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Towards High-Performance PVC: The Role of Graphene Oxide as a Structural Reinforcement. 
Graphene Oxide Plastics Industry Polymers Solutions with Graphene

Towards High-Performance PVC: The Role of Graphene Oxide as a Structural Reinforcement. 

Graphene oxide emerges as a nanometric reinforcement that significantly improves the mechanical, thermal, and barrier properties of PVC without altering existing industrial processes. Thanks to its chemical compatibility, it enables the manufacturing of more resistant, lightweight, and durable products in sectors such as construction, medicine, and transport. Its integration not only optimizes material use but also drives the industry's competitiveness and sustainability toward the goal of net-zero emissions.
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From Amorphous Carbon to Graphene: Challenges in Producing Graphenic Materials from Waste 
Graphene Oxide Plastics Industry Polymers Solutions with Graphene

From Amorphous Carbon to Graphene: Challenges in Producing Graphenic Materials from Waste 

Graphene, a two-dimensional sheet of carbon atoms arranged in a hexagonal lattice, possesses exceptional mechanical, electrical, and thermal properties that make it highly valuable for science and industry. Its traditional production from graphite or gases such as methane has now expanded to include new carbon sources like biomass and plastic waste.
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Conductivity and Control: Graphene in the Evolution of Antistatic Materials
Graphene Oxide Plastics Industry Polymers Solutions with Graphene

Conductivity and Control: Graphene in the Evolution of Antistatic Materials

Over time, static electricity has proven to be a significant risk in plastic materials, particularly in sensitive industrial applications. To mitigate this effect, antistatic additives have been developed, among which graphene stands out for its ability to drastically reduce electrical resistivity in polymers such as PLA, PET, PVC, and rubber. These advances position graphene as an effective and versatile solution for developing plastics with enhanced antistatic properties.
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