H-Type Membrane-Replaceable In-situ IR Test Cell

$2657.96

item_No

Specifications

Price

MA-EN-BE-007801

IFA-1 (Internal Reflection)

$2657.96

Details

Product Instructions & Recommendations

Model: IFA-1 (Internal Reflection), IFA-2 (External Reflection)

Internal Reflection Mode

A nano-gold film is fabricated via electroless plating on window substrates such as monocrystalline silicon (Si) to serve as the conductive substrate. Electrocatalysts are loaded on its surface to form the working electrode.

External Reflection Mode

Electrocatalysts are loaded on the surface of a glassy carbon substrate to fabricate the working electrode. The electrode is integrated with a micrometer, which enables flexible adjustment of the gap between the working electrode and crystal, so as to regulate the thickness of the infrared liquid layer and the intensity of reflection signals.

Working electrode for internal reflection cell: Monocrystalline silicon (unplated with gold)
Working electrode for external reflection cell: 10 mm core glassy carbon electrode (integrated with micrometer)
Counter electrode: Graphite electrode
Reference electrode: Silver-silver chloride electrode
Infrared window: Monocrystalline silicon
Anode & cathode gas inlet/outlet: Equipped
Volume: Less than 20 mL

Model: IFA-P

This reaction cell is an upgraded high-pressure version developed based on the atmospheric-pressure H-type in-situ infrared test cell. The cell body is made of high-purity titanium and sealed with stainless steel bolts; electrodes are internally fixed for high safety and reliability.

Infrared window material: Monocrystalline silicon (customizable calcium fluoride or zinc selenide windows available)
Housing material: High-purity titanium
Cell chamber material: High-purity PTFE
Chamber volume: 20 mL + 20 mL
Observation window material: High-pressure-resistant sapphire
Maximum withstand pressure: 6 MPa
Standard high-pressure-resistant three-electrode system for electrochemistry: Glassy carbon electrode holder, silver-silver chloride electrode, platinum plate electrode

Note: The reaction cell must be used together with an optical path system.