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High Entropy Alloy Single layer TiVCrMoC3 MXene powder

Buy High Entropy Alloy Single layer TiVCrMoC3 MXene powder, size 200-1000nm, high quality, low price and fast delivery, if you have any interest, please click it to check the specification.

Brand:
SAT NANO
Item NO.:
SAT-TiVCrMoC3TXS
Payment:
TT, Paypal, WU
Product Origin:
China
Color:
silver powder
Shipping Port:
Shenzhen, Shanghai
Lead Time：
1-5days
Min Order:
0.55g

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Product Details

Ti2NbC2Tx is formed by etching the precursor phase TiNbAlC, and currently the most commonly used preparation method is hydrofluoric acid etching. SAT NANO has developed a comprehensive etching preparation scheme based on the requirements of its self-developed precursor MAX, while ensuring the stability of the material.

Specification of High Entropy Alloy Single layer TiVCrMoC3 MXene powder:

Product name	High Entropy Alloy Single layer TiVCrMoC3 MXene powder
Color	silver powder
Thickness	200-1000nm
Layers	<=5layer
Etching method	HF/HCl etching +Layering agent layering
Purity	>=98%
Conductivity (S/cm)	500+-200
Surface functional groups	hydroxyl (- OH); Oxygen content (=O); Fluorine atom (- F)

Key Properties and Characteristics

Property	Description
Crystal structure	M₄C₃Tₓ type (n = 3): four metal layers interleaved with carbon layers, formed by selective Al removal from the TiVCrMoAlC₃ MAX phase
High-entropy effect	Four transition metals (Ti, V, Cr, Mo) share the M sites; configurational entropy stabilises a single-phase structure, with lattice distortion, the cocktail effect and sluggish diffusion
Multi-metal redox chemistry	V, Cr and Mo offer multiple valence states, providing abundant redox-active sites — the origin of the enhanced storage and catalytic performance over mono-/double-metal MXenes
Morphology (Single layer powder)	Accordion-like stacked lamellae with accessible interlayer galleries — usable directly as intercalation hosts, adsorbents and composite fillers, and as feedstock for single-layer dispersions
Surface chemistry	Terminated with -O, -OH and -F groups after etching; terminations anchor ions and act as grafting points for composites

Application of High Entropy Alloy Single layer TiVCrMoC3 MXene powder:

Application	Scene
Li-ion / Na-ion battery anodes	High-entropy MXenes derived from quinary HE-MAX phases, including TiVCrMoC₃, deliver high and stable capacities as Li- and Na-ion anodes
Energy storage — general	First report of multi-principal-element M₄C₃Tₓ MXenes (TiVNbMoC₃Tₓ and TiVCrMoC₃Tₓ) with lithium-based performance evaluation; reviewed as a new paradigm for electrochemical energy storage
Supercapacitors	High-entropy MXenes such as TiVCrMoC₄Tₓ and TiVNbTaCrC₃Tz show competitive capacitances and cycling stability in alkaline and acidic electrolytes
Lithium–sulfur batteries	TiVNbMoC₃-based architectures act as efficient sulfur hosts and separator mediators for long-term cycling at practical loadings; the same high-entropy M₄C₃Tₓ family provides the design basis
Electrocatalysis	High-entropy MXenes are an emerging electrocatalyst class for sustainable energy conversion

High Entropy Alloy Single layer TiVCrMoC3 MXene powder

Other information

Storage conditions: Refrigerated storage (4 ° C) for 2 months.

Package detailes:

Packaging: the powder is filled into bottles. Each bottle is sealed inside an aluminum foil bag, wrapped with bubble wrap for protection, and then placed into an outer carton for shipment.

High Entropy Alloy Single layer TiVCrMoC3 MXene powder

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