Description
K2Co2TeO6 is a layered honeycomb oxide featuring alternating CoO6 and TeO6 octahedral layers with interlayer potassium ions. The structure supports fascinating low-temperature magnetic phenomena, including antiferromagnetic ordering and magnetic frustration inherent to its honeycomb lattice. K2Co2TeO6 crystals are an excellent platform for exploring frustrated magnetism, spin interactions, and potential ionic conductivity. We guarantee high crystallinity, phase purity, and zero magnetic impurities in our K2Co2TeO6 crystals.
The properties of K₂Co₂TeO₆ crystals
| Sample size | A few mm sized crystal |
| Material properties | Antiferromagnetic, ionic conductor candidate |
| Crystal structure | Layered honeycomb layhexagonal |
| Degree of exfoliation | Moderate exfoliation characteristics |
| Production method | Flux zone |
| Other characteristics | Guaranteed phase purity No magnetic impurities 6N purity starting materials Sealed under vacuum, Argon backfilled |
Additional Information
Elements: |
K |
Elements: |
Co |
Elements: |
Te |
Elements: |
O |
Formula: |
K2Co2TeO6 |
Material class: |
Oxide |
Properties: |
Magnetic |
Properties: |
Catalytic |
Band gap range: |
VIS |
Band gap range: |
UV |
Doping: |
Undoped |
Growth method: |
Flux |
