Graphene is added into a range of composites<\/b> for applications where weight and strength are limiting factors,
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for instance in the aerospace sector. Graphene is being added to numerous materials to make the current
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material more lightweight and stronger. <\/i>For the aviation sector, a composite material which is much lighter than steel but will still provide the required <\/i>strength will save plenty of money on fuel consumption, which is why graphene is now being combined into such materials. <\/i>Graphene-based structural composites have a massive potential to become an extensively used <\/i>substitute for many materials used at present.<\/i><\/p>\n
\nGraphene can be added into polymeric materials to produce graphene-polymer composite<\/b> materials.
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As a number of polymeric materials suffer from strength-related issues, the combining of graphene can
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help to boost the tensile strength of the polymers, prolonging the shelf life of the polymeric material
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in commercial applications. Adding graphene into polymers can also offer polymers electrical conductivity properties.<\/i><\/p>\n
B\u00fclteni g\u00f6r\u00fcnt\u00fcle<\/a><\/p>\n B\u00fclteni g\u00f6r\u00fcnt\u00fcle<\/a><\/p>\n