Sojitz Invests in Singapore’s 2D Materials Pte

-Producing Demand and Commercializing Graphene by means of Buying and selling Firm Features to Notice an Eco-friendly Society-

Sojitz Company (“Sojitz”) has acquired stake in 2D Supplies Pte. Ltd. (“2DM”), a Singapore-based firm engaged within the manufacture and sale of graphene. Via this partnership with 2DM, Sojitz will enter the next-generation know-how and new supplies discipline.

Graphene is one kind of nanocarbon materials that’s garnering international consideration because the “final nanomaterial” because of its numerous properties. Graphene is a mesh-like sheet of hexagonal carbon atoms with a honeycomb construction that resembles the cross part of a beehive. Graphene’s properties embrace being atomically skinny, light-weight, versatile, and clear, and it’s a sturdy materials with comparable energy to a diamond that may also be flexibly bent.

210624e.jpg[Structure of graphene]

As well as, graphene is extremely thermally and electrically conductive, and demand for graphene is consequently anticipated to develop as a substitute materials to silicon and treasured supplies. Primarily based on its properties, graphene has the potential for commercialization in a number of fields spanning power storage to paints and coatings. One utility is to make use of graphene as an industrial additive for digital elements, aluminum, or plastic merchandise, which will increase conductivity and sturdiness to boost product operate.

210624_02.jpg[2DM / Graphene / Facilities]

Whereas graphene has excessive potential as a nanomaterial, additionally it is a high-cost materials that’s troublesome to fabricate, presenting challenges that have to be overcome to attain full-scale commercialization.

2DM is a by-product firm from the Nationwide College of Singapore’s Centre of Superior 2D Supplies (CA2DM). CA2DM is without doubt one of the main 2-dimensional (2D) supplies analysis institutes on the planet. Underneath the management of Professor Antonio Castro Neto and Dr Ricardo Oliveira, a proprietary graphene manufacturing course of was created. This proprietary manufacturing course of is a clear manufacturing course of and produces high-quality graphene at a excessive yield. It makes use of environmentally pleasant solvents, not like some opponents who manufacture graphene utilizing solvents and chemical substances that are environmentally harsh. This excessive yield permits 2DM to supply top quality graphene at a really aggressive worth.

2DM not solely presents top quality graphene within the powder kind, however it additionally provides graphene in numerous codecs corresponding to masterbatches and suspensions based mostly on purchasers’ course of necessities. The mixing of graphene into the assorted purposes is commonly as vital as the standard of the graphene. With its sturdy technical staff, 2DM helps purchasers with the mixing of graphene with technical help as nicely. Apart from the 2DM technical staff, 2DM has a board of advisors that features a collaborative community of leaders within the graphene trade in addition to a 2010 Nobel Laureate in Physics, Sir Kostya Novoselov.

Leveraging its international community of roughly 5000 accomplice corporations within the chemical substances trade together with its gross sales and procurement networks, Sojitz will promote sensible utility of 2DM’s high-quality, competitively priced graphene. By reaching commercialization, which has but to be realized, Sojitz and 2DM purpose to attain a dominant place inside the trade. Moreover, by selling the usage of energy-saving and material-conserving graphene supplies, Sojitz will contribute to the conclusion of an eco-friendly society.

Firm Overview – 2D Supplies Pte. Ltd.

Established July 2015
Location Blk 16C#04-41, JTC House @Tuas, Tuas Avenue 1, Singapore
(639535), Singapore
Consultant Director Ricardo Vinicius Bof de Oliveira
Predominant Enterprise Manufacture and sale of graphene merchandise and intermediaries
Improvement of digital elements, high-performance composite supplies and coatings utilizing graphene