Monolithic Refractories
Monolithic Refractories refer to materials that still have high strength and fire resistance in high temperature environments. It can resist flame, high temperature environment, wear resistance, corrosion resistance, etc. Its main raw materials are sodium silicate, sodium persilicate, aluminum silicate, magnesium silicate, etc.
- Good fire resistance
- Low density
- High strength
- Good impact resistance
- Good sound absorption
JUCOS Monolithic Refractories
Refractory castables refer to castables made of refractory materials, which can withstand high temperatures and have certain fire resistance. Widely used in steam boilers and other large boilers and other thermal equipment.
Refractory plastic has the advantages of high temperature resistance, impact resistance, corrosion resistance, and weldability. It can withstand a wide range of temperatures, preventing flame penetration and extending component life.
Refractory Mortar has excellent compressive strength, tensile strength and wear resistance, and is one of the commonly used building materials in the construction and ceramic industries. It can be used in boilers, hot blast stoves, smoke chambers, etc.

Low cement castables have low porosity, making them an excellent choice for applications with low thermal conductivity. It is also not easy to shrink or crack, making it the material of choice for industrial furnaces and kilns.

High-strength refractory castables are made from a mixture of refractory aggregate, cement and water. It is commonly used in the lining of furnaces, kilns and other high temperature industrial equipment.
Application of Monolithic Refractories
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Learn more about monolithic refractories
A1:Monolithic refractorIES is a form of refractory material that is formed into a mass with a binding agent, such as cement, and can be applied directly to a surface in order to form a dense and durable layer.
A2:The advantages of monolithic refractories are that they are relatively inexpensive compared to traditional brick masonry, have superior insulation properties, and can be applied quickly.
A3:Monolithic refractories should be replaced when they begin to show signs of damage such as cracking or flaking. Generally, they should be replaced every few years.
A4:Common uses for monolithic refractories include lining furnaces and other high–temperature equipment, as well as providing insulation for a variety of industrial applications.
A5:The minimum order quantity of monolithic refractories is 3 tons.





















