ALL PRODUCTS

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...

The properties of layered Zn2In2S5 crystals Zn2In2S5 belongs to the family of ternary chalcogenide semiconductors, which are materials that have interesting electronic and optical properties. They are primarily used for LEDs, solar cells, and...

The only commercially available TlGaTe2 vdW crystals have been synthesized at our facilities through float zone technique. TlGaTe2 semiconductors belong to the thallium chalcogenides family with the chemical formula TlBX2 (where B=In or Ga, X=S, Se...

World's first commercially available Fe4GeTe2 vdW magnet crystals Fe4GeTe2 is a 2D magnet that exhibits near room temperature ferromagnetism with Tc=270 K. Literature suggests that the material has a large conductivity, a large magnetic moment, and...

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...

SnPSe3 is a layered crystal belonging to the metal selenophosphites family of van der Waals crystal. They assume the chemical formula of MPSe3 with M=Sn. It has been shown that SnPSe3 crystals have ~1.49 eV optical band gap which suitably falls within...

The properties of layered Ga2O3 crystals Beta phase Ga2O3 is a layered ultraviolet semiconducting material with band gap ranging from 3-3.5eV. Owing to their recent discovery, their electronic, optical, and magnetic properties remain largely...

Single crystal highly oriented synthetic 2H-phase MoS2 crystals have been developed at our facilities in the USA starting from the powder making to crystallization. Our crystals are well-known for its low defect density, ultra-flat surfaces, and high...

Our HfS2 crystals are grown using ultra pure flux vapor technique to produce crystal that are free of halides and vacancy defects. The defect concentration remains lower than 1E9cm-2 for high optical and electronic performance. Our growth technique has...

2H-phase niobium diselenide is a superconducting vdW crystal with charge density wave (CDW) and Weyl semimetal properties. It has been shown to exhibit superconducting behavior at low temperatures.   Materials Project NbSe2 ...

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...

YBCO (yttrium barium copper oxide) is a high temperature superconductor with attractive properties. 6N high purity YBCO crystals are synthesized through high pressure growth anvil cells at high temperatures to ensure superconducting response...