Advance Consumables &amp; Custom Flow Cells for Next-Gen Electrochemistry

Divided H-Type Electrochemical Cells

Chamber Materials: Optical-grade PMMA (Acrylic), virgin PEEK, or PTFE

Membrane Interface: Flanged clamp accommodating Nafion, AEM, and glass frits

Ports: Multi-port top caps for Working, Counter, Reference, and Purge gas lines

Volumes: Standard 50 mL, 100 mL, and custom dual-chamber capacities

Applications: Water splitting, CO₂ electroreduction, Photoelectrochemical (PEC) testing

CUSTOM HARDWARE

Gas Diffusion Layers (GDL)

Transport: Diffuses gases to the catalyst and transfers heat and electricity between the MEA and bipolar plate

Hydration: Clears byproduct water to avoid flooding while retaining moisture for membrane conductivity

Wet‑Proofing: Uses Teflon treatment to repel liquid water and improve gas flow in PEM cells

MPL: Lowers interfacial contact resistance, prevents catalyst loss, and enhances water management

Applications: PEMFC, DMFC, AEM & PEM Water Electrolyzers

HYDROGEN & FUEL CELLS

Membrane

Proton Exchange (CEM): Conducts H+ ions from anode to cathode while blocking electrons and reactant gases

Anion Exchange (AEM): Conducts OH− ions, enabling the use of non‑precious, platinum‑free catalysts

Separation: Acts as a solid electrolyte and physical barrier preventing gas crossover between chambers

Durability: Fluorinated CEMs offer high ionic conductivity and stability, while AEMs provide lower cost but face CO2 sensitivity

Applications: PEMFC, DMFC, AEM & PEM Water Electrolyzers

HYDROGEN & FUEL CELLS

MedPstat Portable Potentiostats / Analyzers

Current Range: Current compliance up to ±100 mA (MedPstat 1.0 & 2.0 Advance)

Techniques: Cyclic Voltammetry, LSV, DPV, Chronoamperometry, and OCP

Interface: Plug‑and‑play USB connection with automated CSV / Excel data export

Form Factor: Compact handheld unit for benchtop and field testing

Applications: Biosensors, academic training labs, portable diagnostic kits

ANALYTICAL INSTRUMENTATION

Multidisciplinary Research Applications

Custom-engineered apparatus, specialized electrochemical cells, and precision flow hardware tailored for institutional laboratories, clean-tech prototyping, and rigorous experimental protocols.

Fuel Cell Technology

High-performance catalysts, gas diffusion media, and precision hardware engineered for proton-exchange and alkaline fuel cell architectures. We supply XT 40% Platinum on Vulcan XC-72R (Grade S), Vulcan XC-72 carbon black supports, hydrophobic carbon papers, cloths, and custom-machined cell flow plates designed to optimize mass transport, catalyst ink formulation, and membrane-electrode assembly (MEA) durability.

Water Electrolysis

Specialized anode and cathode components engineered to withstand corrosive, high-potential oxygen evolution environments. Featuring un-supported Iridium Black (high surface area) and Platinum Iridium Black (1:1 atomic ratio) electrocatalysts, paired with ultra-thin sintered porous titanium transport layers (PTL) and alkali-resistant PTFE/PEEK flow cell hardware for green hydrogen generation.

Advanced materials and high-integrity fixtures for hydrogen production, permeation screening, and catalytic recombination. We provide supported platinum and palladium catalyst formulations, corrosion-resistant Grade 1/Grade 2 titanium current collectors, platinized felts, and pressure-rated PEEK test cells with engineered bolt patterns for leak-free hydrogen gas evaluation.

Hydrogen Technologies

Essential precision apparatus for university and institutional research laboratories. Includes CNC-machined divided H-type acrylic cells with membrane separation, gold disc working electrodes, glassy carbon tips, platinum foil counter electrodes, and leak-tight mini Ag/AgCl reference electrodes in Teflon bodies for reproducible potentiostatic and galvanostatic benchmarking.

Electrochemical Research

High-sensitivity electrode interfaces and optical-flow hardware tailored for chemical, biological, and environmental sensing. Supplying high-dispersion noble metal alloy catalysts, FTO/ITO conductive glass plates, mirror-finished micro-working electrodes, and compact 3-electrode flow-through acrylic chambers optimized for rapid analyte response and zero-gap gas-diffusion CO2 reduction studies.

Sensors & Gas Sensing

High-surface-area porous electrodes and conductive current collectors for next-generation stationary energy storage. Featuring PAN-based carbon and graphite felts, open-cell nickel and titanium foams, hydrophilic carbon cloths, and CNC-milled interdigitated/serpentine polymer flow frames (PP, PVC, acrylic) designed for electrolyte circulation and minimal ohmic resistance.