Thermal stability of kaolin wool

Gaodu, A. N.; Pirogov, A. A.; Gavrish, A. M.; Drizheruk, M. E.

doi:10.1007/bf01281714

Refractories

1976

DOI: 10.1007/bf01281714

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Thermal stability of kaolin wool

A. N. Gaodu

A. A. Pirogov

A. M. Gavrish

et al.

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“…In the hot zone of the insulation the fiber lost elasticity to a certain extent and became embrittled as a result of mullitization, which develops at a temperature above 1000~ [6]. The fiber surface was covered with a thin film of the aluminochromophosphate adhesive, which migrates into the colder zone, and with the products of its reaction with the fiber.…”

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Insulating the hearth pipes of heating furnaces with fibrous materials

et al. 1978

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The heat insulation of the hearth pipes of continuous heating furnaces is important because 15-35% of the heat input for heating the steel is lost with the cooling water [1]. The hearth pipes are insulated with various materials and by various methods~ The use of ceramic fibrous materials and products for this purpose is promising. These materials possess usefu[ properties like low density, thermal conductivity, and heat capacity and high thermal strength and elasticity, and they are convenient to use [2, pp. 87-92]. Numerous proposals have been put forward for the cQnstruction of the insulation of the hearth pipes with ceramic fibrous materials [3].The heat-insulation properties on water-cooled models were determined in tests with refractory fibers, with cardboard processed from high-alumina fiber, and with asbestos fabric bonded with a high-temperature adhesive.

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Insulating the hearth pipes of heating furnaces with fibrous materials

et al. 1978

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Possible heat production in some Ni-H and Ni-D systems, revised

Евстигнеев¹,

Ikonnikov²,

Makeev³

et al. 2021

J. Phys. Commun.

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Thermal stability of kaolin wool

Cited by 2 publications

References 0 publications

Insulating the hearth pipes of heating furnaces with fibrous materials

Insulating the hearth pipes of heating furnaces with fibrous materials

Possible heat production in some Ni-H and Ni-D systems, revised

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