Markoshi AG is a next-generation composite insulation material that dramatically enhances resistance to spalling and low thermal conductivity.
【Features】 ○ This is a groundbreaking next-generation composite insulation material that challenges the limits of spalling resistance (thermal shock resistance) in conventional fireproof insulating bricks, as well as the low thermal conductivity of ceramic fibers, while also possessing structural strength. Its thermal conductivity is 30% lower than that of fireproof insulating bricks with the same specific gravity, and at high temperatures above 1000 degrees, it closely approximates the thermal conductivity of ceramic fibers, promising significant benefits. ○ By combining the advantages of both, it allows for larger base materials, is lightweight for excellent workability and processability, has minimal thermal shrinkage, and contributes to energy savings and longevity during stable operations, making it an excellent furnace material. ● For more details, please contact us or download the catalog.
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**Features** ○ This is a groundbreaking next-generation composite insulation material that challenges the limits of spalling resistance (thermal shock resistance) in conventional fire-resistant insulating bricks, as well as the low thermal conductivity of ceramic fibers, while also possessing structural strength. Its thermal conductivity is 30% lower than that of fire-resistant insulating bricks with the same specific gravity, and at high temperatures above 1000 degrees, it closely approximates the thermal conductivity of ceramic fibers, promising significant benefits. ○ By combining the advantages of both materials, it allows for larger base materials, and its lightweight nature enhances workability and processability. It also exhibits minimal thermal shrinkage, making it an excellent furnace material that contributes to energy savings and longevity during stable operations. ● For more details, please contact us or download the catalog.
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Industrial kiln Electronic component sintering furnace
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The barometer of human prosperity and culture is said to be proportional to the consumption of thermal energy. Currently, thermal energy sources include coal, gas, electricity, and nuclear power, but since these are all finite resources on Earth, we must maximize conservation to ensure that humanity can use them indefinitely. Additionally, from the perspective of reducing CO2, which is a cause of global warming, we must also decrease their usage. In response to this great desire worldwide, we have been contributing to society with porous energy-saving materials that align with the times, while meeting the demands of a rapidly growing industry since our establishment in 1947 in Nanao, which has a reserve of 2.5 billion tons of diatomaceous earth. In recent years, we have been pursuing four types of pore structures and have been continuously working on energy-saving technology development and new product development.
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