# MXenes

Source: https://powdchem.com/products/laboratory-powders/mxenes/

Page type: Material category

Laboratory powders

MXene powders and nanosheet sourcing inquiries, defined by composition, surface terminations, sheet dimensions and supplied state.

[Browse 3 materials](<https://powdchem.com/products/laboratory-powders/mxenes/#materials>) [Ask about supply](<https://powdchem.com/request-a-quote/?topic=MXenes>)

[Image: Powder material specimens; appearance reference](<https://powdchem.com/assets/carbon-powder.webp>)

## Choose a material

### Titanium MXenes

Ti3C2Tx and Ti2CTx are distinct compositions. Tx denotes surface terminations; record how these and any residual MAX phase are characterized.

#### Ti3C2Tx MXene powder

Ti3C2Tx MXene powder (2D transition-metal carbide; Tx surface terminations)

[Selection guide](<https://powdchem.com/products/laboratory-powders/mxenes/#group-1>) [Ask about this material](<https://powdchem.com/request-a-quote/?material=Ti3C2Tx+MXene+powder+%28Ti3C2Tx%29>)

Ti3C2Tx

#### Ti2CTx MXene powder

Ti2CTx MXene powder (2D transition-metal carbide; Tx surface terminations)

[Selection guide](<https://powdchem.com/products/laboratory-powders/mxenes/#group-1>) [Ask about this material](<https://powdchem.com/request-a-quote/?material=Ti2CTx+MXene+powder+%28Ti2CTx%29>)

Ti2CTx

### Niobium MXene

For Nb2CTx, compare sheet thickness, lateral dimensions and supplied state. Dry powder and a solvent dispersion require different preparation and storage arrangements.

#### Nb2CTx MXene powder

Nb2CTx MXene powder (2D transition-metal carbide; Tx surface terminations)

[Selection guide](<https://powdchem.com/products/laboratory-powders/mxenes/#group-2>) [Ask about this material](<https://powdchem.com/request-a-quote/?material=Nb2CTx+MXene+powder+%28Nb2CTx%29>)

Nb2CTx

## Material selection guide

Start with the material identity and process, then check the details on the proposed datasheet.

**Composition & terminations**

Retain the Tx notation and ask how surface chemistry is characterized. Ti3C2Tx, Ti2CTx and Nb2CTx are separate material identities.

**Sheet dimensions**

Record thickness or layer range, lateral size, residual MAX and the measurement method. Compare like characterization methods.

**Supplied & stored state**

Specify powder or dispersion, solvent and solids where applicable. Clarify storage atmosphere, age and handling before evaluation.

## Before you choose

**Are dry powder and a ready-made MXene dispersion interchangeable?**

They create different preparation and storage tasks. A dispersion includes solvent and concentration requirements; dry powder requires a suitable redispersion process. Compare the state you will actually use.

**What does this directory cover?**

MAX precursors and graphene/CNT materials have separate directories. Oxidation stability and performance remain grade- and handling-dependent.

## What to include in your request

A material name or reference datasheet is enough to start. Add any requirements you already know.

- MXene formula and Tx description
- Layer/thickness and lateral-size range
- Residual MAX and oxidation evidence
- Powder or dispersion, storage and packaging

### Quantity, samples and documents

Nike has no fixed minimum order. Tell us the quantity you need; we’ll check supplier pack sizes and any minimums.

We’ll check the proposed grade, sample options, delivery timing and available batch documents. Include any essential COA, TDS or SDS requirements.

[How we coordinate documents](<https://powdchem.com/sourcing/quality-documentation/>) [Samples and testing](<https://powdchem.com/sourcing/samples-testing/>)

[Send a material request](<https://powdchem.com/request-a-quote/?topic=MXenes>)

## Applications to explore.

[**Materials Research**A clearer starting point for comparing research powders, from a recognized formula to a tightly controlled experimental brief.](<https://powdchem.com/applications/materials-research/>) [**Electrode & Energy Materials**Active material, anode and related powder inquiries for electrode development, with chemistry and process details kept in view.](<https://powdchem.com/applications/electrode-energy-materials/>) [**Electronics & Semiconductor Materials**Specialty compound, high-purity oxide and functional powder sourcing for electronic and optoelectronic material development.](<https://powdchem.com/applications/electronics-semiconductors/>)

## Related material families.

[**MAX Phases**7 material directions](<https://powdchem.com/products/laboratory-powders/max-phases/>) [**Carbon & 2D Materials**12 material directions](<https://powdchem.com/products/laboratory-powders/carbon-2d-materials/>) [**Solid Electrolytes**8 material directions](<https://powdchem.com/products/laboratory-powders/solid-electrolytes/>)