Multifunctional chlorine-free alkali-free compound concrete slag admixture and its preparation process
A multifunctional and admixture technology, applied in the field of concrete auxiliary materials, can solve the problems of single function and poor comprehensive performance, and achieve the effects of improving impermeability, compactness, and sulfate erosion resistance
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Embodiment 1
[0033] In parts by weight, the components and dosage of the multifunctional composite concrete slag admixture are: 90 parts for inorganic industrial waste and 10 parts for organic raw materials. The specific components and dosage of inorganic industrial waste (based on the total amount as 100%) are: lithium slag powder 50, calcium slag powder 25, phosphogypsum slag 5, fluorite tailings 10, silica fume 5 and rare earth waste 5; The specific components and dosage of raw materials (based on the total amount of 100%) are: organosilane 20, carbon fiber 25, methyl vinyl silicone rubber 10, oligoglycerin 10, polyepoxysulfonate 10, polycarboxylate 10. Diethylenetriamine condensate 10 and tartaric acid 5.
Embodiment 2
[0035] In parts by weight, the components and dosage of the multifunctional composite concrete slag admixture are: 90 parts for inorganic industrial waste and 10 parts for organic raw materials. The specific components and dosage of inorganic industrial waste (based on the total amount of 100%) are: lithium slag powder 45, calcium slag powder 20, phosphogypsum slag 10, fluorite tailings 15, silica fume 5 and rare earth waste 5; The specific components and amounts of raw materials (based on the total amount of 100%) are: organosilane 25, carbon fiber 15, methyl vinyl silicone rubber 15, polyepoxide sulfonate 10, polycarboxylate 10, oligoglycerol 10. Diethylenetriamine condensate 10 and tartaric acid 5.
Embodiment 3
[0037] In parts by weight, the components and dosage of the multifunctional composite concrete slag admixture are: 90 parts for inorganic industrial waste and 10 parts for organic raw materials. The specific components and dosage of inorganic industrial waste (based on the total amount as 100%) are: lithium slag powder 40, calcium slag powder 25, phosphogypsum slag 20, fluorite tailings 15, silica fume 5 and rare earth waste 5; The specific components and dosage of raw materials (based on the total amount of 100%) are: organosilane 30, carbon fiber 20, methyl vinyl silicone rubber 15, polyepoxide sulfonate 15, polycarboxylate 5, oligoglycerol 5. Diethylenetriamine condensate 5 and tartaric acid 5.
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