Quantum Materials & Single Crystal Growth
Research-ready materials developed to your requirements.
For details or enquiries regarding your requirements, please contact us at qmat@quantech.org.in
I-HUB QTF provides advanced materials and high-quality single crystals for research in quantum materials and emerging quantum technologies, with capabilities spanning material synthesis, crystal growth and characterization.
Submit Your Requirement
What We Offer
Materials and Crystal Solutions for Your Research
Our capabilities extend beyond supplying standard materials. We work with researchers to develop and provide materials suited to specific research requirements.
1) Single Crystal Growth
Growth of high-quality single crystals for quantum materials research, with controlled composition and crystal structure.
2) Advanced Materials
A range of materials exhibiting electronic, magnetic, topological, superconducting and strongly correlated phenomena.
3) Custom Material Development
Materials not currently listed in our portfolio can also be considered based on specific research requirements and feasibility.
4) Material Characterization
Characterization of synthesized materials to assess structural, compositional and other relevant properties.
1. Transition-metal dichalcogenides (TMDs)
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Material
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Crystal / chemical family
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Electronic class
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MoSe₂
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2H TMD
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Semiconductor
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ZrSe₂
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1T TMD
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Semiconductor
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TiSe₂
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1T TMD
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CDW / correlated system
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VSe₂
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1T TMD
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CDW / correlated semimetal
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HfTe₂
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1T TMD
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Semimetal / topological candidate
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ZrTe₂
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1T TMD
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Semimetal / topological candidate
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NiTe₂
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1T TMD
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Topological semimetal
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PtTe₂
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1T TMD
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Type-II Dirac semimetal
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ReS₂
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Distorted 1T TMD
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Low-symmetry semiconductor
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ReSe₂
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Distorted 1T TMD
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Low-symmetry semiconductor
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SnSe₂
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1T-type layered chalcogenide
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Semiconductor
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PdSe₂
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Pentagonal TMD
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Anisotropic semiconductor
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TaTe₂
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Layered TMD
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CDW / correlated material
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2. ZrSiX / WHM topological materials
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Material
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Crystal / chemical family
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Electronic class
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ZrSiS
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ZrSiX / WHM family
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Topological nodal-line semimetal
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ZrSiSe
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ZrSiX / WHM family
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Topological semimetal
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ZrSiTe
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ZrSiX / WHM family
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Topological semimetal
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3. Weyl and other topological semimetals
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Material
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Crystal / chemical family
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Electronic class
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TaAs
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TaAs-type pnictide
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Weyl semimetal
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TaAs₂
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TaAs₂-type pnictide
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Topological semimetal
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SnTe
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IV–VI chalcogenide
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Topological crystalline insulator
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NiTe₂
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TMD
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Topological semimetal
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PtTe₂
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TMD
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Type-II Dirac semimetal
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4. IV–VI chalcogenides and thermoelectric materials
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Material
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Crystal / chemical family
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Electronic class
|
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SnSe
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IV–VI chalcogenide
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Semiconductor / thermoelectric
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Na-doped SnSe
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Doped IV–VI chalcogenide
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Doped semiconductor / thermoelectric
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Bi-doped SnSe
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Doped IV–VI chalcogenide
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Doped semiconductor / thermoelectric
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SnTe
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IV–VI chalcogenide
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Topological crystalline insulator
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5. Tetradymite topological insulators
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Material
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Crystal / chemical family
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Electronic class
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Bi₂Te₃
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Tetradymite / V₂VI₃
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3D topological insulator
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Sb₂Te₃
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Tetradymite / V₂VI₃
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3D topological insulator
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6. III–VI chalcogenides
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Material
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Crystal / chemical family
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Electronic class
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In₂Se₃
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III–VI layered chalcogenide
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Semiconductor / ferroelectric
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Doped In₂Se₃
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Doped III–VI chalcogenide
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Doped semiconductor
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7. Layered magnetic MPX₃ materials
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Material
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Crystal / chemical family
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Electronic class
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FePS₃
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MPX₃ / transition-metal phosphorus trisulfide
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Antiferromagnetic insulator
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NiPS₃
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MPX₃
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Antiferromagnetic insulator
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Doped NiPS3
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Doped MPX₃
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Diluted magnetic/correlated insulator
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8. Excitonic and strongly correlated layered materials
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Material
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Crystal / chemical family
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Electronic class
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Ta₂NiS₅
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Layered ternary transition-metal chalcogenide
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Semiconductor
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Ta₂NiSe₅
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Layered ternary transition-metal chalcogenide
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Excitonic-insulator candidate
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Why Work With Us?
From Material Requirements to Research-Ready Samples
The quality of a material can significantly influence experimental results, particularly when studying subtle quantum phenomena. Variations in composition, defects, stoichiometry and crystal quality can affect the physical properties being investigated.
Our approach focuses on providing reliable, well-characterized and reproducible materials for research.
- Controlled composition
- High material quality
- Reproducible synthesis
- Well-defined crystal structure
- Research-oriented characterization
- Custom requirements
How It Works
From Your Requirement to a Research-Ready Material
01 — Share Your Requirement
Tell us about the material you are looking for and any specific requirements such as composition, doping, crystal size or other specifications.
02 — Feasibility Assessment
We review the requirement and assesses the feasibility of synthesis or crystal growth.
03 — Material Development
The material is synthesized or the crystal is grown using appropriate methods and conditions.
04 — Characterization
The material is characterized using relevant techniques to assess its structural and compositional properties.
05 — Research-Ready Sample
The developed material is prepared and supplied along with the available characterization information.
Custom Requirements
Looking for a Specific Material?
Our portfolio is not limited to the materials currently listed on this page.
If you have a specific material, composition or crystal requirement for your research, get in touch with us. We will assess the feasibility of developing the material based on your requirements.
Discuss Your Requirement
Research Areas
Materials for Quantum Research
Our materials can support research across a range of areas, including:
- Quantum Materials
- Condensed Matter Physics
- Electronic Materials
- Magnetic Materials
- Topological Materials
- Superconducting Materials
- Strongly Correlated Materials
- Quantum Sensing
- Quantum Devices
Who Can Approach Us?
Who We Work With
Our services are intended for researchers and organizations working in advanced materials and quantum technology research, including:
- Universities and academic institutions
- Research institutes
- Faculty and research groups
- R&D laboratories
- Deep-tech startups
- Industry R&D teams
Have a Material Requirement?
Tell us what you are looking for.
Share your material requirements, desired specifications and intended research application with us. We will review your requirements and get back to you regarding feasibility and next steps.
Email: qmat@quantech.org.in
