The optimization of components in M MT/EP adhesive
Zhichao Li
Abstract
Zhichao Li
Abstract
Used obtained montmorillonite( through treating with organic compounds)as the filler a montmoril-lonite/epoxy resin adhesive was prepared by intercalation combining. The adhesive properties (tensile strength, hardness and X-ray diffraction) were measured and compared to that of the adhesives with filler of fly-ash or untreated montmorillonite. When added organic montrnorillonite was 5% by mass fraction the shear strength for the adhesive reached 21. 6MPa. The results of XRD showed that the adhesive is a nano-scale composite of nano-montmorillonite and epoxy resin. From comparing of their mechanical properties and desities the synthetical properties of the epoxy adhesive containing organic montmorillonite are better than that of common epoxy adhesives.
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Used obtained montmorillonite( through treating with organic compounds)as the filler a montmoril-lonite/epoxy resin adhesive was prepared by intercalation combining. The adhesive properties (tensile strength, hardness and X-ray diffraction) were measured and compared to that of the adhesives with filler of fly-ash or untreated montmorillonite. When added organic montrnorillonite was 5% by mass fraction the shear strength for the adhesive reached 21. 6MPa. The results of XRD showed that the adhesive is a nano-scale composite of nano-montmorillonite and epoxy resin. From comparing of their mechanical properties and desities the synthetical properties of the epoxy adhesive containing organic montmorillonite are better than that of common epoxy adhesives.
Key concepts: Materials science, Montmorillonite, Adhesive, Epoxy, Composite material, Ultimate tensile strength, Mass fraction, Intercalation (chemistry)