
Fuel cells & electrolyzers
Membranes
Ion-exchange membranes for fuel-cell and water-electrolysis research. Material selection depends on the electrochemical system and intended operating conditions.
Product index
Browse materials, consumables and equipment by category or model. Specifications, quantity, lead time and availability are confirmed by quotation; this catalog is not a stock list.
27 products

Fuel cells & electrolyzers
Ion-exchange membranes for fuel-cell and water-electrolysis research. Material selection depends on the electrochemical system and intended operating conditions.

Fuel cells & electrolyzers
Porous gas diffusion materials for reactant transport and electrical contact in electrochemical cells. Substrate and surface treatment are selected for the intended electrode and cell design.
Fuel cells & electrolyzers
Membrane electrode assemblies bring the membrane and electrode layers together for fuel-cell or water-electrolysis development. The assembly configuration is matched to the selected chemistry and cell design.
Fuel cells & electrolyzers
Catalyst-coated membranes combine a membrane with catalyst layers applied directly to its surfaces. They support electrode and cell development where membrane selection and catalyst-layer design need to be considered together.

Fuel cells & electrolyzers
Electrocatalysis materials for hydrogen evolution, oxygen evolution and carbon-dioxide reduction research. Composition and form are selected around the reaction and experimental setup.

Fuel cells & electrolyzers
Flow-field plates for reactant distribution and cell assembly in fuel-cell and electrolyzer development. Plate material, channel pattern and dimensions are matched to the cell configuration.

Fuel cells & electrolyzers
Gaskets and seals for fuel-cell and electrolyzer assemblies. Geometry, thickness and material compatibility are considered together with the cell’s compression and sealing requirements.
Fuel cells & electrolyzers
Catalyst-coated substrates place the catalyst layer on a selected support for electrode development. Support selection and coating design are matched to the reaction and cell architecture.

Battery materials
Hard-carbon anode materials for sodium-ion battery research.

Battery materials
Porous carbon for silicon–carbon anode research and as a host for silicon deposition.

Battery materials
Silicon–carbon powder for anode research, including spherical material with a secondary carbon coating.

Battery materials
NFPP powder for sodium-ion research and electrode processing, including a rate-oriented material option.

Binders & electrolytes
Binders for battery electrode development.

Binders & electrolytes
Electrolytes for battery research, supplied by model and compatible chemistry.

Electrodes & cells
NFPP and P2 cathode electrodes for sodium-ion research.

Electrodes & cells
Existing sodium-ion and lithium-ion platforms for R&D. Select dry cells or electrolyte-filled, formed cells; platform suitability is reviewed with your requirements.

Electrodes & cells
Prismatic battery cell identified by the EVE LF100LA model. Electrical, mechanical and handling parameters must follow the formal specification.

Lab supplies & equipment
Glass-fiber filter membrane / paper for laboratory workflows.

Lab supplies & equipment
Nickel boats and matching lids for laboratory processing.

Lab supplies & equipment
Laboratory glass reaction assembly with a volume of 2,000 mL.

Lab supplies & equipment
EMF10 filter cartridge.

Lab supplies & equipment
UN050 ultrafiltration membrane.

Lab supplies & equipment
Copper sheets for laboratory and prototype work, selected against your size and material requirements.

Lab supplies & equipment
Check valves selected for the required medium and laboratory connection format.

Lab supplies & equipment
Adapter plugs for laboratory equipment. Provide the source and destination connector formats for matching.

Lab supplies & equipment
We supply CH Instruments electrochemical workstations for laboratory measurements and research.

Lab supplies & equipment
Vacuum sealing equipment selected for the intended packaging and laboratory process.
Share your application, model or material, required quantity and timeline. We will review specifications, availability and scope before quoting.