Discover how graphene oxide-enhanced polypropylene fibers increase the mechanical, degradation and thermal stability of your concrete.

The appearance of cracks is a common concern in concrete structures. To solve this problem, graphene oxide macrofibers are used as reinforcement, offering significant advantages over traditional polymeric fibers.

The construction industry faces a challenge: improve quality and reduce environmental impact. Energeia uses graphene oxide as a key to strengthen pavements, reduce maintenance and reduce carbon footprint.

Superior thermal conductivity with graphene. Graphene oxide additives reduce the risk of thermal cracks, strengthens the concrete, and resists high temperatures.

We explore the interaction between graphene oxide and cement, and how it can improve the setting time and the properties of concrete.

1. Learn how Energeia - Graphenemex® graphene masterbatches can enhance your plastic products. Discover how these additives work as a nucleation agent and improves the mechanical resistance, the impact resistance and thermal stability of materials.

Nanotechnology and the use of nanoparticles such as graphene oxide are one of the most promising solutions to achieve sustainability in the concrete industry. We present some benefits of these new technologies for the cement industry that, in addition of improving its mechanical resistance, also reduce its impact on the environment.

This article will analyze how the use of graphene additives can help reduce energy costs in buildings, by improving thermal insulation and reducing heat loss.