Ultralight materials are solids with a density of less than 10 mg/cm3, including silica aerogels, carbon nanotube aerogels, aerographite, metallic foams, polymeric foams, and metallic microlattices. The density of air is about 1.275 mg/cm3, which means that the air in the pores contributes significantly to the density of these materials in atmospheric conditions. They can be classified by production method as aerogels, stochastic foams, and structured cellular materials.
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| - Material ultralleuger (ca)
- Ultralight material (en)
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| - Els materials ultralleugers són sòlids amb una densitat de menys de 10 mg/cm³, els quals inclouen els aerogels de sílice, aerogels de nanotubs de carboni, , escumes metàl·liques, i . La densitat de l'aire és d'uns 1.275 mg/cm³, el que significa que l'aire en els porus contribueix significativament a la densitat del material. (ca)
- Ultralight materials are solids with a density of less than 10 mg/cm3, including silica aerogels, carbon nanotube aerogels, aerographite, metallic foams, polymeric foams, and metallic microlattices. The density of air is about 1.275 mg/cm3, which means that the air in the pores contributes significantly to the density of these materials in atmospheric conditions. They can be classified by production method as aerogels, stochastic foams, and structured cellular materials. (en)
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| - Els materials ultralleugers són sòlids amb una densitat de menys de 10 mg/cm³, els quals inclouen els aerogels de sílice, aerogels de nanotubs de carboni, , escumes metàl·liques, i . La densitat de l'aire és d'uns 1.275 mg/cm³, el que significa que l'aire en els porus contribueix significativament a la densitat del material. (ca)
- Ultralight materials are solids with a density of less than 10 mg/cm3, including silica aerogels, carbon nanotube aerogels, aerographite, metallic foams, polymeric foams, and metallic microlattices. The density of air is about 1.275 mg/cm3, which means that the air in the pores contributes significantly to the density of these materials in atmospheric conditions. They can be classified by production method as aerogels, stochastic foams, and structured cellular materials. (en)
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