ATOMFAIR® HIGH PRESSURE IN-SITU FTIR ELECTROCHEMICAL CELL

RESEARCH GRADE MATERIAL

Product Overview

This advanced high pressure in-situ electrochemical cell is engineered on the technical baseline of standard H-type configurations, modified thoroughly to manage elevated pressure testing. The structural body combines a high-purity titanium shell with a premium polytetrafluoroethylene (PTFE) internal core chamber, sealed securely via heavy-duty stainless steel fasteners. With an internally anchored three-electrode configuration that secures steady alignment under pressure, this pure titanium FTIR reaction cell delivers exceptional safety and data precision while remaining at a competitive high pressure electrochemical cell price point for worldwide engineering labs.

Technical Specifications

PARAMETER	DETAILS
1. Structural & Material Profile
Outer Shell Material	High-Purity Pure Titanium (Ti) Protective Core Jacket
Internal Liner Material	Premium High-Density Polytetrafluoroethylene (PTFE)
Chamber Volume Design	Dual Chamber Partition Layout (20ml + 20ml Capacity Configuration)
Fastener Construction	High-tensile Stainless Steel Bolt Compression Network
2. Optical Viewport Window Profile
Infrared Window Crystal	Monocrystalline Silicon (Si) Standard Optical Substrate Window
Alternative Crystal Window	Supports optional custom integration of Calcium Fluoride (CaF2) or Zinc Selenide (ZnSe) viewports
Observation Window Profile	High Pressure Resistant Sapphire Structural Glass Disk
3. Electrode & Pressure Capacitance
Maximum Pressure Load	Sustains a continuous working environment up to 6 MPa (Megapascals)
Standard Electrode Assembly	Integrated High Pressure 3-Electrode Configuration (Glassy Carbon Electrode Clamp, Silver Chloride Reference Electrode, Platinum Plate Counter Electrode)
Electrode Installation	Internal anchoring layout preventing component displacement during high-stress gas loading
Manufacturing Rules	Engineered and verified based on strict titanium PTFE electrochemical cell standard quality controls for high pressure vessel safety

Key Features & Advantages

Robust Multi-Layer Sealing: Masterfully addresses how to seal high pressure electrochemical cell setups by matching a rigid titanium framework with tight stainless steel bolt rings.
High-Pressure Threshold: Reliably operates under harsh experimental stress thresholds up to 6 MPa, ideal for exploring supercritical states and pressurized gas reduction pathways.
Corrosion-Proof Hybrid Body: Combines premium titanium and pure internal PTFE linings to allow high compatibility with challenging electrolytes and strong acid/base compositions.
Flexible Optical Interchanging: Features a modular front viewport ring that supports seamless, custom adaptation of Si, CaF2, or ZnSe crystal plates.

APPLICATION SCOPE: Pressurized in-situ FTIR tracking, high pressure CO2 catalytic reduction, advanced electrocatalytic gas-liquid validation, and multi-chamber chemical phase boundary analysis.

PACKAGING: Reinforced heavy-duty safety casing housing the titanium main housing block, PTFE interior chamber components, sapphire viewport, standard electrode set, and high-pressure sealing gaskets.

IMPORTANT NOTICE: This reaction cell must be systematically paired with an external optical path alignment assembly for appropriate infrared testing. Do not exceed the maximum certified 6 MPa working pressure limit, and inspect all safety bolts for uniform torque before starting any gas pressurization cycles.

TAILORED SOLUTIONS FOR RESEARCH

Contact our engineering team for technical support or official institutional quotations.

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

high pressure in-situ FTIR cell

ATOMFAIR High Pressure In-Situ FTIR Electrochemical Cell (Pure Titanium PTFE Type)