Ni3TeO6 crystals by 2Dsemiconductors USA

Ni3TeO6

SKU: blk-Ni3TeO6
$810.00

World's first commercially available Ni3TeO6 topological superconductor vdW crystals

Ni3TeO6 has a corundum type material with the polar R3 space group geometry. Previous studies have shown that Ni3TeO6 crystals exhibit collinear antiferromagnetic (AFM) order below Neel temperature of ~53 K which induces a spin-induced ferroelectric ordering. 

Ni3TeO6 crystal growth require rather careful synthesis conditions and our novelty relies on our ability to synthesize Ni3TeO6 without any defects or secondary NiOx, TeOx, and NiTe phases to truly access their quantum properties. It is perfectly crystallized for you to probe the quantum effects without any ambiguity. Because of the difficulty of the crystal growth each crystal only measure few mm in size and the requires very labor intensive process (increasing the product cost)

The properties of Ni3TeO6 vdW topological superconductor crystals 

Sample size Each order contains couple mm sized crystal
Material properties 2D magnet, collinear AFM
Crystal structure R3
Degree of exfoliation Medium exfoliation characteristics
Production method High electronic purity (6N or better) through self flux technique
Other characteristics
  • No transport agents 
  • Stable in air
  • Low defect concentration
  • High electronic quality
Full Description
Formula: Ni3TeO6
Qty
  • Description

    Ni3TeO6

    World's first commercially available Ni3TeO6 topological superconductor vdW crystals

    Ni3TeO6 has a corundum type material with the polar R3 space group geometry. Previous studies have shown that Ni3TeO6 crystals exhibit collinear antiferromagnetic (AFM) order below Neel temperature of ~53 K which induces a spin-induced ferroelectric ordering. 

    Ni3TeO6 crystal growth require rather careful synthesis conditions and our novelty relies on our ability to synthesize Ni3TeO6 without any defects or secondary NiOx, TeOx, and NiTe phases to truly access their quantum properties. It is perfectly crystallized for you to probe the quantum effects without any ambiguity. Because of the difficulty of the crystal growth each crystal only measure few mm in size and the requires very labor intensive process (increasing the product cost)

    The properties of Ni3TeO6 vdW topological superconductor crystals 

    Sample size Each order contains couple mm sized crystal
    Material properties 2D magnet, collinear AFM
    Crystal structure R3
    Degree of exfoliation Medium exfoliation characteristics
    Production method High electronic purity (6N or better) through self flux technique
    Other characteristics
    • No transport agents 
    • Stable in air
    • Low defect concentration
    • High electronic quality