ALL PRODUCTS

ZrS3 nanosheets are different from our ZrS3 crystals in that ZrS3 nanosheets have been directly grown onto Zr thin foils using vapor liquid solid (VLS) growth technique. As shown in our product photos, highly crystalline ZrS3 nanoribbons  directly...

ZrSe2 belongs to group-IV TMDCs family and adopts a stable 2H-hexagonal structure. ZrSe2 is 0.95 eV indirect gap semiconductor in the bulk form. These ZrSe2 crystals were designed and optimized at our facilities starting 2013 to achieve perfect...

ZrSe2 solution consists of monolayer and few-layer thick sheets suspended in isopropanol (IPA) solution. Our process starts from high quality single crystal ZrSe2 pieces and ultrasonication process in isopropanol (electronic grade chemical at 99.9999%...

Zirconium triselenide (ZrSe3) exhibits coexistence of a charge density waves (CDW) at around 60 K and superconducting response at ~2K. It belongs to the group-IV transition metal trichalcogenides. This is the only commercially available...

ZrSiS as a theoretically predicted and experimentally proven Dirac semimetal, exhibiting Fermi liquid behavior with two Fermi pockets at low temperatures. It sustains Weyl fermions when magnetic field is applied. It has been also shown that it may evolve...

Zirconium ditelluride is a semimetal exhibiting massless Dirac Fermions. ZrTe2 belongs to group-IV TMDCs family and adopts a stable 1T-octahedral structure. ZrTe2's electronic band structure has interesting characteristics showing crossings of...

Zirconium tritelluride (ZrTe3) is a semimetal exhibiting charge density wave (CDW) at around 60-70K and superconducting phenomena (Tc~2-5K). It belongs to the group-IV transition metal trichalcogenides. Our crystals have been engineered to attain...

Zirconium tritelluride (ZrTe3) is a semimetal exhibiting charge density wave (CDW) at around 60-70K and superconducting phenomena (Tc~2-5K). It belongs to the group-IV transition metal trichalcogenides. ZrTe3 nanoribbons and microribbons are...

Zirconium pentatelluride (ZrTe5) is a Dirac semimetal possessing unique topological electronic and optical properties. ZrTe5 is considered an intriguing Dirac semimetal at the boundary of weak and strong topological insulators. ZrTe5 crystals synthesized...