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Sintered Calcium Aluminate ( Sintered Refining Slag) is calcined in the rotary kiln with the high quality raw materials.It is a good quality refining agent.It is characterized by very strong desulfurization and deoxygenation, low melting point,high melting speed, it can shorten smelting time, reduce the energy consumption,reduce dust pollution in the steel plant,reduce the consumption of the ladle refractory materials,increase the service life of the ladle. For more information, check

Sintered Calcium Aluminate
Sintered Calcium Aluminate ( Sintered Refining Slag) is calcined in the rotary kiln with the high quality raw materials.It�¢??s a good quality refining agent.It is characterized by very strong desulfurization and deoxygenation, low melting point,high melting speed, it can shorten smelting time, reduce the energy consumption,reduce dust pollution in the steel plant,reduce the consumption of the ladle refractory materials,increase the service life of the ladle.

Silicon slag is a by-product of smelting metal silicon and ferrosilicon.It is a kind of scum floating on the furnace in the process of smelting silicon.It is content is from 45% to 70%,and the rest are C,S,P,Al,Fe,Ca. It is much cheaper than purity silicon metal.Instead of ferrosilicon for steelmaking, can reduce the cost.

Silicon slag 50 is Si greater than or equal to 50, Ca less than 5, S less than O0.1, P less than 0.05, C less than 5.

Specification: Al2O3 75%min, V2O5 2%max

Size: 10~50mm 90% pass

Packing: 1MT jumbo bag

Specification: Al2O3 75%min, V2O5 2%max Size: 10~50mm 90% pass Packing: 1MT jumbo bag

Sintered Calcium Aluminate ( Sintered Refining Slag) is calcined in the rotary kiln with the high quality raw materials.It is a good quality refining agent.It is characterized by very strong desulfurization and deoxygenation, low melting point,high melting speed, it can shorten smelting time, reduce the energy consumption,reduce dust pollution in the steel plant,reduce the consumption of the ladle refractory materials,increase the service life of the ladle.

Synthetic Slag is neither a by-product nor a blended material, but a calcium aluminates with controlled composition. Pre-melting ensures a homogenous consistent chemical composition, as well as the most efficient mineralogical phases.

In secondary metallurgy, Synthetic Slag is preferably added during the tapping operation of the steel into the ladle. The flux will quickly form a reactive and fluid slag with the other materials.

Aluminum remelting slag powder with 50% Al, 10% Fe and 3% Ni.

Specification: Al2O3 75%min, V2O5 2%max Size: 10~50mm 90% pass Packing: 1MT jumbo bag

Let me introduce Mn Slag.

Commodity: Mn Slag
Spec' Mn 20%
Quantity 28,000MT
Size 0-80mm

specification: Al2O3 75%min, V 2%max

Size: 10~50mm 90% pass

Packing: 1MT jumbo bag

specification: Al2O3 75%min, V2O5 2%max

Size: 10~50mm 90% pass

Packing: 1MT jumbo bag

Copper Slag for Sandblasting/surface cleaning in all sizes.

Ground Granulated Blast furnace Slag conforming BS EN 15167-1 & ASTM C 989-09.

We wanna buy the tin slag with the content of Taâ??Oâ?? no less than 1.5%; qty: the more the better; purchasing price: 10-500usd/ton;
pls contact us freely, thank you

Silicomanganese Slag
Felman Production generates a residual commercial by-product, silicomanganese slag, through the production of Ferro Silicomanganese (FeSiMn). The slag is an inert solid green material consisting primarily of aluminum, manganese, magnesium, silicon, and calcium oxides.

Production
The slag is generated during the production of ferro silicomanganese using electric arc furnaces. The molten slag is casted, cooled by spraying it with cold water, and then crushed to the desired size.

Potential Uses
Potential uses of the commercial by-product include re-melt/reproduction, industrial fill, road base, textiles manufacturing, etc.

Chemical Composition
Below please find the available metals totals for the chemicals that were detected as components of the slag material. The material is considered non-hazardous as shown by Toxicity characteristic leaching procedure testing conducted on the material. A qualified and licensed environmental laboratory is currently conducting a general assay of the material to determine the % w/w of the different chemical components.

TCLP Testing of Slag
Chemical Slag Leachate RCRA Hazardous
Waste Limits
mg/L mg/L
Arsenic ND 5.0
Barium 0.85 100.0
Cadmium 0.0011 1.0
Chromium 0.02 5.0
Lead ND 5.0
Mercury ND 0.2
Selenium ND 1.0
Silver ND 5.0


Slag Available Metals Totals
Chemical mg/kg
Aluminum 88,900
Barium 5,590
Calcium 151,000
Iron 7,230
Magnesium 28,400
Manganese 85,000
Potassium 12,200J


Physical Aspects of the Material
The material is a hard solid stone that has irregular fracturing similar to chert or glass. The material is primarily green, gray, and black in color and is odorless. The bulk density of the material is approximately 635 +/- 100 kg/m3.

Material Size: Generally, one-to-four-inch stone, but can be crushed and sized to the clients desired specifications.

GGBS S95

From Yingkou, Liaoning, China.

FOB.

14 usd/tons.

manufacturer Ansteel mill( Top 3 in China)

As the important metallurgical containers, the slag pot plays an important role in steelmaking production and steel slag processing.
The slag pots in Tenfaye are cast steel slag pots, which are divided into 2.13m�³, 4m�³, 5m�³, 9m�³, 12m�³, 16m�³, 18m�³, 20m�³, 24m�³ and other types of slag pots. Slag pot weight: 5-75 tons.
Common material of slag pot.
A comprehensive data bank containing previous experiences combined with advanced software implementing the Finite Element Analysis serves custom engineered design optimization.� 
According to the requirements of the customer's drawings, appropriate wooden molds can be selected for modeling design.
Huazhu CAE is used to simulate pouring before pouring. Strictly follow the wooden mold - modeling - smelting and pouring - insulation - sand removal from the pit - heat treatment - rough and fine processing - packaging and delivery process, integrated casting, strong deformation resistance, and casting high-quality slag pot.

The Blast Furnace Slag Ore Powder is a fine, white-colored powder obtained through a series of processes such as water quenching, drying, and grinding of blast furnace slag. With its exceptional fineness and high activity, this product has gained recognition worldwide as a crucial material for producing high-performance concrete. The Blast Furnace Slag Ore Powder is a superior-quality solution suitable for concrete admixtures and cement mixtures, offering numerous advantages. Get in touch with us today to discuss your needs!



Blast furnace slag ore powder Production Process
Formation:
During the iron-making process in a blast furnace, molten iron and slag are produced. The slag, which is a by-product, consists mainly of silicates and alumina from the iron ore and fluxing agents like limestone.
The molten slag is rapidly cooled by quenching it in water or air, a process known as granulation, which forms glassy granules.

Grinding:
These granules are then dried and ground into a fine powder, known as Ground Granulated Blast Furnace Slag.
The fineness of the powder is crucial as it affects its reactivity and performance in applications like cement and concrete.

Various types of steel slag analysis are available in the amount of 15 million tons.
Ready to ship to all ports around the world

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