POWDERS

Ti4N3 is a  two-dimensional transition metal carbide based member of the MXenes. These MXene sheets are formed starting from MAXene phases and our in-house processing technique to reduce the etching rate and eliminating secondary MAX phases. The...

V2AlC is a member of vdW MAX layered material system. Similar to graphite and MoS2, the MAX phases are layered and have the general formula: Mn+1AXn, (MAX) where n = 1 to 3, M is an early transition metal, A is an non-metal elements and X is either...

MXenes are a class of layered materials made from the precursor MAXene by removing the A element. Thus, they are named MXenes and they have a similar structure to graphene and other 2D layers. The precursor, V2AlC, is a member of MAX phases, which is a...

V4AlC3 is a member of vdW MAX layered material system. Similar to graphite and MoS2, the MAX phases are layered and have the general formula: Mn+1AXn, (MAX) where n = 1 to 3, M is an early transition metal, A is an non-metal elements and X is either...

Vi4C3 is a  two-dimensional transition metal carbide based member of the MXenes. These MXene sheets are formed starting from MAXene phases and our in-house processing technique to reduce the etching rate and eliminating secondary MAX phases. The...

Our VSe2 vdW powders are perfectly layered and are synthesized through high pressure growth technique to produce well layered and high crystallinity powders. The powder is highly crystallized at high temperatures and high pressures over extended period...

Van der walls flakes (powdered crystals) of WS2 have been synthesized through high-pressure reaction at elevated temperatures. Each powdered domain consists of vdW layered WS2 sheets. These individual WS2 crystallizes measure somewhere from 100nm to 10...

Van der walls flakes (powdered crystals) of WSe2 have been synthesized through high-pressure reaction at elevated temperatures. Each powdered domain consists of vdW layered WSe2 sheets. These individual WSe2 crystallizes measure somewhere from 100nm to...