Nanomatrix Materials (NM) is a nano and advanced material manufacturer that uses proprietary disruptive graphene technology and its integration into smarter applications. Graphene, a wonder material discovered just a few years ago, has limitless applications across almost all industries and is set to redefine the course of next-generation advanced materials.
G1 wonders is the consumer wing (B2C) of the group that has its presence in the online as well as brick & mortar retail space. It has a number of consumer products (B2C) introduced and lined up for the future with Graphene as the key material in them, with an enhanced user experience for such products.
Graphene, the wonder material, is rightly regarded as a milestone in the world of material science. It has the potential to revolutionize entire industries in the fields of Filtration, Construction, Polymer, Energy Generation, Batteries, Sensors and more.
Our R&D is currently working on the following domains to address the phenomenal statements through these products
Graphene batteries are an emerging technology which allows for increased electrode density, faster cycle times, as well as possessing the ability to hold the charge longer, thus improving the battery’s lifespan.
Our conductive graphene ink can be used for a wide range of application including, sensor, automotive, electrodes and aerospace. It can therefore be used as additives in ink and coating system, available at varying levels of electrical conductivity, offering enhanced performance.
With the quick development of Internet and electronic devices, a large number of electromagnetic waves flood into the living environment, affecting human life and health potentially. Graphene improve the electromagnetic shielding efficiency of the material. Moreover, the ultra-high porosity of the graphene form can reduce the density of the material.
Graphene based Lubricant additives improves wear resistance, extend engine life, increase fuel efficiency, and increase engine power. With high surface area and high affinity for metal surfaces, graphene nanoparticles forms a thin protective film between moving mechanical parts.
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