iron is an important metal material in modern industry, it is cheaper than steel, easy to melt and smelt, has good casting performance and much better seismic resistance than steel. Ductile iron, whose mechanical properties reach or are close to the mechanical properties of steel. Adding a certain amount of ferrosilicon to cast iron can prevent the formation of carbides in iron, promote the precipitation and spheroidization of graphite, so in the production of ductile iron, ferrosilicon is an important inoculant (to help precipitate graphite) and nodularizer;3. Used as a reducing agent in the production of ferroalloys: not only the chemical affinity between silicon and oxygen is very large, but also the carbon content of high ferrosilicon is very low. Therefore, high ferrosilicon (or siliceous alloy) is a reducing agent commonly used in the production of low-carbon ferroalloys in the ferroalloy industry;4. Other uses: finely ground or atomized ferrosilicon powder can be used as a suspended phase in the mineral processing industry. It can be used as a coating for welding rods in the electrode manufacturing industry. High ferrosilicon can be used in the chemical industry to manufacture products such as silicone.The company sells ferrosilicon, there are 72#, 75# and so on, you can contact if you need!You can contact me if you need toEmail: joanna@aykxgj.com +8616638320060