Refractories for Ironmaking

High temperature resistant solutions for blast furnace ironmaking, refractories and refractory bricks for coke ovens, hot blast furnaces, iron ladles/torpedo ladles.

Blast Furnace Ironmaking Refractory Solutions

Bottom: The bottom of the blast furnace, where the molten iron metal (molten iron) and slag are collected. The bottom of the furnace is usually made of high alumina bricks and silicate bricks with good refractory and corrosion resistance.

Furnace Body: Above the bottom is the body of the blast furnace. The furnace wall is the main component of the blast furnace body, which is a cylindrical structure mainly divided into three zones: high-temperature zone, medium-temperature zone and cooling zone.

High-temperature zone: In the high-temperature zone, the commonly used refractory bricks include high alumina bricks and silicate bricks. High-alumina bricks have excellent refractory properties and erosion resistance, while silicate bricks are also used in some special cases.

Medium temperature zone: Refractory bricks for medium temperature zones are usually silicate bricks, which can adapt to higher temperatures and chemical environments.

Cooling zone: Refractory bricks or other refractory materials are used in cooling zones to resist lower temperatures and mechanical stresses.

Furnace throat: The throat is the transition area between the furnace body and the furnace seal. The throat is generally made of carbon bricks, which can withstand high temperatures and impacts and have good thermal conductivity.

Seal: Above the throat is the seal of the blast furnace, which is a conical structure usually made of high alumina bricks or silicate bricks capable of withstanding high temperatures and chemical attack.

Top of Blast Furnace: Above the seal is the top of the blast furnace, which usually also includes the desulfurization equipment, gas treatment equipment and chimney. Generally use high alumina bricks, silicate bricks and refractory castables.

Refractories for coke ovens

High-quality refractory bricks and refractory materials for coke ovens

Silica Brick for Coke Oven

Silica Refactory Bricks for Coke Oven Silicon Brick for Coke Oven is a kind of silicon refractory products used for masonry of coke oven, it is a kind of acid resistant brick. Silicon bricks for coke ovens are the main material for masonry coke ovens, and can be used for masonry coke ovens’ heat storage chamber wall, ramp, combustion chamber, and furnace roof. Fireramo, as a manufacturer of silicon bricks for coke ovens, we have two kinds of silicon bricks for coke ovens for you to choose from: common silicon bricks for coke ovens and dense silicon bricks for coke ovens. Dense coke oven bricks are more thermally conductive than ordinary coke oven bricks. Please refer to the table below…

Silica Mortar

Refractory Silica Mortar Description of Silicon Mortar Silica mortar is an unshaped refractory material made of silica, soft clay or chemical binding agent and additives in a certain proportion. It is characterized by high bonding strength and good refractory performance. Silica mortar is mainly used for the masonry and repair of hot blast furnace, coke oven and other industrial kilns built with silica bricks. The physical and chemical properties required for different applications of silica fume mortar are also different. As a manufacturer of silica mortar, we can provide you with customized services, and we have several different uses of silica mortar materials for sale below. Silica mortar for blast furnace hot blast furnace with SiO2 greater than 94%, 0.2…

Fireclay Mortar

Fire Clay Mortar Mix Refractory for Sale Fireramo Fireclay mortar Description Fireclay mortar, as our carefully developed high-density monolithic refractory material, is ideal for industrial kiln masonry due to its excellent refractory properties and bonding strength. Fireramo’s fireclay mortar mortars are based on clay clinker of a specific grain size, with soft clay and highly efficient binders, carefully blended to present excellent homogeneity and stability. Fireramo’s unique formulation allows clay mortars to maintain a high refractoriness while providing good plasticity and bonding time, which greatly facilitates construction. Fireramo Fireclay mortar Features High refractoriness: The refractoriness of the fireclay mortar is as high as 1580~1670ºC, which is able to withstand extreme high temperatures and ensure the long-term stable operation of the…

Fused Silica Brick

Fused Silica Brick for Sale Fused silica bricks are high-quality refractory bricks with high-purity silicon dioxide (SiO₂) as the main ingredient.Fireramo’s fused silica bricks have a high SiO₂ content of ≥99%, and the content of impurities is strictly controlled, e.g., Al₂O₃ ≤0.3%, Fe₂O₃ ≤0.3%, CaO ≤0.1%, which ensures the product’s purity and excellent refractory performance. Characteristics of Fireramo fused silica bricks Extremely high purity: Nearly full SiO₂ composition ensures that fused silica bricks are chemically stable at high temperatures and do not react with most chemicals. High density and low porosity: Fireramo’s fused silica bricks have a bulk density of ≥1.85 g/cm³ and an apparent porosity of ≤18%, making the bricks dense, which not only reduces heat conduction losses, but…

Refractories for hot blast stoves

Refractory bricks and heat-resistant materials for hot blast furnace construction

Silica Brick for Hot Blast Stove

Silica Brick for Hot Blast Stove/furnace Description of Silica Brick for Hot Blast Stove Silicon bricks for hot blast stove are silicon refractory materials made by taking squamous quartz as the main crystalline phase, adding mineralizing agent and binding agent, and going through the processes of mixing, molding, drying, and sintering. Silicon brick for hot blast furnace is the main refractory material for the high temperature part of hot blast furnace. As the hot air temperature of the blast furnace continues to increase, the Fireclay brick or high alumina brick often used in the high-temperature parts of the hot stove in the past is gradually replaced by the hot stove with silica bricks and low creep high alumina bricks. Characteristics…

High Alumina Brick

High Alumina Refractory Brick Fireamo High Alumina Brick Description High alumina bricks, also known as alumina refractory bricks, are a type of refractory material with an alumina content of more than 48%. High alumina bricks are mainly made from preferred bauxite clinker, which is sintered at temperatures ranging from 1420 to 1530 °C. High alumina bricks are well suited for industrial applications that require resistance to high temperatures, abrasion and corrosion. High alumina refractory bricks are ideally suited for industrial applications that require high temperature, abrasion and corrosion resistant environments.They are commonly used in the construction of furnaces, kilns, incinerators and other high-temperature equipment as linings or insulation. What is a high alumina brick？ Depending on the Al2O3 content, high…

Andalusite Bricks

Andalusite Firebricks for furnace linings Description Andalusite bricks are refractory bricks made of natural Andalusite with excellent resistance to high temperatures, thermal shock and low thermal expansion.Andalusite brick is typically used in industrial applications at temperatures above 1300°C and is often used as a refractory for furnace linings. Andalusite is a natural mineral consisting of aluminum silicate with excellent resistance to high temperatures, thermal shock and low thermal expansion. Rhodochrosite is a natural mineral composed of aluminum silicate with excellent resistance to high temperatures and thermal shock. Features High temperature resistance Andalusite brick has an excellent resistance to temperatures up to 1700°C, making it ideal for use in high-temperature industrial applications. Low Thermal Expansion Andalusite Firebricks have a low coefficient…

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…

Refractories for hot metal ladles/torpedo ladles

High-quality refractory materials commonly used in hot metal ladles and torpedo ladles

$custom al2o3 sic c refractory brick$

Al2O3-SiC-C Refractory Brick

Al2O3-SiC-C Refractory Brick for Sale Description Al2O3-SiC-C Refractory Brick is a high-performance refractory material mainly composed of alumina (Al2O3), silicon carbide (SiC) and carbon (C). It is known for its excellent high temperature performance, good corrosion resistance and thermal shock resistance. Features High temperature resistance Al2O3-SiC-C refractory bricks have excellent high-temperature resistance, up to 1800°C. They can be used in a wide range of applications. Good thermal shock resistance Al2O3-SiC-C refractory bricks can withstand rapid temperature changes without cracking or fracturing, making them suitable for use in areas with frequent temperature changes. Good insulating properties Al2O3-SiC-C refractory bricks have good insulating properties and can effectively prevent heat transfer. Good mechanical strength Al2O3-SiC-C refractory bricks have high mechanical strength and are…

Steel Fiber High Alumina Castable

Steel Fiber High Alumina Refractory Castables Description Steel fiber high alumina castable is a new type of monolithic refractory material. It adopts high-quality alumina clinker as aggregate, corundum fine powder as matrix, super micro powder and other composite materials as binding agent and additives, plus stainless steel heat-resistant fiber formulated. At the same time, due to the addition of steel fibers, the overall strength of the furnace wall is greatly enhanced after casting the material. Features High temperature resistant Steel fiber high alumina castables can withstand extremely high temperatures, making them ideal for use in high temperature applications such as furnaces, kilns and other thermal processing equipment. High resistance to thermal shock The addition of steel fibers to the castable…