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Fire-retardant plastic glass plate composite stalk plate capable of preventing insect eating, preserving heat, insulating sound and inhibiting combustion at thousands DEG C
The invention discloses a fire-retardant plastic glass plate composite stalk plate, and aims to solve the problems that corn stalk or sorghum stalk is combustible and no fire-retardant plastic glass plate composite stalk plate is available in the current market. The fire-retardant plastic glass plate composite stalk plate provided by the invention is made of an fire-retardant plastic glass plate and an incombustible stalk plate; sodium silicate is adopted as a high-temperature resistant fire retardant, so that the stalk plate can keep incombustible at thousands DEG C; due to weak basicity, the fire-retardant plastic glass plate composite stalk plate is not eaten by insects, and no fungus can grow on the fire-retardant plastic glass plate composite stalk plate; a plurality of hollow holes are formed in the stalk plate, and the stalk plate has heat-preserving and sound-insulating properties; the dried stalk plate can be cured by sodium silicate, the texture of the stalk plate is as hard as that of wood, and the stalk plate is hard and durable; therefore, the service life of the fire-retardant plastic glass plate composite stalk plate can exceed a hundred years. In flames, a chemical reaction is triggered between carbon molecules in the stalk plate as well as silicon molecules in sodium silicate to generate silicon carbide, and silicon carbide is a hard substance capable of resisting high temperature of thousands DEG C, so that when a fire disaster occurs, the fire-retardant plastic glass plate composite stalk plate is protected from a great change in rigidity, and can prevent fire from spreading. In conclusion, the fire-retardant plastic glass plate composite stalk plate is the best building material for construction of factory buildings and makeshift houses.
Fire-retardant plastic glass plate composite stalk plate capable of preventing insect eating, preserving heat, insulating sound and inhibiting combustion at thousands DEG C
The invention discloses a fire-retardant plastic glass plate composite stalk plate, and aims to solve the problems that corn stalk or sorghum stalk is combustible and no fire-retardant plastic glass plate composite stalk plate is available in the current market. The fire-retardant plastic glass plate composite stalk plate provided by the invention is made of an fire-retardant plastic glass plate and an incombustible stalk plate; sodium silicate is adopted as a high-temperature resistant fire retardant, so that the stalk plate can keep incombustible at thousands DEG C; due to weak basicity, the fire-retardant plastic glass plate composite stalk plate is not eaten by insects, and no fungus can grow on the fire-retardant plastic glass plate composite stalk plate; a plurality of hollow holes are formed in the stalk plate, and the stalk plate has heat-preserving and sound-insulating properties; the dried stalk plate can be cured by sodium silicate, the texture of the stalk plate is as hard as that of wood, and the stalk plate is hard and durable; therefore, the service life of the fire-retardant plastic glass plate composite stalk plate can exceed a hundred years. In flames, a chemical reaction is triggered between carbon molecules in the stalk plate as well as silicon molecules in sodium silicate to generate silicon carbide, and silicon carbide is a hard substance capable of resisting high temperature of thousands DEG C, so that when a fire disaster occurs, the fire-retardant plastic glass plate composite stalk plate is protected from a great change in rigidity, and can prevent fire from spreading. In conclusion, the fire-retardant plastic glass plate composite stalk plate is the best building material for construction of factory buildings and makeshift houses.
Fire-retardant plastic glass plate composite stalk plate capable of preventing insect eating, preserving heat, insulating sound and inhibiting combustion at thousands DEG C
LIAO SHUHAN (author)
2015-12-30
Patent
Electronic Resource
English
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
European Patent Office | 2015
|European Patent Office | 2015
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