Jul 19 2017
During the first half of July 2017, NanoGraphene Inc. manufactured its first graphene from its innovative plant newly set up at its unique facility located at Industry City in Brooklyn, which is being established as an innovation center.
The companies coming to Industry City epitomize new cutting edge technologies which have the potential to upset and reshape a number of industries.
Credit: PRNewsfoto/NanoGraphene Inc.
The graphene, which is pictured, has been manufactured by NG's proprietary environmentally clean closed loop technology (PECCLT) which uses only water.
We are excited to have produced graphene in New York on time and on budget.
Boris Goldstein and Sergey Alekseev, Co-Founders, NanoGraphene Inc.
After moving to Industry City in Brooklyn, NanoGraphene has attracted a lot of interest from around the world and predominantly from globally recognized names who are placing orders for graphene with NG. The range of uses for NG's graphene increases daily and includes application in lithium ion batteries which are driving the electric car revolution, inclusion in cement, solar panels, printing ink and use in oil, resin and grease. Graphene is also being employed to harden paint, included in water desalination and filtration usage, and semi-conductors.
The industries seeking out NanoGraphene vary from Battery Manufacturers, Car Manufacturers, and Building Companies. They also include Research Laboratories, Universities, and new advanced Technology Companies who all view the increasing usage of graphene as a vital part of the future progress of their own projects.
NanoGraphene's graphene production achievement in New York is a result of over a decade of research, testing and development by a top notch research team. NanoGraphene will increasingly utilize what it trusts is the purest graphite available to provide an emergent market with the highest grade graphene created in a sustainable environmentally friendly plant using water.
NanoGraphene believes graphene, which is a better conductor than copper, stronger than steel and debatably one of the most versatile materials starting to emerge, will assist and enhance numerous industries to create better products which are lighter, more efficient and longer lasting.