refractory for steel making

Refractory solutions for steel making, refractories for electric arc furnace, ladle, converter, high temperature solutions for steel making industry, high quality refractories for sale.

Refractories for Blast Furnace Steelmaking

Blast Furnace Steelmaking

Steelmaking refers to the process of transforming iron ore into steel with specific chemical composition and properties through a series of smelting processes by controlling temperature, pressure and chemical reaction. Steelmaking not only provides high-quality materials for various industrial fields to meet the needs of different applications, but also promotes the effective utilization of resources, environmental protection and sustainable economic development.

Blast Furnace Cylinder (Furnace Belly)

The furnace cylinder is the main combustion area of the blast furnace and is subject to high temperatures and pressures. Refractory bricks, usually high alumina refractory bricks, are used in the inner wall of the furnace cylinder because they have high refractoriness and erosion resistance and are able to resist chemical erosion and mechanical wear at high temperatures.

Lower part of the blast furnace cylinder (furnace floor)

The bottom of the furnace is the melting area of the blast furnace and is subject to high temperatures and erosion from smelting slag. The bottom of the furnace usually uses carbon bricks or magnesium-carbon bricks as refractory materials. These bricks have high refractoriness and erosion resistance, and are able to withstand chemical corrosion and smelting slag erosion at high temperatures.

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Refractories For Blast Furnace Steelmaking

Upper part of the blast furnace (furnace throat and roof)

The throat is the gas outlet of the blast furnace and the roof is the upper closed structure of the blast furnace. The throat and roof need to withstand high temperatures and high thermal shock conditions, so refractory materials such as high alumina refractory bricks, carbon bricks, and silicon carbide bricks are used. In addition, the top of the furnace has openings and venting devices, which are usually made of refractory materials such as carbon bricks, carbonaceous materials and ceramic fibers.

Blast furnace interior (walls and body)

The interior of the blast furnace is the main area where iron ore is reduced and steel is made. The furnace walls and body need to have high refractoriness, erosion resistance and thermal conductivity. Commonly used refractory materials include high alumina refractory bricks, magnesium bricks and carbon bricks.

Blast furnace air opening (slag opening)

Blast furnace air vent is the key part to control the inlet and outlet of the blast furnace and the discharge of gases. The air opening needs to withstand high temperature and smelting slag erosion, and refractory materials such as carbon bricks and silicon carbide bricks are usually used.

Refractories for EAF (Electric Arch Furnaces)

Stable performance refractory bricks for electric arch furnace for sale

Fireclay Bricks for sale

Fireclay Bricks for Sale Fireramo firecaly bricks series Description Fireclay brick is a common type of refractory brick with an AL203 content of around 30%–48%. It is made from refractory clay and fired clinker through crushing, mixing, molding, and the firing process. Fireclay tiles are widely used in the construction of blast furnaces, hot blast furnaces, and glass furnaces because of their low bulk weight, low heat capacity, good resistance to thermal shock, and resistance to scouring by air currents. Fireramo’s fireclay refractory bricks are made of refractory clay (kaolin) and clay clinker with bonded clay, and are molded by both semi-dry and plastic methods. Fireclay bricks are baked at a temperature of 1250–1420 °C. Its refractoriness is generally in the…

Magnesia Chrome Brick

Magnesia Chrome Brick for Sale Description of Magnesia Chrome Bricks Magnesia chrome bricks are magnesia refractories made of magnesium oxide and chromium trioxide as the main components, and magnesite and spinel as the main mineral components. Magnesium-chromium refractory bricks have very strong refractoriness, alkaline erosion resistance and good thermal stability. Characteristics of magnesia-chrome refractory bricks High refractoriness Magnesium-chromium refractory bricks have excellent refractory and high-temperature resistance properties, showing good stability and corrosion resistance at high temperatures, and can be used for a long time in the range of 1100℃-1800℃. Thermal shock resistance Magnesia chromium brick has good thermal shock resistance, can withstand rapid changes in temperature, not easy to crack and fracture phenomenon. Erosion resistance Magnesia chrome brick has good…

Magnesia Alumina Brick

Magnesia Alumina Refactory Brick for Sale Description of Magnesia Aluminum Brick Magnesia Aluminum Brick is a magnesia refractory brick product derived to improve the thermal shock resistance of magnesia bricks. The magnesium-aluminum brick is made by introducing alumina or bauxite clinker fines into the ingredients of the magnesium brick to form a magnesium-aluminum spinel matrix. Magnesia brick is a kind of magnesia refractory products with magnesite as the main crystal phase and magnesia-aluminum spinel as the matrix, which belongs to alkaline refractory materials. Characteristics of magnesia-aluminum brick Good thermal shock stability Magnesium-aluminum bricks have good thermal shock resistance, can withstand rapid temperature changes caused by heat, force, chemical reactions and other factors, not easy to crack and fracture phenomenon. Strong…

Lightweight Clay Insulation Brick

Lightweight insulation bricks for Sale Description Lightweight Clay Insulation Brick is a kind of brick used for building insulation, which is made from a mixture of raw materials such as clay, graphite, and bubbling agent. With low thermal conductivity and good hygroscopicity, Lightweight Insulating Brick can provide excellent thermal insulation performance and good hygroscopicity. It is also characterized by environmental protection and energy saving. Features Excellent thermal insulation performance Clay insulation bricks have lower thermal conductivity, usually better than traditional bricks, which can effectively reduce the energy consumption and energy consumption of the building and improve the energy utilization efficiency of the building. Good moisture absorption performance Clay insulation bricks have good hygroscopic properties, which can regulate indoor humidity to…

Refractories for Steel Ladle

High-quality refractory bricks and refractory materials for steel ladles

Magnesia Carbon Brick

Magnesia Carbon Fire Brick for Sale Description Magnesia carbon brick is a refractory brick made from a mixture of high purity magnesium oxide and graphite. Magnesium has high temperature resistance and chemical stability, while graphite has good electrical conductivity and thermal shock resistance. Magnesia Carbon Fire Bricks are characterized by good high temperature resistance, strong slag resistance, good thermal shock resistance and low creep at high temperature, etc. They can be used in the key parts of thermal equipment, such as steel converters, electric arc furnaces, steel drums, and off-hearth refining furnaces. Features Good performance of high temperature resistance Magnesia Carbon Fire Bricks have high thermal stability and are not easy to melt, and can withstand chemical corrosion and mechanical…

Magnesia Alumina Brick

$refractory castable for safety lining$

Refractory castable for safety lining

Refractory castable for safety lining Description Refractory castable for safety lining is a refractory material used in high temperature industrial equipment. Refractory castables for safety linings are castable, highly malleable refractory materials consisting of a variety of refractory granules, powders and binders. Features High temperature resistance Refractory castable for safety linings can withstand extreme temperatures in high-temperature environments, typically 1500°C or more. It maintains stable physical and chemical properties over long periods of time at high temperatures. Good refractory properties Refractory castables for safety linings have excellent refractory properties and can withstand the effects of thermal stress, thermal shock and thermal expansion at high temperatures. It maintains structural integrity and stability and provides effective refractory protection in high temperature environments….

Refractories for BOF/Converters

Refractories for BOF/Converters sold directly from factories

Magnesia Carbon Brick

Magnesia Ramming Mass

High Quality Magnesia Ramming Mass Refractory Description of Magnesia Ramming Mass Magnesia Ramming Mass is a monolithic refractory material mainly made of magnesium oxide, bauxite clinker, zirconia powder and coke clay. Magnesium tamping block is widely used as a lining for induction furnaces, electric arc furnaces and other high temperature applications due to its resistance to slag, abrasion, corrosion, high temperature and wear. Features of Magnesia Ramming Mass High refractoriness Magnesium ramming mass has a high refractoriness, which means that it can withstand extremely high temperatures without melting or softening. This makes it suitable for applications where the lining material needs to withstand high temperatures. Excellent thermal stability Magnesia Ramming Mass have excellent thermal stability and maintain their physical and…