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• Wide range for your choosing:
  Conventional Dense Castable
  Low cement castable
  Self-flowing castable
  High alumina castable
  Insulating castable
  Plastic Castable
  Gunning Castable

Insulating Castable possesses the following characteristics:

1. Low Thermal Conductivity: This is a crucial characteristic of Insulating Castable. They contain a large number of pores and lightweight thermal insulation materials, such as perlite and cenospheres. These pores and materials can effectively prevent the conduction of heat, reducing the loss of heat through the castable. As a result, they play an excellent role in thermal insulation, helping to maintain the temperature inside the equipment and reducing energy consumption.

2. Good High-Temperature Resistance: They are capable of withstanding relatively high temperatures without significant deformation or damage. Insulating Castables are typically made from high-temperature resistant aggregates and binders, and they can still maintain the stability and integrity of their structure in high-temperature environments. They can be used for a long time in high-temperature equipment, such as industrial kilns and boilers, providing reliable thermal insulation protection for the equipment.

3. Certain Mechanical Strength: Although Insulating Castables are mainly characterized by their thermal insulation performance, they also have a certain degree of mechanical strength. They can withstand their own weight, as well as external forces such as vibrations, impacts, and pressures that may occur during the operation of the equipment. They are not prone to cracking, peeling, and other phenomena, thus ensuring the long-term effectiveness of the thermal insulation layer and the normal operation of the equipment.

4. Good Construction Performance: Insulating Castable has good fluidity and plasticity, making it convenient for construction workers to carry out operations such as casting and ramming. According to different equipment shapes and construction requirements, they can be made into various complex shapes and sizes, adapting to different thermal insulation parts and structures. Moreover, they can quickly solidify and form after construction, shortening the construction period.

5. Chemical Corrosion Resistance: They have a certain resistance to some chemical substances. In industrial production, equipment may come into contact with various corrosive gases, liquids, or dust. Insulating Castable can resist the erosion of these chemical substances, maintain the stability of its own performance, and extend its service life.

6. Good Thermal Stability: In the case of sudden temperature changes, Insulating Castable can still maintain stable performance. They will not generate excessive stress due to thermal expansion and contraction, leading to material damage. This enables them to also play a good role in thermal insulation in equipment that is frequently started and stopped or has large temperature fluctuations.