Clay Material Ti3C2 MXenes Material

Details

Name: Clay-like multilayer Ti3C2 powder

Purity: 75-85%

Condition: Black powder (semi-dry, with water)

Preparation process: HCl/LiF method

Peeling method: After forming dispersion liquid, repeated centrifugation, assisted ultrasound.

Slice diameter: 2-10 um

Sealing end: -F-Cl-O-OH

Description: The material is not completely dried, containing 20~30wt% moisture, convenient to directly disperse in aqueous solution, ultrasonic peel to obtain single layer MXene.

Application fields: nano-adsorption, biosensor, ion screening, catalysis, lithium-ion battery, supercapacitor, lubrication and many other fields

Storage conditions: vacuum or argon protection dry storage away from light, the maximum storage period of 3 months.

MXenes material MXenes material

Name

Product name Craft

Processing

technology specifics

Details

Ti2C organ-like

Organoid material HF treatment

HF Treatment organoid material, obtained by etching with hydrofluoric acid.

Organ-like material obtained by etching with HF.

Single/little layer powder material

Single/Layer Powder Material freezing treatment

cryogenic treatment A colloidal solution of single/layer powder material, a powder obtained by freeze-drying. Powder obtained by freeze-drying of colloidal solution of single/small layer village material.

Nb2C organ-like

Organoid material HF treatment

HF Treatment organoid material, obtained by etching with hydrofluoric acid.

Organ-like material obtained by etching with HF.

Single/little layer powder material

Single/Layer Powder Material freezing treatment

Cryogenic treatment A colloidal solution of single/layer powder material, a powder obtained by freeze-drying. Powder obtained by freeze-drying of colloidal solution of single/small layer village material.

V2C organ-like

Organoid material HF treatment

HF Treatment organoid material, obtained by etching with hydrofluoric acid.

Organ-like material obtained by etching with HF.

Single/little layer powder material

Single/Layer Powder Material freezing treatment

cryogenic treatment A colloidal solution of single/layer powder material, a powder obtained by freeze-drying. Powder obtained by freeze-drying of colloidal solution of single/small layer village material.

Ti3C2 organ-like

Organoid material HF treatment

HF Treatment organoid material, obtained by etching with hydrofluoric acid.

Organ-like material obtained by etching with HF.

Clay material

Clay materials LiF treatment

LiF Treatment Clay materials can be dispersed into single layer materials by ultrasonic centrifugation, with a yield of about 25-35%. The ultrasonic power needs to be more than 160W, and the time is about 2h to 6h.

Clay material, which can be dispersed as a single layer material by ultrasonic centrifugation, yields about 25-35%. Ultrasound power needs more than 160W, and the time is about 2 h to 6 h.

Single/few layer colloidal solution

Single/Layer Colloidal Solution 5mg/ml

100ml single/little layer village compound colloidal solution, with the Tindahl phenomenon, can be directly utilized by the MXenes material.

The colloidal solution of single/few layer village material that has Tindal phenomenon and can be used directly.

The colloidal solution of single/few layer village material that has tindal

Single/Layer Colloidal Solution 10mg/ml

100ml single/little layer village compound colloidal solution, with the Tindahl phenomenon, can be directly utilized by MXenes material.

The colloidal solution of single/few layer village material that has Tindal phenomenon and can be used directly.

Single/few layer village material that has tindal

Single/Layer Powder Material

Freeze-drying

A colloidal solution of single/low-layer ingredients, a powder obtained by freeze-drying.

Powder obtained by freeze-drying of colloidal solution of single/small layer village material.

Self-supporting membrane material

Self-supporting membrane materials vacuum filtration

Vacuum suction filtration A colloidal solution of single/small layer village material, a flexible membrane obtained by vacuum suction filtration. Flexible membranes obtained from the colloidal solution of single/small-layer village materials by vacuum filtration.

Please refer to the attachment: MXene Manual for specific characterization