Powder materials
Laboratory powders
Research and functional powders, selected around chemistry, structure and the variables your experiment needs to control.
86 base catalogue materials across 11 category pages.
Carbon, layered and porous research
Carbon & 2D Materials
Graphene, carbon nanotubes and related two-dimensional materials. Start with the material identity, then define the dimensions and surface chemistry your experiment needs.
GNPs / GO / rGO / BNNSMAX Phases
Layered MAX-phase powders for ceramic research and MXene precursor studies. Define the full M–A–X composition and the phase evidence you need.
Ti3AlC2 MAX phase / Ti2AlC MAX phase / Ti3SiC2 MAX phaseMXenes
MXene powders and nanosheet sourcing inquiries, defined by composition, surface terminations, sheet dimensions and supplied state.
Ti3C2Tx MXene / Ti2CTx MXene / Nb2CTx MXeneMOF & Porous Materials
Metal-organic framework and porous-material powders. Match framework identity, activation state and pore-characterization conditions to the research task.
ZIF-8 / ZIF-67 / UiO-66Catalysts & Supports
Supported catalyst and catalyst-support powder inquiries. Begin with the active component, loading, support and physical form required by the reaction.
Palladium on carbon / Platinum on carbon / Ruthenium on carbonBattery and electrode materials
Graphite & Anode Materials
Natural and artificial graphite, hard carbon and silicon-containing anode materials. Compare a candidate against your electrode process and test protocol.
Natural graphite / synthetic graphite / hard carbon / Si-CCathode Materials
Cathode active powders for lithium-ion and sodium-ion development. Specify chemistry, particle structure and the test conditions you need to compare.
Lithium iron phosphate / Lithium manganese iron phosphate / Lithium cobalt oxideSolid Electrolytes
Oxide and sulfide solid-electrolyte powders, including LLZO, LATP, LAGP, LLTO, Li6PS5Cl and Li3PS4. Compare composition, sample preparation and handling requirements.
LLZO solid electrolyte / Al-doped LLZO / Ga-doped LLZOElectronic, optical and effect materials
Semiconductor & Chalcogenide Powders
Semiconductor and chalcogenide compound powders for materials, optical and thermoelectric research. Exact composition and phase come first.
Silicon / Germanium / SeleniumOptical & Phosphor Materials
Phosphor, luminescent and optical-material powder inquiries, specified around host chemistry, dopant and the intended optical evaluation.
Yttrium aluminum garnet / Cerium-doped YAG phosphor / Strontium aluminate phosphorFunctional Pigments
Effect and functional pigment powders for formulation studies. Specify the mechanism, matrix and performance question alongside color and appearance.
Mica-based pearlescent pigment / Synthetic mica pearlescent pigment / Glass-based pearlescent pigment