Graphene
Zentek develops carbon-based, nanotechnology-enhanced icephobic coating to reduce ice accretion
Preliminary results demonstrate an adhesion strength of 20 kPA, which is a 96% improvement over aluminum alloys. The coating will be tested under real, ice-forming weather conditions this winter.
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Grafen AB introduces graphene-coated textiles
The G-Heatex series uses graphene flakes to entirely impregnate textiles for uniform electrical resistance properties. It is available for a range of textile substrate types.
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SPE Automotive Division names 36 finalists for annual Automotive Innovation Awards Gala
Category and grand award winners selected by the Blue Ribbon judging round Oct. 1 will be announced during the gala on Nov. 10, 2021. Submissions are described below.
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Mag7 Technologies offers advance licensing for graphene CMC technology
The company’s process produces graphene-enhanced ceramic precursor for use in ceramic matrix composite (CMC) applications.
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Applied Graphene Materials launches eco-friendly graphene dispersions range
New bio-based range enables paints, coatings and composites manufacturers to improve product without compromising on performance.
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Haydale Graphene Industries files joint patent with Airbus
Joint patent application cover the intellectual property generated by the two companies under a project to evaluate graphene composites.
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Multifunctional composite structures across end markets
Innovators find new ways to add functions — from anti-icing to 5G signal transmission to structural batteries and beyond — into structural composites.
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Asbury Carbons pivots in the graphene industry, acquires Garmor Inc.
Florida-based advanced materials company will advance Asbury Carbon’s engineered material solutions for products such as adhesives and metal-matrix composites (MMC).
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Self-organization and photopolymerization method constructs tailorable 2D polymer materials
International research team uses fantrip molecule and a violet laser to create durable covalent bonds for ultra-thin, functional materials with highly defined and regular crystalline structures.
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University researchers produce new carbon allotrope with metallic properties
While atomically thin like graphene, the carbon network’s atoms form squares, hexagons and octagons in an ordered lattice and behaves like a metal, making it ideal for nanoscale carbon materials.
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