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Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene powder

Buy Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene powder, size 2-20um, 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-Ti2VC2TXD
Payment:
TT, Paypal, WU
Product Origin:
China
Color:
black purple powder
Shipping Port:
Shenzhen, Shanghai
Lead Time：
1-5days
Min Order:
5g

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Product Details

Ti2VC2Tx is formed by etching the precursor phase Ti2VAlC2, 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 Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene powder:

Product name	Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene powder
Color	black purple powder
Thickness	2-20um
Layers	mulilayers
Etching method	HF/HCl etching
Purity	>=98%
Conductivity (S/cm)	10-100
Surface functional groups	hydroxyl (- OH); Oxygen content (=O); Fluorine atom (- F)

Product features:

1. Accessible interlayer galleries — the wide interlayer spacing of the non-delaminated structure hosts ions and molecules, suiting adsorption and energy-storage use directly

2. Delamination precursor — raw material for mono- and few-layer MXene dispersions

3. Easier composite processing — multilayer particles disperse more readily than single flakes as conductive, microwave-absorbing or catalytic fillers in polymer and ceramic matrices

4. Cost advantage over monolayers — ideal for catalyst supports, adsorbents and composite modification where high exfoliation is unnecessary

Application of Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene powder:

Application	Scene
Nuclide/heavy metal adsorption (water treatment)	The maximum adsorption capacity of U (VI) is 619 mg/g (pH 6), reaching equilibrium in 20 minutes; Both Ti and V can provide electrons and participate in U (VI) reduction, while V enhances redox activity
Supercapacitors (energy storage)	Pseudo capacitive behavior of bimetallic solid solution MXene enhances electrochemical energy storage; There are already derived systems such as MOF/Ti 2VC2 Tx @ PDA functional nanostructures
Hydrogen evolution reaction HER (electrocatalytic)	Ti2VC2Tx/MoS2 - CNTs self-supporting electrocatalysts for enhancing HER
Electromagnetic wave absorption/shielding	Systematic Study on the Microstructure and Absorption Properties of MXene Controlled by Transition Metals (Ti, V, Nb, Ta)

Multilayer Titanium Vanadium Carbide Ti2VC2Tx 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.

Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene powder

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