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Single layer Titanium Vanadium Carbide Ti2VC2Tx MXene dispersion

Buy Single layer Titanium Vanadium Carbide Ti2VC2Tx MXene dispersion, 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-Ti2VC2TXSP
Payment:
TT, Paypal, WU
Product Origin:
China
Color:
green solution
Shipping Port:
Shenzhen, Shanghai
Lead Time：
1-5days
Min Order:
25ml

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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 Single layer Titanium Vanadium Carbide Ti2VC2Tx MXene dispersion:

Product name	Multilayer Titanium Vanadium Carbide Ti2VC2Tx MXene dispersion
Color	green solution
Thickness	200-1000nm
Layers	<=5layers
Etching method	HF/HCl etching
Purity	>=98%, 1-10mg/ml
Conductivity (S/cm)	1500+-500
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 Single layer Titanium Vanadium Carbide Ti2VC2Tx MXene dispersion:

Application	Scene
Supercapacitors (energy storage)	Pseudocapacitive charge storage of a bimetallic solid-solution MXene; delaminated Ti₂VC₂Tₓ films compared with multilayered clay
Lithium-ion batteries	MOF/Ti₂VC₂Tₓ@polydopamine (PDA)-derived functional nanostructures deliver ultra-high stability at low temperatures
Radionuclide / heavy-metal adsorption (water treatment)	U(VI) uptake up to 619 mg/g at pH 6, equilibrium within 20 min; 561 mg/g in simulated seawater with strong resistance to ionic interference
Electromagnetic wave absorption / EMI shielding	Exfoliated Ti₂VC₂Tₓ shows a thread-like layered structure exposing more edges and defects as polarization sites; Ti/V/Nb/Ta tuning of absorption

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.

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