The price and use of silicon slag

zxx121ah · 30-12-2021, 08:34

The price and use of silicon slag

The price and use of silicon slag

As one of the metallurgical materials purchased in large quantities by manufacturers

silicon slag has an irreplaceable advantage. The price of silicon slag is relatively low compared with other ferroalloy products

but it has a wide range of uses. Silicon slag is the residue left after the refining of silicon ore

which also contains a lot of silicon content.The use of silicon slag is also more extensive.

The use of silicon slag is mainly can be used as deoxidizer and refining the industrial silicon in the silicon slag.Silicon slag is a "star" in the field of deoxidizing. As a deoxidizing agent

it can reduce costs and increase profits. Because of its low price and silicon content

steelmakers prefer silicon slag products when purchasing ferroalloy raw materials for steelmaking.Silicon slag also performs well in desulfurization

mainly because silicon slag contains a large number of basic oxides

which can react with sulfur dioxide to produce sulfate

and its slurry can be used for flue gas desulfurization.So silicon slag with low price

high efficiency by the majority of customers.

The silicon slag products of Henan Star Metallurgical Materials Group are complete in type: Si30%

45%

50%

55%

60%

65%.Granularity level uniform 0-3mm

0-12mm

10-100mm or customized granularity can be

my company in addition to silicon slag specializing in the production of ferrosilicone

fermanganese

inoculation agent

silicon carbide and other metallurgical resistant materials

with a complete and scientific quality management system

variety of specifications

good service quality is excellent

look forward to working with you.

Silicon briquette is pressed with silicon slag powder

Silicon slag is the floating slag during the process of silicon metal smelting. It is a kind of good deoxidizer and widely used for steelmaking. With the low price and good performance

it is used to replace Ferro silicon by the steel plant. Steel casting industry insiders know that some after refining silicon slag is lft over from the original silion ore

but also contains a lot of silicon

silicon slag as one of production enterprises large number of procurement of metallurgical materials

has an irreplaceable advantage

because the purpose of the silicon is different

there are many different kinds of silicon slag and slag can be roughly divided into industrial silicon

solar silicon slag

semiconductor silicon slag.

The recovery of silicon from the waste industrial silicon slag is urgent for the cleaner production of silicon industry. The feasibility and optimization of recovering and purifying the metallic silicon from silicon slag are investigated by a united technology of combining electromagnetic separation and slag treatment. The physicochemical purification mechanism of silicon from slag was put forward. A calcium silicate slag reagent containing chlorine was added to the raw materials

which displays greatly role on separation and purification of metallic silicon. The optimized experimental conditions of melting time 60?min and heating power 15?kW were obtained.

What is the High Carbon Silicon ?

High Carbon Silicon

another name is H C Silicon . It is the by-product of Silicon metal

and main element are Si and C

balance are S

P

SiO2.

How to produce High Carbon Silicon ?

In the process of producing Silicon metal

temperature is not enough to adequately smelting the raw material of Silicon metal in the bottom .After a long time of accumulation

there will be the by- product High carbon silicon .

Advantage

Improve the quality of molten steel

improve product quality and improve product capacity.
Reduce the amount of alloy added

reduce steelmaking costs

and increase economic benefits.
Price is very low

meanwhile quality is very stable .

High Carbon Silicon

High carbon silicon

also known as high carbon ferrosilicon

high carbon metal silicon or silicon carbon alloy. This product is a by-product of the production of metal silicon.

The main components are silicon and carbon. Generally required between silicon 40-70%. The carbon content is between 10-25%. Other ingredients are: silica

phosphorus

sulfur and so on. It can replace ferrosilicon

silicon carbide

carbonizer. And Reduce the amount of deoxidizer. It can be used in converter smelting deoxidation alloy process.

High carbon silicon production process

In the process of smelting metal silicon

there is a case where the electrodes are not uniformly heated in the furnace. As a result

the furnace bottom fails to reach the optimum temperature required to produce metal silicon. A small amount of raw materials such as silica and carbon at the bottom did not fully react. After a long period of accumulation under high temperature conditions

it forms a block on the bottom of the furnace.

These large (stable traits) chunks are broken and screened

which is what we often call high carbon silicon.

A metal made from the second-most abundant element on Earth has become scarce

threatening everything from car parts to computer chips and throwing up another hurdle for the world economy.

The shortage in silicon metal

sparked by a production cut in China

has sent prices up 300% in less than two months. It’s the latest in a litany of disruptions

from snarled supply chains to a power crunch

that are creating a destructive mix for companies and consumers.

The silicon issue also captures how the global energy crisis is cascading through economies in multiple ways. The slashing of output in China

far and away the world’s biggest silicon producer

is the result of efforts to reduce power consumption.

For many industries

it’s impossible to avoid the fallout.

Silicon

which makes up 28% of the earth’s crust by weight

is one of mankind’s most diverse building blocks. It’s used in everything from computer chips and concrete

to glass and car parts. It can be purified into the ultra-conductive material that helps convert sunlight into electricity in solar panels. And it’s the raw material for silicone -- a water- and heat-resistant compound used widely in medical implants

caulk

deodorants

oven mitts and more.

Si-C alloy is a new type of alloy

generally called silicon carbon alloy

or high carbon silicon.

or high carbon ferro silicon. Specifications include high carbon silicon lump (10-50mm)

high carbon silicon granule (1-3mm

3-8mm)

high carbon silicon powder (0-3mm

0-5mm

0-8mm)

high carbon silicon briquette ( 10-50mm).

High carbon silicon 6818 contains: si:68% c:18%

Application：High carbon silicon 6818 can be used for all kinds of ordinary steels to deoxidize

increase silicon

increase carbon during casting

and quickly deoxidize

with early slag formation

dense reducing atmosphere

and effectively improve the element recovery rate

so that the quality of molten steel is stable.

High carbon silicon 6818 can replace ferrosilicon

silicon carbide

recarburizer

reduce the amount of deoxidizer

used in converter smelting deoxidation alloying process

the effect is stable

steel chemical composition

mechanical properties and internal control quality are better than traditional processes.

Characteristic：High carbon silicon 6818 improve the quality of molten steel

improve product quality

improve product capabilities

reduce the amount of alloy added

reduce steelmaking costs

and increase economic benefits.

High carbon silicon 6515 can be used for all kinds of ordinary steels to deoxidize

increase silicon

increase carbon during casting

and quickly deoxidize

with early slag formation

dense reducing atmosphere

and effectively improve the element recovery rate

so that the quality of molten steel is stable.

High carbon silicon 6515 can replace ferrosilicon

silicon carbide

recarburizer

reduce the amount of deoxidizer

used in converter smelting deoxidation alloying process

the effect is stable

steel chemical composition

mechanical properties and internal control quality are better than traditional processes. High carbon silicon 6515 improve the quality of molten steel

improve product quality

improve product capabilities

reduce the amount of alloy added

reduce steelmaking costs

and increase economic benefits.

The traditional silicon-manganese alloy

the market price has climbed all the way. This makes the cost of converter steelmaking gradually increase. Reduce the profitability of steel. And the recovery rate of traditional alloys is often affected by the operation of the converter. The amount of steel produced

the amount of slag

etc.

make the alloy composition in the finished product fluctuate greatly. The chemical composition of the smelting steel is unstable. The qualified rate of finished product internal control indicators is low.

Si65-C15 alloy is a new type of alloy

generally called silicon carbon alloy

or high carbon silicon.

or high carbon ferro silicon.

First of all

it can replace the expensive deoxidizer ferro silicon. It is suitable for deoxidation during the smelting of general steel

alloy steel and special steel.

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30-12-2021, 08:34	#1 (permalink)
zxx121ah	The price and use of silicon slag The price and use of silicon slag The price and use of silicon slag As one of the metallurgical materials purchased in large quantities by manufacturers silicon slag has an irreplaceable advantage. The price of silicon slag is relatively low compared with other ferroalloy products but it has a wide range of uses. Silicon slag is the residue left after the refining of silicon ore which also contains a lot of silicon content.The use of silicon slag is also more extensive. The use of silicon slag is mainly can be used as deoxidizer and refining the industrial silicon in the silicon slag.Silicon slag is a "star" in the field of deoxidizing. As a deoxidizing agent it can reduce costs and increase profits. Because of its low price and silicon content steelmakers prefer silicon slag products when purchasing ferroalloy raw materials for steelmaking.Silicon slag also performs well in desulfurization mainly because silicon slag contains a large number of basic oxides which can react with sulfur dioxide to produce sulfate and its slurry can be used for flue gas desulfurization.So silicon slag with low price high efficiency by the majority of customers. The silicon slag products of Henan Star Metallurgical Materials Group are complete in type: Si30% 45% 50% 55% 60% 65%.Granularity level uniform 0-3mm 0-12mm 10-100mm or customized granularity can be my company in addition to silicon slag specializing in the production of ferrosilicone fermanganese inoculation agent silicon carbide and other metallurgical resistant materials with a complete and scientific quality management system variety of specifications good service quality is excellent look forward to working with you. Silicon briquette is pressed with silicon slag powder Silicon slag is the floating slag during the process of silicon metal smelting. It is a kind of good deoxidizer and widely used for steelmaking. With the low price and good performance it is used to replace Ferro silicon by the steel plant. Steel casting industry insiders know that some after refining silicon slag is lft over from the original silion ore but also contains a lot of silicon silicon slag as one of production enterprises large number of procurement of metallurgical materials has an irreplaceable advantage because the purpose of the silicon is different there are many different kinds of silicon slag and slag can be roughly divided into industrial silicon solar silicon slag semiconductor silicon slag. The recovery of silicon from the waste industrial silicon slag is urgent for the cleaner production of silicon industry. The feasibility and optimization of recovering and purifying the metallic silicon from silicon slag are investigated by a united technology of combining electromagnetic separation and slag treatment. The physicochemical purification mechanism of silicon from slag was put forward. A calcium silicate slag reagent containing chlorine was added to the raw materials which displays greatly role on separation and purification of metallic silicon. The optimized experimental conditions of melting time 60?min and heating power 15?kW were obtained. What is the High Carbon Silicon ? High Carbon Silicon another name is H C Silicon . It is the by-product of Silicon metal and main element are Si and C balance are S P SiO2. How to produce High Carbon Silicon ? In the process of producing Silicon metal temperature is not enough to adequately smelting the raw material of Silicon metal in the bottom .After a long time of accumulation there will be the by- product High carbon silicon . Advantage Improve the quality of molten steel improve product quality and improve product capacity. Reduce the amount of alloy added reduce steelmaking costs and increase economic benefits. Price is very low meanwhile quality is very stable . High Carbon Silicon High carbon silicon also known as high carbon ferrosiliconhigh carbon metal silicon or silicon carbon alloy. This product is a by-product of the production of metal silicon. The main components are silicon and carbon. Generally required between silicon 40-70%. The carbon content is between 10-25%. Other ingredients are: silica phosphorus sulfur and so on. It can replace ferrosilicon silicon carbide carbonizer. And Reduce the amount of deoxidizer. It can be used in converter smelting deoxidation alloy process. High carbon silicon production process In the process of smelting metal silicon there is a case where the electrodes are not uniformly heated in the furnace. As a result the furnace bottom fails to reach the optimum temperature required to produce metal silicon. A small amount of raw materials such as silica and carbon at the bottom did not fully react. After a long period of accumulation under high temperature conditions it forms a block on the bottom of the furnace. These large (stable traits) chunks are broken and screened which is what we often call high carbon silicon. A metal made from the second-most abundant element on Earth has become scarce threatening everything from car parts to computer chips and throwing up another hurdle for the world economy. The shortage in silicon metal sparked by a production cut in China has sent prices up 300% in less than two months. It’s the latest in a litany of disruptions from snarled supply chains to a power crunch that are creating a destructive mix for companies and consumers. The silicon issue also captures how the global energy crisis is cascading through economies in multiple ways. The slashing of output in China far and away the world’s biggest silicon producer is the result of efforts to reduce power consumption. For many industries it’s impossible to avoid the fallout. Silicon which makes up 28% of the earth’s crust by weight is one of mankind’s most diverse building blocks. It’s used in everything from computer chips and concrete to glass and car parts. It can be purified into the ultra-conductive material that helps convert sunlight into electricity in solar panels. And it’s the raw material for silicone -- a water- and heat-resistant compound used widely in medical implants caulk deodorants oven mitts and more. Si-C alloy is a new type of alloy generally called silicon carbon alloy or high carbon silicon.or high carbon ferro silicon. Specifications include high carbon silicon lump (10-50mm) high carbon silicon granule (1-3mm 3-8mm) high carbon silicon powder (0-3mm 0-5mm 0-8mm) high carbon silicon briquette ( 10-50mm). High carbon silicon 6818 contains: si:68% c:18% Application：High carbon silicon 6818 can be used for all kinds of ordinary steels to deoxidize increase silicon increase carbon during casting and quickly deoxidize with early slag formation dense reducing atmosphere and effectively improve the element recovery rate so that the quality of molten steel is stable. High carbon silicon 6818 can replace ferrosilicon silicon carbide recarburizer reduce the amount of deoxidizer used in converter smelting deoxidation alloying process the effect is stable steel chemical composition mechanical properties and internal control quality are better than traditional processes. Characteristic：High carbon silicon 6818 improve the quality of molten steel improve product quality improve product capabilities reduce the amount of alloy added reduce steelmaking costs and increase economic benefits. High carbon silicon 6515 can be used for all kinds of ordinary steels to deoxidize increase silicon increase carbon during casting and quickly deoxidize with early slag formation dense reducing atmosphere and effectively improve the element recovery rate so that the quality of molten steel is stable. High carbon silicon 6515 can replace ferrosilicon silicon carbide recarburizer reduce the amount of deoxidizer used in converter smelting deoxidation alloying process the effect is stable steel chemical composition mechanical properties and internal control quality are better than traditional processes. High carbon silicon 6515 improve the quality of molten steel improve product quality improve product capabilities reduce the amount of alloy added reduce steelmaking costs and increase economic benefits. The traditional silicon-manganese alloy the market price has climbed all the way. This makes the cost of converter steelmaking gradually increase. Reduce the profitability of steel. And the recovery rate of traditional alloys is often affected by the operation of the converter. The amount of steel produced the amount of slag etc. make the alloy composition in the finished product fluctuate greatly. The chemical composition of the smelting steel is unstable. The qualified rate of finished product internal control indicators is low. Si65-C15 alloy is a new type of alloy generally called silicon carbon alloy or high carbon silicon.or high carbon ferro silicon. First of allit can replace the expensive deoxidizer ferro silicon. It is suitable for deoxidation during the smelting of general steel alloy steel and special steel.

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