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Aluminium is among the materials that found their application in composite systems. Aluminium matrix composites may form or may be present in the matrix in t he form of fillers. Specific applications of aluminium may be present in the epoxy or other polymer matrices in t he form of microparticles. Mutual interaction of resin and aluminium particles then creates the resulting properties of the material, which can be used both for surface treatment, and in the bonding and sealing. For this re ason, adhesion and cohesion characteristics are amo ng the leading characteristics of such systems. The paper describes cohesive characteristics of two-component epoxy resin filled with microparticles of 30.44 μm. The presenc e of particles changed tensile strength of resins f rom the value 49 MPa 30 MPa. The adhesion characteristics were evaluated on both aluminium and steel adherends. The presence of low concentrations of microparticles of al uminum, i.e. to 8% did not result to the statistically significant decrease of values of the shear strength of resin a t both, aluminum and steel adherends.

Al Microparticles Interaction with Epoxy Resin - Cohesion and Adhesion to Steel and Aluminum