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Insect-ant resistant heat-insulation sound-insulation non-combustible at 1000 DEGC steel-porcelain plate composite paperboard
An existing stainless steel composite board is filled by foamed plastic, is low in intensity, combustible, and the foamed plastic can burn in the flame so as to generate gas, thus damaging the outer stainless steel plate; a steel-porcelain plate composite paperboard is formed by a steel-porcelain plate and a non-combustible paperboard; soluble glass is a high temperature resistance fire retardant, and enables the paper to be non-combustible at 1000 DEG C; the non-combustible paperboard is alkalescence, so insect and ant cannot eat the board, and fungi will not grow; the non-combustible paperboard comprises many hollow holes, and has good heat-insulation sound-insulation performances; the soluble glass can solidify the paperboard, and the dried paperboard is hard as wood, and durable; the steel-porcelain plate will not rust; the features are combined, so the steel-porcelain plate composite paperboard can last for over 100 years; carbon molecules in the paperboard and silicon molecules in the soluble glass make chemical reactions in the fire so as to generate silicon carbide; the silicon carbide is hard substance capable of bearing high temperature of thousands of degrees; when fire hazard happens, the steel-porcelain plate composite paperboard rigidity hardly changes, so fire hazard can be stopped; above all, the steel-porcelain plate composite paperboard is the best building material for constructing a simple workshop.
Insect-ant resistant heat-insulation sound-insulation non-combustible at 1000 DEGC steel-porcelain plate composite paperboard
An existing stainless steel composite board is filled by foamed plastic, is low in intensity, combustible, and the foamed plastic can burn in the flame so as to generate gas, thus damaging the outer stainless steel plate; a steel-porcelain plate composite paperboard is formed by a steel-porcelain plate and a non-combustible paperboard; soluble glass is a high temperature resistance fire retardant, and enables the paper to be non-combustible at 1000 DEG C; the non-combustible paperboard is alkalescence, so insect and ant cannot eat the board, and fungi will not grow; the non-combustible paperboard comprises many hollow holes, and has good heat-insulation sound-insulation performances; the soluble glass can solidify the paperboard, and the dried paperboard is hard as wood, and durable; the steel-porcelain plate will not rust; the features are combined, so the steel-porcelain plate composite paperboard can last for over 100 years; carbon molecules in the paperboard and silicon molecules in the soluble glass make chemical reactions in the fire so as to generate silicon carbide; the silicon carbide is hard substance capable of bearing high temperature of thousands of degrees; when fire hazard happens, the steel-porcelain plate composite paperboard rigidity hardly changes, so fire hazard can be stopped; above all, the steel-porcelain plate composite paperboard is the best building material for constructing a simple workshop.
Insect-ant resistant heat-insulation sound-insulation non-combustible at 1000 DEGC steel-porcelain plate composite paperboard
LIAO SHUHAN (Autor:in)
27.01.2016
Patent
Elektronische Ressource
Englisch
Europäisches Patentamt | 2016
|Europäisches Patentamt | 2016
|Europäisches Patentamt | 2016
|Europäisches Patentamt | 2016
|Europäisches Patentamt | 2016
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