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Electronic grade lab grown kish graphite. Kish graphite has been lab synthesized using molten iron-carbide cooling process to realize electronic and optical grade Kish graphite. Usually Kish graphite is a natural by-product of stainless steel process and...

LaTe2 is a layered charge density wave (CDW) material with exotic quantum properties. The crystal structure of LaTe2 is particular unique since 2D CDW LaTe2 is formed by square tiled tellurene layers separated by LaTe slabs crystallizing in layered...

The first and only commercially available Mg(OH)₂ crystals were grown using float zone synthesis technique to yield perfectly layered, large size, highly crystalline vdW layered crystals. Mg(OH)2 crystals exhibit ~4 eV direct gap and is considered...

Mn2AlC 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...

Mn3Si2Te6 is a member of the transition metal trichalcogenides family with exciting 2D magnetic and electronic properties. Recent studies have shown colossal magnetoresistance, chiral currents, and 2D ferrimagnetism Properties of Mn3SiTe6 2D...

MnCl2 is the newest addition to the 2D magnet family. Their experimental properties currently remain largely unknown while theoretical studies have identified exciting magnetic properties and responses. These crystals have been synthesized using chemical...

Manganese dioxide (MnO2) is a 2D ferromagnetic [1], catalytic [2] , and semiconducting material. It is layered and as easy to exfoliate as MoS2 or graphite. In the bulk form, MnO2 has 1.5 eV predicted band gap while it has been anticipated to increase to...

MnO2 is 2D catalytic and electronic grade semiconducting 2D material. In the bulk form, MnO2 has 1.5 eV predicted band gap while it has been anticipated to increase to 2.0 eV in the monolayer form. Starting from single crystalline MnO2, our R&D...

The only magnetic grade MnPS3 vdW crystals in the commercial market. Our customers knows that slim amount of defects and magnetic impurities are sufficient to mask the observation of exotic magnetic behavior from 2D magnets. Our vdW magnets are created...

The only magnetic grade MnPSe3 vdW crystals in the commercial market. Our customers knows that slim amount of defects and magnetic impurities are sufficient to mask the observation of exotic magnetic behavior from 2D magnets. Our vdW magnets are created...

MnSbTe is a semimetallic material. These crystals have been synthesized using highest grade flux zone growth technique at 99.99999% or above level to ensure the highest electronic response. Typical crystals measure ~0.3-0.4cm in size and are ready for...

MnTe is a semimetal layered compound. The powder is highly crystallized at high temperatures and high pressures over 1 month time frame to achieve good crystallization and to prevent from oxidization. Each order contains +1 gram highly crystalline powder...