1 sheet of self-supporting membrane material Ti3C2 MXenes material

Detailed introduction



Name: Ti3C2 self-supporting film
Condition: Black round
Preparation process: vacuum filtration
Diameter: 40 mm
Thickness: 7-15um
Description: Ti3C2 self-supporting film is bendable, brittle, receive the goods carefully unpacking. Because the product is purely handmade, can not guarantee the absolute smooth, please understand.
Applications: Flexible electronic devices (sensors, capacitors), flexible batteries, etc., can be used to deposit load other materials to make composite materials and separation membranes for sea water separation
Storage conditions: airtight storage with dry inert gas at room temperature, 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