The decreasing cost of lithium-ion batteries, coupled with advancements in Supercapacitor and Fuel cell technologies, signals a promising future for energy storage. However, challenges remain regarding charging time, energy density, and safety, hindering mass adoption.

Graphene-based electrode materials offer a solution to these challenges in the energy storage sector. Blgraphene’s proprietary technology for Graphene hybridization enables the development of cutting-edge Supercapacitors with high energy density and cycle life. This is made possible by Blgraphene’s Graphene’s ultra-high surface area (>1000 m2/gram), enhanced porosity, high purity (<50 ppm ash content), and appropriate doping configuration.

Blgraphene’s additive is designed to enhance specific capacity, energy density, cycle life, and reduce sulfation and charging time in batteries, facilitating innovation in energy storage.

According to a recent statement from the International Energy Agency, “Energy efficiency is the first fuel.” There’s significant potential to enhance the efficiency of existing systems by improving their service life and reducing weight.

Graphene-based additives for polymer systems have demonstrated their effectiveness in enhancing electrical, thermal, and mechanical properties. This enables the development of durable, lightweight composite systems with multifunctionality, extended service life, and reduced wear.

Blgraphene’s Graphene exhibits high electrical and thermal conductivity, along with exceptional mechanical and barrier properties. We’ve conducted thorough structural, chemical, and physical characterizations to develop Graphene-based additives with customized flake sizes, solvent systems, and functionalization, tailored to the specific needs of the composites industry.

Blgraphene Traditional high-performance coatings often rely on heavy metals for anti-corrosive properties, posing severe toxicity risks to living organisms. In contrast, Graphene-based coatings offer exceptional anti-corrosive properties without the harmful effects. Moreover, these coatings exhibit high fire-retardancy, conductivity, and possess antibacterial and antiviral properties.

Graphene’s versatility allows for easy functionalization with various chemical groups, making it compatible with any coating system while retaining its advantageous characteristics.

Graphene-based coating formulations can be applied not only to metals but also to cellulose-based fabrics, leather, and plastics. Additionally, Blgraphene’s Graphene dispersion enables the design of disposable biosensors with high selectivity and sensitivity.

Blgraphene’s Graphene-based coating products can be seamlessly mixed with paint/coating formulations to develop Electrostatic Discharge (ESD) products, offering a wide range of applications in various industries.