Geopolymer-based rice straw fiber board and preparation method thereof
A technology of geopolymer and rice straw, applied in the field of geopolymer-based plant fiberboard and geopolymer-based rice straw fiberboard, can solve the problems of complex raw materials and processes, achieve small equipment wear, low material moisture content, and solve the problem of slurry spillover effect
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Embodiment 1
[0032] Taking by weighing modulus is 1.5, and solid content is 57 kilograms of liquid sodium water glass of 48%, and fineness is 33 kilograms of metakaolin of 200 orders, and particle diameter is 10~20 orders, and water content is 10 kilograms of rice straw fibers ( dry basis); add liquid sodium water glass to the metakaolin, fully stir during the adding process, and stir until there is no agglomerated metakaolin in the mixture to obtain a geopolymer-based slurry; add rice straw fiber to the slurry , fully stirred and mixed to obtain a mixed slurry of geopolymer and rice straw fiber; the mixed slurry was moved to a fiberboard mold, extruded at 1.5MPa and 60°C, demoulded after 2 hours, and then placed in a natural Under the condition of conservation for 10 days, that is.
[0033] Among them, liquid sodium water glass is obtained by adding a certain amount of sodium hydroxide to commercially available industrial liquid sodium water glass with a modulus of 3.1 and a solid content...
Embodiment 2
[0035] Taking by weighing modulus is 1.6, and solid content is 60 kilograms of liquid sodium water glass of 47.0%, and fineness is 30 kilograms of metakaolin of 400 orders, and particle diameter is 20~40 orders, and water content is 10 kilograms of rice straw fibers ( dry basis); add liquid sodium water glass to the metakaolin, fully stir during the adding process, and stir until there is no agglomerated metakaolin in the mixture to obtain a geopolymer-based slurry; add rice straw fiber to the slurry , fully stirred and mixed to obtain a mixed slurry of geopolymer and rice straw fiber; the mixed slurry was moved to a fiberboard mold, extruded at 1.5MPa and 60°C, demoulded after 2 hours, and then placed in a natural Under the condition of conservation for 9 days, that is.
[0036] Among them, liquid sodium water glass is obtained by adding a certain amount of sodium hydroxide to commercially available industrial liquid sodium water glass with a modulus of 3.2 and a solid conten...
Embodiment 3
[0038] Taking by weighing modulus is 1.7, and solid content is 57 kilograms of liquid sodium water glass of 46.5%, and fineness is 35 kilograms of metakaolin of 600 orders, and particle diameter is 20~40 orders, and water content is 8 kilograms of rice straw fiber of 18% ( dry basis); add liquid sodium water glass to the metakaolin, fully stir during the adding process, and stir until there is no agglomerated metakaolin in the mixture to obtain a geopolymer-based slurry; add rice straw fiber to the slurry , fully stirred and mixed to obtain a mixed slurry of geopolymer and rice straw fiber; the mixed slurry was moved to a fiberboard mold, extruded at 1.5MPa and 60°C, demoulded after 2 hours, and then placed in a natural Under the condition of conservation for 8 days, that is.
[0039] Among them, the liquid sodium water glass is obtained by adding a certain amount of sodium hydroxide to commercially available industrial liquid sodium water glass with a modulus of 3.3 and a sol...
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