Insulating Fire Brick-MS32

Ref Price:
$2,628.81 - 3,212.99 / pc
Loading Port:
China Main Port
Payment Terms:
TT or L/C
Min Order Qty:
1000 pcs pc
Supply Capability:
1000 Tons Per Month pc/month
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General Information of Insulating Fire Bricks MS32

 

Insulating fire brick MS32 temperature is 1760℃(3200℉). We could supply a wide range of shapes. For insulating fire bricks MS32,we choose the extruding method. Extruding insulating fire bricks have better strength and offering great performance in load bearing applications and in conditions where abrasion from mechanical abuse or flow of hot gases.

 

Feature of Insulating Fire Bricks MS32

 

Light weight and low thermal conductivity   

Low heat storage  

Low iron and impurities  

High thermal shock resistance

 

Application of Insulating Fire Bricks MS32

 

The insulating firebricks can be used as a hot face lining directly exposed to the heat or as a backup insulation layer in iron and steel mills, non-ferrous foundries, petrochemical, ceramic, glass.

 

 

Data Sheet of Insulating Fire Bricks MS32

 

 

 

 

GJM32

Physical Properties:

 

 

Classifiction Temperature               

 

1650

Density

 Kg/m3

1100

Cold Crushing Strength

Mpa

3.5

Reheating Linear Change(24hrs)

 

 

1650

%

0.8

Hot Load Strength Deform(90 minutes)

 

 

1370℃ at 0.069 Mpa(10psi)

%

0.1

Thermal Conductivity

 

 

400

W/m.k

0.32

600

W/m.k

0.35

800

W/m.k

0.38

1000

W/m.k

0.42

1200

W/m.k

0.44

Specific Heat

KJ/Kg.K

1.10

Chemical Analysis:

 

 

Al2O3

%

75.0

SiO2

%

23.2

Fe2O3

%

0.5

TiO2

%

0.1

CaO

%

0.1

MgO

%

0.1

Na2O+K2O

%

0.6

 

 

Q:
Insulating fire bricks have the capability to serve as a lining material for boilers. They are composed of lightweight refractory substances that possess exceptional insulating properties. The bricks are specifically constructed to withstand elevated temperatures, thus rendering them appropriate for usage in boilers, where temperatures can soar to several hundred degrees Celsius. By virtue of their insulating properties, these bricks aid in minimizing heat loss, thereby enhancing the energy efficiency of the boiler. Moreover, they exhibit resistance against thermal shock, a vital attribute for enduring the rapid fluctuations in temperature that transpire within boilers. Ultimately, owing to their remarkable insulating properties and capacity to endure high temperatures, insulating fire bricks emerge as a suitable alternative for lining boilers.
Q:
Insulating fire bricks are indeed applicable for thermal oxidizers. These bricks are specifically designed to possess low thermal conductivity, enabling them to effectively diminish heat transfer and conserve energy in high-temperature scenarios. Thermal oxidizers, on the other hand, are utilized as devices for treating industrial exhaust gases through the process of oxidizing pollutants at elevated temperatures. By incorporating insulating fire bricks into the construction of thermal oxidizers, the system can confine heat within, ensuring efficient combustion while minimizing heat loss to the surrounding environment. Consequently, this not only enhances the overall thermal efficiency of the thermal oxidizer but also aids in decreasing energy consumption and operational expenses. Furthermore, insulating fire bricks possess remarkable resistance against thermal shock and display exceptional insulating properties, rendering them suitable for the challenging and rigorous conditions commonly encountered in thermal oxidizers.
Q:
Yes, insulating fire bricks are suitable for use in the construction of smelters. These bricks are designed to withstand high temperatures and provide excellent insulation properties, making them ideal for lining the walls and floors of smelters. They help to retain heat, reduce energy loss, and protect the structure from extreme heat. Additionally, insulating fire bricks are lightweight and easy to install, making them a preferred choice for smelter construction.
Q:
Yes, it is possible to recycle broken insulating fire bricks. Insulating fire bricks are commonly made from materials such as clay and alumina, which can be recycled. The broken bricks can be crushed into small particles or ground into a fine powder, and then mixed with other materials to create new bricks or other construction materials. Additionally, some recycling facilities may accept broken insulating fire bricks and process them for reuse in other industries. Recycling broken insulating fire bricks helps to reduce waste, conserve resources, and minimize the environmental impact associated with manufacturing new bricks from scratch.
Q:
Insulating fire bricks can indeed be utilized in the construction of aluminum smelting furnaces. These bricks are crafted from lightweight materials like refractory clay and possess exceptional insulating qualities. Consequently, they are well-suited for implementation in environments with elevated temperatures, such as aluminum smelting furnaces. By conserving heat and enhancing energy efficiency, they prove to be advantageous in these settings. Typically, aluminum smelting furnaces function at remarkably high temperatures, frequently exceeding 1000 degrees Celsius. In such extreme circumstances, insulating fire bricks serve as effective thermal insulation, thereby minimizing heat loss and sustaining the desired temperature inside the furnace. This insulation also contributes to reducing the energy required to heat the furnace, leading to cost savings and heightened efficiency. Furthermore, insulating fire bricks exhibit exceptional resistance to thermal shock. This quality enables them to endure rapid temperature variations without experiencing cracking or breakage. This characteristic holds significance in the context of an aluminum smelting furnace, where heating and cooling cycles can occur frequently and swiftly. In addition, insulating fire bricks possess low thermal conductivity, which is another advantage when employed in aluminum smelting furnaces. This property facilitates the retention of heat within the furnace, preventing it from dissipating into the surrounding environment. By diminishing heat loss, insulating fire bricks aid in maintaining a consistent temperature throughout the smelting process, ensuring optimal conditions for aluminum melting and refining. In summary, due to their remarkable insulating properties, resistance to thermal shock, and low thermal conductivity, insulating fire bricks constitute a suitable choice for constructing aluminum smelting furnaces. Their utilization contributes to enhanced energy efficiency, reduced heat loss, and the maintenance of a stable temperature inside the furnace.
Q:
Yes, insulating fire bricks are suitable for high-temperature kilns. They are specifically designed to withstand extreme temperatures, making them an ideal choice for insulation in kilns. These bricks are made from lightweight refractory materials that have excellent thermal conductivity properties, allowing them to effectively retain heat and minimize heat loss. Additionally, insulating fire bricks have high resistance to thermal shock, ensuring their durability and longevity in high-temperature environments.
Q:
The overall insulation efficiency of a process can be greatly enhanced by the use of insulating fire bricks. These bricks are specifically designed to have low thermal conductivity, making them excellent at resisting heat transfer. This property helps to minimize heat energy loss and maintain a consistent and controlled temperature within the process. The utilization of insulating fire bricks results in a significant reduction in the amount of heat that escapes from the process. This leads to improved energy conservation and ultimately, increased insulation efficiency. The bricks act as a barrier, preventing the conduction of heat through the walls, floors, or other components of the process equipment. This is particularly crucial in high-temperature applications, where heat loss can be substantial. Moreover, insulating fire bricks are capable of withstanding high temperatures without deteriorating or melting. This means that they can effectively insulate the process even when exposed to extreme heat conditions. Their durability ensures long-lasting performance and reliable insulation over time. Another advantage of insulating fire bricks is their lightweight nature. In comparison to traditional dense bricks, they have a lower density, which reduces the overall weight of the equipment or structure. This not only simplifies the construction process but also minimizes the load on supporting structures. In conclusion, insulating fire bricks enhance the overall insulation efficiency of a process by reducing heat loss, maintaining a controlled temperature, and providing long-lasting insulation capabilities. Their low thermal conductivity, resistance to high temperatures, and lightweight properties make them an ideal choice for various industrial applications where energy conservation and efficient insulation are crucial.
Q:
Yes, insulating fire bricks can be used in heat treatment furnaces. Insulating fire bricks are designed to withstand high temperatures and provide excellent insulation properties, making them suitable for use in heat treatment furnaces where high temperatures are required. These bricks help to retain heat, minimize energy loss, and ensure efficient heat distribution throughout the furnace, resulting in improved heat treatment processes.
Q:
The thermal expansion of insulating fire bricks refers to the change in dimensions or volume of these bricks as a result of temperature changes. Insulating fire bricks are designed to have low thermal conductivity and high resistance to heat, making them suitable for applications where insulation and heat containment are crucial. The thermal expansion of insulating fire bricks is relatively low compared to other types of fire bricks. This is due to the composition and manufacturing process of these bricks, which typically involve lightweight materials such as clay, alumina, and silica mixed with organic additives. The low thermal expansion of insulating fire bricks allows them to retain their shape and structural integrity even when exposed to high temperatures. This property is particularly important in applications where thermal cycling occurs, such as in furnaces, kilns, and thermal insulation systems. To determine the exact thermal expansion coefficient of insulating fire bricks, it is necessary to consider the specific composition and manufacturing process of the particular brand or type of brick. However, in general, insulating fire bricks have a lower thermal expansion coefficient compared to other conventional fire bricks, which ensures their stability and longevity in high-temperature environments.
Q:
Insulating fire bricks are widely employed for applications involving high temperatures. These bricks have been crafted to offer exceptional thermal insulation and endure extreme temperatures. Depending on the specific type and composition of the brick, they can typically withstand temperatures of up to 2600°F (1427°C) or even higher. Kilns, furnaces, and industrial settings that necessitate high temperatures commonly utilize insulating fire bricks. These bricks are renowned for their minimal thermal conductivity, which aids in reducing heat loss and enhancing energy efficiency. Moreover, these bricks possess the advantages of being lightweight, long-lasting, and resistant to thermal shock, rendering them ideal for environments with elevated temperatures.
We are a leading supplier of wide range of mullite insulating bricks worldwide. With special technology and experienced production method, we provide 1. High quality Insulating Bricks, includes WAM23, WAM26, WAM28 and WAM30, B-5, B-6, B-7, 2. Insulating Castables 3. Insulating Mortar WAM2600, WAM3000, WAM3200.

1. Manufacturer Overview

Location Shandong, China
Year Established 2007
Annual Output Value Above US$ 5 Million
Main Markets 10.00% Northern Europe
30.00% North America
30.00% Eastern Asia
5.00% Africa
10.00% Southeast Asia
15.00% Western Europe
Company Certifications ISO 9001:2008

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a)Trade Capacity  
Nearest Port Qingdao Port
Export Percentage 90%
No.of Employees in Trade Department 10
Language Spoken: English; Chinese
b)Factory Information  
Factory Size: Above 16,000 square meters
No. of Production Lines Above 3
Contract Manufacturing OEM Service Offered; Design Service Offered
Product Price Range High; Average

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