BULK CRYSTALS

Limited Edition Ultra-Flat Large-Area MoS2 Crystals After over five years of dedicated R&D, we are proud to offer our Ultra-Flat Large-Area MoS₂ Crystals—precision-engineered specifically for monolayer exfoliation techniques such as Au-assisted...

Premium Ultra-Flat Large-Area MoSe2 Crystals for large area exfoliation After over five years of dedicated R&D, we are proud to offer our Ultra-Flat Large-Area MoSe2 Crystals—precision-engineered specifically for monolayer exfoliation...

Premium Ultra-Flat Large-Area WSe2 Crystals for large area exfoliation After over five years of dedicated R&D, we are proud to offer our Ultra-Flat Large-Area WSe2 Crystals—precision-engineered specifically for monolayer exfoliation...

Molybdenum atoms perfectly incorporated into ReS2 matrix. These alloys are not phase separated meaning Mo and Re atoms randomly distributed throughout the crystals. Re composition varies from slim amount 0.01% up to 5%. Please specify the percentage of...

Niobium atoms are perfectly incorporated into ReS₂ matrix. These alloys are not phase separated meaning Nb and Re atoms randomly distributed throughout the crystals. Nb composition varies from slim amount 0.1% up to 3%. Please specify the percentage of...

Niobium atoms are perfectly incorporated into ReSe₂ matrix. These alloys are not phase separated meaning Nb and Re atoms randomly distributed throughout the crystals. Nb composition varies from slim amount 0.1% up to 3%. Please specify the percentage of...

Our single crystal ReS₂ (Rhenium disulfide) crystals are produced in world-record sizes exceeding 1 cm, setting a new benchmark in the field. These crystals are meticulously grown in our facilities using optimized chemical vapor transport and flux zone...

Single crystal ReSe₂ (Rhenium diselenide) crystals are developed at our facilities using chemical vapor transport or flux zone technique methods after 8 years of growth optimization to ensure anisotropic properties. Our ReSe2 crystals display...

Single crystal ReSxSe2(1-x) alloy rystals are developed at our facilities using chemical vapor transport or flux zone technique methods. Our ReSSe2 crystals display impressive structural anisotropy from bulk down to monolayers as evidenced by TEM...

Silicon phosphide (SiP) is a layered semiconductor crystallizing in 2D anisotropic / orthorhombic crystal phase. It has been shown to undergo indirect (bulk) to direct (monolayer) gap transition from 1.69 (bulk) to 2.5 eV (monolayer). The atoms are...

TaMoSe2 ternary alloy transition metal dichachalcogenide crystals have been stabilized and synthesized in 2H phase. Typical alloying ratio is set at 50:50% Ta0.5Mo0.5Se2. These crystals were synthesized through chemical vapor transport (CVT) technique...

We offer high-purity, layered TaWSe2 ternary alloys synthesized with a 1:1 ratio of tungsten (W) to tantalum (Ta), bridging the properties of semiconducting WSe2 and metallic 2H-TaSe2. By alloying these two materials, we produce novel van der Waals...