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Applied Physics - Graphene Nano-Intermediates
FromApplied Physics
While graphene oxide, reduced graphene oxide and pristine graphene are developed forms of graphene, they are not suitable as a drop-in solution for commercial products.
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Nano-intermediates offer a solution to this problem, serving as the foundation to all graphene applications
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Through nano-intermediates, such as graphene-based resins, solvents and masterbatches, graphene can be incorporated into a variety of existing commercial products to enhance performance
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G3 has unique expertise in utilizing nano-intermediates to achieve best-in-class performance.
Composite Pastes Description
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Even dispersion of graphene into client materials
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Even dispersion of graphene into client materials
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Even dispersion of graphene into client materials
Graphene Masterbatch Description
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Even dispersion of graphene into client materials
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Even dispersion of graphene into client materials
Graphene Dispersions
Description
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Even dispersion of graphene into client materials
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Enables clients to fully realize benefits of graphene
Improved Tensile Strength
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Epoxy paste used in carbon fiber prepreg results in a 2x improvement in shear strength of products
Improved Wear Resistance
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Composite pastes serve to improve wear resistance, increasing the life and durability of commercial products
Lightweight and Strong
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Improves strength of products by 33 – 50% with <5% graphene
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Does not add additional weight.
Improves Electrical Conductivity
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Improves electrical conductivity of plastics by 5 – 6 orders of magnitude for antistatic applications