The degree thesis is a study of adhesion of surface texture which is reinforced in the body surface materials, aluminium and reinforced grades AC4C is silicon carbide particle size Micron by 65 studies on preparation of the surface of the silicon carbide particles by thermal processes at 1000 and 1100 degrees Celsius for a period of 2, 4, and 6 hours respectively, to add to the wet surface of the reinforced material and melt combined with aluminium, 5% by weight, with the process of forming a semi solid metal that consists of steps. Stir in water, mechanical strength with 230 rpm and 45-degree angle through the pouring spout, then taken to verify the adhesion and distribution of silicon carbide particles and mechanical property tests. When silicon carbide particles that pass through the skin with the preparation process of the heat to the aluminum. I found that there is a quantity of silicon carbide particles that are embedded in the floor, aluminium. With an average close to fill the silicon carbide particles that fail to prepare the surface. When the parts go for polishing with sand paper to examine the structure of a comma, it was found that there have been leaked out of the silicon carbide particles. Mechanical properties of aluminium-silicon carbide composite particles that pass through the skin and does not prepare the surface preparation. Impact is the ability to receive is equal to J and J respectively 17 14.33. The ability to obtain tensile strength equal to 249.63 256.44 MPa respectively and the value and hardness test is equal to 116.9 and 117.2 HB respectively can be seen that the mechanical properties of aluminium-silicon carbide composite particle through the preparation of the surface and aluminium silicon carbide composite particles that fail to prepare the surface with a mechanical properties do not vary. See how to prepare your skin with a heat process do not affect distribution and adhesion on aluminium.
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