Thermal conductivity , can be described as how easily heat energy can pass through a material. , Brittleness, Breaks suddenly without much distortion, Electrical conductivity , can be described as how easily electrical energy can pass through a material. , Plasticity, Maintains new shape after loading, Hardness, can be described as the ability of a material to withstand scratching, cutting and abrasion. , Toughness , can be described as a material's ability to withstand impact from a dynamic force., Ductility, can be described as a material's ability to be drawn or pulled in to a long length or wire without breaking. , Strength, can be described as the ability of a material to with stand a constant force without breaking. , Density, can be described as a material's mass per unit volume. , Malleability , can be described as a materials ability to be permanently deformed or shaped through impact, rolling or pressing without breaking. , Elasticity, is a measurement of a material's ability to stretch under force and return to its original shape without deformation when the force is removed. .

Material Properties

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