Multilayer/Monolayer V₄C₃T_x

Molecular Formula: V₄C₃T_x

Storage Conditions: Store refrigerated (4°C) or in a vacuum or inert environment for 2-6 months.

Product Introduction

V₄C₃T_x is a member of the MXene family, derived from the MAX phase compound V₄AlC₃, where V represents vanadium and T_x indicates surface modifications such as -OH, =O, or -F functional groups. V₄C₃T_x can be synthesized in both monolayer and multilayer forms. The monolayer form exhibits exceptional electrical conductivity and large surface area, making it ideal for applications in energy storage, catalysis, and sensors. In its multilayered form, V₄C₃T_x retains many of these properties while offering additional robustness and structural integrity, which are advantageous for use in electrodes, supercapacitors, and electromagnetic interference shielding.

Product Characteristics

The product appears as a brown powder or dark blue liquid.
The concentration of the product is adjustable, and the flake size is controllable.
The product demonstrates remarkable performance in energy storage.
The liquid should be stored refrigerated (0-4 °C), while the powder should be stored in a vacuum-dried or inert environment.

Performance Parameters

Product Type	Multilayer V₄C₃T_x Powder	Monolayer V₄C₃T_x Powder	Monolayer V₄C₃T_x Aqueous Solution	Monolayer V₄C₃T_x Flexible Film
Catalog Number	NM-MX055	NM-MX056	NM-MX057	NM-MX058
Etching Process	HF etching	HF + Intercalating agent-induced delamination	HF + Intercalating agent-induced delamination	HF + Intercalating agent-induced delamination
Color	Brown black	Brown	Dark blue	Brown
Multilayer Size	2-20μm	/	/	/
Monolayer Size	/	200-1000 nm	200-1000 nm	1000-10000 nm
Number of Layers	Multilayer	≤5 layers	≤5 layers	≤5 layers
Concentration	/	/	1-5 mg/mL (customizable)	/
Conductivity	1-10 S/cm	10-500 S/cm	10-500 S/cm	10-500 S/cm
Surface Groups	-OH, =O, -F, -Cl	-OH, =O, -F, -Cl	-OH, =O, -F, -Cl	-OH, =O, -F, -Cl