Direct-bonded magnesia chrome bricks are made from high grade magnesite clinker and chrome oxide. By high pressure shaping and high temperature firing, its characteristic is the high direct-bonding rate, and big crystallite. It has a good thermal spalling resistance. The low basic neutral nature gives itself a good slag resistance when servicing low acid feed furnaces. The brick is a realistic lining material for refining furnace, electric furnace, glass melting furnace and cement rotary kiln etc. Magnesia chrome bricks are refractory bricks made of a mixture of magnesia (MgO) and chromium oxide (Cr2O3). They are known for their high refractoriness (the ability to withstand high temperatures), excellent thermal shock resistance, and good chemical stability. Features: High refractoriness: can withstand temperatures up to 1750 �°C Excellent thermal shock resistance: can withstand rapid temperature changes without cracking or breaking Good chemical stability: resistant to attack from most acids and alkalis High strength: strong enough to withstand heavy loads and wear and tear Good insulation properties: help to maintain consistent temperatures in high-temperature environments
The magnesia chrome brick is an alkaline refractory material with magnesium oxide content above 90%, with magnesite as the main crystalline phase. It has excellent properties such as high refractoriness, high-temperature strength, good thermal shock resistance, and strong resistance to alkaline slag erosion. Contact Yutong-magnesia chrome brick manufacturer to get the best price! The magnesia chrome brick is a kind of refractory material, which is made of magnesite and chrome concentrate as the main raw material, formed by high pressure and fired by high temperature. Heat-resistant temperature, the maximum allowable ambient temperature is 1700â??. It has high strength, high load refractoriness, high alkali erosion resistance and high thermal shock resistance under the loading condition of 1500~1650â??. It has the advantages of environmental protection and long service life. Magnesium-chromium refractory brick is made of high-quality magnesium oxide and chromium oxide, formed by high pressure and sintered by high temperature. It has the characteristics of a large crystal and a high direct bonding rate. The product also has good anti-cracking properties and good resistance to acid slag erosion and has low alkalinity. Finally, this refractory brick is an ideal brick lining material for off-furnace refineries, electric furnaces, glass kilns, smelting kilns and cement rotary kilns.
Refractory clay bricks, fireproof clay bricks, or refractory clay bricks are blocks of refractory ceramic material used to line furnaces, kilns, fireboxes and fireplaces. Manufactured by Yutong, these bricks are primarily used to withstand high temperatures, but often also have a low thermal conductivity to improve energy efficiency. Our company manufactures and supplies these refractory bricks for steel, glass, furnaces and various other industries that require fire to survive. Ordinary bricks will not survive at such temperatures. Yutong is a well-known manufacturer and supplier of high-quality refractory bricks. Refractory clay bricks are available in a wide range of shapes and sizes and many other shapes and sizes can be customized to meet customer/site requirements. Our high alumina refractory bricks / high-density refractory bricks are proven solutions for various industries for refractory applications in the temperature range of 1260 c - 1450 c and have been successfully used by different companies around the world.
Refractory bricks are a special type of construction material used in high-temperature environments such as furnaces, kilns and fireplaces. These bricks are made of refractory ceramic and can withstand temperatures up to 1,800 degrees Fahrenheit (982 degrees Celsius) without damaging or losing their structural integrity. There are several types of refractory bricks to choose from, each with its own unique properties and applications. Some common types include fireclay refractory bricks, alumina refractory bricks, magnesia-based bricks, etc. Refractory clay bricks are made from a mixture of refractory clay and other materials, such as alumina and silica. They are known for their high resistance to thermal shock and are commonly used in applications such as furnace linings and fireplaces. High alumina bricks are made from a mixture of alumina and other materials (e.g. silica). They are highly resistant to fire and are often used in furnace linings, kiln linings and other high-temperature equipment. Refractory bricks are also classified into different grades according to their resistance to acid, alkali and neutral. Acid-resistant bricks are used in acidic slag environments, alkaline bricks are used in alkaline slag environments, and neutral bricks are used in neutral slag environments.
We have been specializing in producing bricks with different designs, colors, and sizes for half a century. At present, SBCD member of a brick home company with the benefit of experienced workers and experts with their professional use of modern European technical knowledge and machines, as well as obtaining quality and management standards, is expanding its share in regional and world markets for its manufactured products. Brick production has been done in the same way all over the world for centuries. Briefly, we could say that this process involved soiling, molding, drying, and finally, creating bricks. Factors such as the London Fire of 1666 and the Industrial Revolution made people recognize brick as a refractory and fire-resistant material. Hence, the consumption of brick became more popular. But today, we use the most modern equipment and fully automatic brick production machines and produce bricks by European standards.
alumina bricks manufacturer, producing high-quality alumina bricks. we have professional engineers and advanced technical guidance. We also have a lot of export experience. We can export cheap alumina bricks Alumina bricks are a common refractory material and contain more than 48% alumina. They are neutral refractory materials. The bricks are made from bauxite or other high alumina raw materials by molding and firing. They have high thermal stability and can withstand high temperatures above 1770 C. alumina bricks are characterized by high refractoriness, high strength, resistance to acid attack and good thermal stability. alumina bricks are mainly used as linings for building electric iron furnaces, glass kilns or cement rotary kilns.
magnesia carbon bricks . Our high volume output, combined with stringent manufacturing methods, has made us a strategic Magnesia carbon brick is a no-burn alkaline refractory material. It enhances corrosion resistance and slag resistance. The product range is based on magnesia composite materials. These bricks show excellent resistance to thermal shock and corrosion at high temperatures and are widely used in the steel industry. Its high melting point and resistance to hydration make it an ideal refractory material. Steelmaking requires extreme chemical, thermal and mechanical conditions that require materials with high performance that can withstand the action of steel and slag. Both magnesia carbon and magnesia alumina carbon are capable of providing such properties. In addition to manufacturing standard brick sizes (MC 8/10/12/14/18), we are able to produce specialized shapes to suit all reformer and electric arc furnace designs.
Red Brick with material Clay, type Eksposure for wall Building Exsterior
Product Introduction: High alumina brick refers to refractory products with Al2O3 content higher than 48%.It is made of bauxite or other raw materials of high alumina content .The refractoriness of high alumina brick can be more than 1770 C . According to the content of Al2O3, high alumina bricks are usually divided into three grades: Grade I Al2O3 content 75%; Grade II Al2O3 content is 60 75%; Grade III Al2O3 content is 48~60%. Application: High alumina bricks are mainly used for lining blast furnaces, hot blast furnace, electric furnace roofs, blast furnaces,reverberatory furnaces, and rotary kilns. Features: 1.Low creep. 2.Good slag resistance. 3.Strong thermal shock stability. 4.Good erosion resistance.
Application: Carbon bricks are widely used in variety heating environment. There are blast furnace carbon bricks, electric furnace carbon bricks, calcium carbide furnace carbon bricks, aluminum electrolytic cell cathode carbon blocks(semi graphite cathode carbon blocks) ,etc. Advantages: High refractoriness and high refractoriness under load. Good thermal shock resistance. Good resistance to molten slag or iron liquid impregnation. Excellent resistance to various kinds of salts and organic materials corrosion. Strong slag erosion resistance, good high hot volume stability. High mechanical strength, good abrasion resistance. Excellent thermal conductivity.
Cladding is made from special type of Terracotta clay . A mixture of different types of rock clay and by passing it under a special process for a certain time period the desired red saffron emit with beautiful variation including high strength. Facing bricks are primarily used for the interior & external walls of a building and so are generally chosen for their aesthetic qualities .
Light weight moulded cement bricks made to interlock and reinforced with PPE Fibres for extra strength Our light weight interlocking bricks are made with the needs of the modern builder in mind who wants a building brick that makes homes faster to construct and superior in all other ways to clay bricks. These moulded clay bricks are 40% lighter than a standard concrete alternative and they being made with an aircrete mix makes them a better insulator and more environmentally friendly than the clay brick alternatives. Interlocking moulded bricks are the construction product of the future with many builders switching to save money.
Guru Metachem is Largest Manufacturer & Exporter of Radex Insulation Powder & Expandable Heat Insulation Compound(Radex). Use of Insulation Material to Maintaining Temperature in Ladle& Tundish in Steel Plants. We are also engaged in offering our quality conscious industrial customers quality Expandable Heat Insulation Compounds. These are basically used in steel industries on Ladle or Tundish and help in producing tailor-made refractory that are at par with international standards. Suiting specific applications of Industries like Steel, Glass, Cement, Coke Oven, Re-rolling Mills, Sponge Iron and others, we can offer these in different specifications to choose from.
Item MC-10A MC-10B MC-10C MC-14A MC-14B MC-14C MC-18A MC-18B MC-18C MgO/% = 80 78 76 76 74 74 72 70 70 C/% = 10 10 10 14 14 14 18 18 18 Apparent porosity/% = 4 5 6 4 5 6 3 4 5 Bulk density/g.cm3 = 2.9 2.85 2.8 2.9 2.82 2.77 2.9 2.8 2.77 Cold crushing strength/ Mpa = 40 35 30 40 35 25 40 35 25 Modulus of rupture/Mpa = 6 5 4 10 8 5 9 7 4
We have our own Anti-Corrosive Carbon Bricks production line, welcome to visit our factory at any time! Anti-Corrosive Carbon Bricks Anti-corrosive carbon brick is made by a unique technological process from high-quality carbon-containing materials and acid-proof organic compound, which is shaped under high pressure and bonded by high-strength gum. It, with excellent acid-resistance, is a kind of ideal lining material for the large acid-proof and corrosion-resistant vessels in chemical and metallurgical industry. It is green environment protected products. Characteristics Acid proof and corrosion-resistance Using high-grade carbon-containing materials and adding acid proof organic compound, it, with low porosity and high bulk density, is so hard to be corroded by acid or alkaline solution. High temperature resistance, long lifetime It has much higher proof high-temperature of top to 350�°C and abrasion-resistance than traditional rubber products. It has scarcely any change with temperature going up due to its bonding and additive. So, its lifetime is long. Accurate dimensions It can fully satisfy the requirements of constructionâ??s technology because the brick has properties of high quality of shaping and accurate dimensions. We can also manufacture specific form bricks with customersâ?? requirement. Typical application The lining of phosphoric acid reactor The lining of acid-washing launder The lining of carrying phosphate acid storage can and hydrochloric acid storage can in railway industry The lining of desulphurizing tower of exhaust gas and chimney in power plant
Anti-corrosive carbon brick is made by a unique technological process from high-quality carbon-containing materials and acid-proof organic compound, which is shaped under high pressure and bonded by high-strength gum. It, with excellent acid-resistance, is a kind of ideal lining material for the large acid-proof and corrosion-resistant vessels in chemical and metallurgical industry. It is green environment protected products. Typical application The lining of phosphoric acid reactor The lining of acid-washing launder The lining of carrying phosphate acid storage can and hydrochloric acid storage can in railway industry The lining of desulphurizing tower of exhaust gas and chimney in power plant
Silica bricks are the main species of silica-based refractories, where the mass fraction of SiO2 is not less than 93%. Silica brick is a typical acid refractory bricks, the acid slag has a good resistance to Al2O3, FeO, Fe2O3 and other oxides also has good resistance, but the resistance to alkaline slag is poor, easy to CaO, K2O, Na2O and other oxides and damage. Features: 1.Good acid and erosion resistance, powerful anti high-temperature strength. 2.Soften melting temperature is 1620~1670 °C. 3.Low thermal shock resistance. 4.Natural silica as raw material, plus regular mineralizer. 5.Ensure good bonding and structural strength of furnace. 6.Good heat resistance and long service life. Application: 1.Glass melting furnace, ceramic frit kiln, sodium silicate furnace, soaking furnace, ceramic kiln, etc 2.Coke oven's coking chamber, combustion chamber walls, steel open-hearth's regenerator and sediment chamber, etc. 3.Load-bearing parts of high temperature hot air furnace and acid open-hearth furnace roof, etc. Items Fire Proof Thermal Insulating SiC+SiO2,% 30 - Al2O3,% 65 50 Bulk Density,g/cm3 2.65 - Apparent Porosity,% 19 25 Cold Compressive Strength,Mpa 90 40 Refractoriness UnderLoad, ºC 1650 1680 ThermalShock Resistance,cycles(1100 ºC,water cooling) 20 20 Thermal Conductivity,w/m.k(350 ºC) 2.5 1.4
Corundum mullite poly light brick is a new type of energy efficient refractory material, can directly contact the flame, with high temperature, high thermal shock stability, high strength, small thermal conductivity and other characteristics. Widely used in ceramic roller kiln, shuttle kiln, cracking furnace, hot stove and a variety of electric furnace lining, door bricks, kiln tiles and so on. Characteristics 1.Low thermal conductivity, with a good thermal insulation effect 2.Low hot melt, due to low thermal conductivity, mullite series of light insulation brick accumulated little heat, in the intermittent operation of energy-saving effect is obvious 3.High purity,high refractoriness,and the high alumina content make it maintain good performance in a reducing atmosphere. 4.High thermal compressive strength 5. Extend the life of the lining 6.Could make in special shape to reduce the application amount of bricks. Al2O3 62 62 KO2+NaO20.10.08 Fe2O30.50.5 Bulk Density g/cm3 0.9 1.0 Cold Compressive Strength mpa 4.5 5.5 Refractoriness Under Load 1#1500 1500 Reheating liner change 15002h,0.1Mpa -1.5 -1 Refractorinessb 1700 1750
High Alumina Brick, RefractoryHigh Alumina Brick, High Alumina Fire Brick for Blast Furnace Low creep high alumina brick for blast furnace is made of corundum, mullite "sillimanite, andalusite and kyanite" and high quality bauxite clinker as raw material by shaping at high pressure and sintering at high temperature. Characteristic: 1.The content of AL2O3 is 48%. 2.High refractoriness. The temperature is up to 1750~1790�ºC, it belongs to High-duty Refractory. 3.High refractoriness under load. The URL is higher than fireclay brick as the high content of Al2O3, however, it is lower than silica brick because of mullite crystal does not form reticular tissue. 4.Excellent slag resistance. High alumina brick is a kind of neutral refractory material so it enjoys excellent resistance to acid slag and alkali slag corrosion. Application: The main markets for low creep high alumina brick are building lining of hot-blast stove, blast furnace, coke oven, rotary kilns of cement and so on. High Alumina Brickis made fromhigh grade bauxite,it has the advantage of high refractoriness under load,long service time,good thermalinsulation performance andso on
Different kinds of industrial furnace.Such as:Hood furnace, heating furnace, cracking furnace, heat treatment furnace, shuttle kiln, tunnel kiln, roller kiln, enamel kiln, ceramic kiln ceiling and wall and insulation lining materials. Item Index Al2O3 75 85 SiO2 22 12 CCS Mpa 90 100 MOR Mpa 16 16 RUL 1500 1550 Thermal shock resistant 900 (times) 20 30 CC 6 5 HR W/m.k (
