Nanomaterials

Nanomaterials · available at AMI Scientific

Nanomaterials for Research: Graphene, Carbon Nanotubes, MXene, Quantum Dots and Nanoparticles

A guide to choosing nanomaterials for energy, sensor, biomaterial and composite research, with types, applications and the Nanografi products available at AMI Scientific in research-scale packs.

Nanomaterials
  • 1,800+ productsNanografi items listed in store
  • Research scalegram-scale packs
  • Tax invoice & e-Cataloguefor institutional procurement
  • XRD testingvia AMI's characterisation service

What are nanomaterials?

Nanomaterials have at least one dimension at the nanoscale, roughly 1–100 nanometres. At this size the surface area per gram is very large and quantum effects begin to matter, so the same material can behave very differently from its bulk form: more reactive, more conductive, or fluorescent with a size-dependent colour.

Nanomaterials are usually grouped by dimension: 0D (nanoparticles and quantum dots), 1D (carbon nanotubes and nanowires), 2D (graphene, MXene and other layered materials) and 3D (foams, aerogels and nanostructured composites).

Materials and their main applications

Material Key properties Research applications
Graphene, GO, rGO High surface area, high conductivity (graphene, rGO), water dispersible (GO) Supercapacitors, sensors, composites, membranes, conductive inks
Carbon nanotubes High aspect ratio, strong, conductive Battery conductive additive, composites, sensors
MXene Conductive, hydrophilic 2D metal carbides Energy storage, EMI shielding, catalysis, sensors
Quantum dots Size-dependent fluorescence Bioimaging, fluorescence sensors, LEDs
Hydroxyapatite Main mineral of bone and teeth, biocompatible Bone scaffolds, implant coatings, adsorbents
Metal-oxide nanoparticles Photocatalytic, magnetic or antibacterial depending on type Photocatalysis, adsorption, gas sensors, coatings

How to choose a nanomaterial

Specifications to check

  • Purity and impurity types (residual metal catalyst in CNTs, oxygen in graphene).
  • Size: diameter, length, number of layers or particle size.
  • Specific surface area (m²/g, BET method).
  • Functional groups (-COOH, -OH, amine) that affect dispersion and bonding.

Form and handling

  • Powders are flexible and keep longer; dispersions are ready for coating and drop-casting.
  • Dispersing nanopowders usually needs sonication and a suitable surfactant or solvent.
  • Verify the material with XRD, SEM/TEM or Raman before the main experiments.
  • Store tightly closed, away from moisture, as directed by the SDS.

Characterisation and advice

AMI Scientific offers an XRD analysis service to confirm the crystal phase of your material. Nanomaterials are also widely used as electrode materials; see their use in electrochemical sensors and battery and supercapacitor research.

Frequently asked questions

Is AMI an official Nanografi distributor?

Nanografi products are available at AMI Scientific and can be bought online or through a formal quotation for institutions.

Can I buy small quantities?

Yes. Most products are sold in research-scale packs (grams or millilitres). Pack sizes are shown on each product page.

Are SDS and certificates of analysis available?

SDS are available for chemical products; ask for any supporting documents you need when requesting a quotation.

What if the material I need is not in the store?

Send the specification via WhatsApp and our team will check availability.

Need help choosing?

Tell us about your samples, methods and budget. Our team will put together the equipment and supplies with a formal quotation.