Advance Materials

Nordische’s advanced materials division focused on the environment-friendly, nontoxic, mass production of advanced carbon materials has potential applications in battery, corrosion protection, supercapacitor, biomedical, fuel cell, water treatment, electronic circuit, solar cell etc. Carbon is the fourth most abundant element in the universe (by mass). Because of this abundance, graphene could well be a sustainable, ecologically friendly solution for an increasingly complex world. One example of carbon-based advanced material is graphene. It’s the thinnest, most robust and lightest material we have seen. Graphene is stronger than steel and Kevlar, with a tensile strength of 150,000,000 psi. It is the best conductor of heat and electricity and a good absorber of light.

Advance Material

The low-cost, make-in-India initiated, rural-based engineered carbon materials prepared by Nordische attract hydrogen storage, textile, catalyst, battery, and conductive inks market segment. They have outstanding heat conductivity, electrical conductivity, and mechanical properties. The Mass production, and cost-effectiveness, of Innovative carbon materials developed in Nordische, contribute to Photo catalyst, energy storage, and conversion application.

Engineered Carbon

The cost-effective non-noble metal-based nano-catalysts materials include transition metal oxides, phosphide, sulfide, and phosphate prepared from solid waste and can be utilized for green hydrogen production, and CO2 reduction applications. The materials produced include (Cu, Ni, and Fe) porous materials and crystalline nano-sized materials with different morphologies. 

 innovative carbon material