Water Resistance, How well a material resists absorbing water, Ductility, The length to which a material can be stretched before breaking, Workability, How easy a material is to cut, shape, and form, Insulating, How well a material restricts heat or electricity moving (keeps in heat/electricity), Strength, The maximum force a material can withstand before breaking when pulled apart, crushed or twisted, Buoyancy, How well a material floats in water, Toughness, The amount of energy a material can absorb before it breaks when hit with something like a hammer, Malleability, The amount of shaping that can be done with a material before it breaks in terms of bending, twisting and so on, Hardness, How difficult it is to cut or mark a material, Conductivity, How well a material transmits or carries heat or electricity, Chemical Restistance, How well a chemical resists chemicals (like cleaning products), Brittleness, The material will break very easily when any stress or pressure is applied to it, Corrosion, Whether a material corrodes (rots, weakens, rusts, etc.) easily due to oxidation or exposure to chemicals, Strength to weight, A material that has a high level of strength, but low level of weight, Elasticity, The length to which a material can be stretched and still return to its original shape, Weight, How heavy a material is

Material Properties

per en/la
Imprimir
Incrustar

Tauler de classificació

Estil visual

Opcions

Canvia de fonament

Restaurar desada automàtica: ?