Sealed Glass Electrochemical Cell with Jacketed Temperature Control and Chemical Resistant PTFE Lid

Product Overview

This high-performance five-port electrochemical reaction vessel provides a versatile and highly reliable platform for a wide range of academic, industrial, and material testing applications. Engineered to facilitate precise three-electrode electrochemical measurements, this system delivers exceptional seal integrity and physical durability. The cell body is constructed from optical-grade high borosilicate glass, offering superior chemical resistance to aggressive electrolytes and outstanding thermal stability.

Designed for researchers in electrochemistry, energy storage, corrosion analysis, and chemical engineering, the equipment accommodates various cell configurations and volumes. The standard five-port geometry allows for the simultaneous integration of a working electrode, counter electrode, reference electrode, gas inlet, and gas outlet. The versatile architecture ensures seamless compatibility with advanced diagnostic tools, making it an essential instrument for both standard voltammetric runs and specialized synthesis processes.

Operational reliability is guaranteed by a robust sealing mechanism that utilizes threaded compression and high-performance elastomeric O-rings. By minimizing electrolyte evaporation and protecting the reaction from external atmospheric contamination, this cell ensures reproducible, high-quality data. Whether conducting fundamental research or high-throughput quality control testing, this reaction system stands up to the most demanding laboratory environments.

Key Features

• Premium Borosilicate Glass Construction: The main vessel body is fabricated from low-expansion high borosilicate glass, which provides exceptional resistance to thermal shock and a highly inert surface that will not leach trace contaminants into your electrolyte.
• Precision CNC-Machined PTFE Lid: The cell lid is meticulously machined from solid polytetrafluoroethylene (PTFE), ensuring complete immunity to strong acids, strong bases, and aggressive organic solvents.
• Threaded Compression O-Ring Sealing: Secure isolation is maintained through a robust threaded compression mechanism. The interface between the glass vessel and the PTFE lid, as well as the electrode insertion ports, are sealed via direct compression of premium O-rings, providing a highly reliable relative seal.
• Integrated Gas Purging and Sparging Assembly: The system features dedicated gas inlet and outlet ports. The inlet is equipped with a submerged sparging nozzle, enabling rapid and efficient purging of dissolved oxygen and continuous blanketing with inert gases such as argon or nitrogen.
• Optimized Large-Mouth Port Geometry: Designed to move past the limitations of traditional small-neck electrochemical cells, this modern wide-mouth layout allows easy access and straightforward insertion of large platinum sheets and specialized, bulky working electrodes.
• Flexible Temperature Control Options: Available in both single-layer and double-layer jacketed configurations. The jacketed model allows continuous circulation of heat-transfer fluids from an external bath, maintaining precise temperature uniformity within the analyte.
• Comprehensive Salt Bridge and Capillary Integration: The system comes fully equipped with either a high-porosity sand-core salt bridge or a precision-engineered Luggin capillary, minimizing solution resistance and stabilizing reference electrode potentials during prolonged polarization tests.
• Rotating Disk Electrode Compatibility: Designed with dynamic systems in mind, the lid geometry can be customized to support rotating shaft configurations, allowing seamless integration with rotating disk electrodes for hydrodynamic voltammetry.

Applications

Technical Specifications

Why Choose This Product

• Premium Quality Engineering: Built with pure, high-density PTFE and high-quality optical-grade borosilicate glass, ensuring zero contamination and outstanding chemical compatibility even in high-concentration acidic or basic environments.
• Unparalleled Customization Capabilities: KINTEK’s advanced end-to-end CNC machining capabilities allow us to customize the cell volume, lid port dimensions, and port angles to perfectly suit your specific electrode geometries and experimental setups.
• Thermal Control Precision: The dual-layer jacketed design allows smooth circulation of fluids, ensuring ultra-stable thermal environments that are crucial for measuring reaction kinetics and thermodynamic parameters accurately.
• Advanced Gas Management: Built-in purging and sparging features allow users to control the cellular atmosphere precisely, facilitating accurate anaerobic testing and gas-evolution studies without needing separate, bulky gas manifolds.
• Global Industry Recognition: Trusted by top universities, corporate research centers, and national laboratories worldwide, our electrochemical apparatus meets the highest standards of structural integrity and data reproducibility.

Contact our expert technical team today to request a comprehensive quotation or to discuss a custom configuration designed specifically for your laboratory's unique research requirements.

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