White PTFE Electrolytic Cell with Movable Slider and Insulated Lid for Fluorine Corrosion Resistance

Product Overview

This high-performance electrochemical vessel represents the pinnacle of material science and precision engineering, specifically designed for laboratories and industrial facilities operating in the most aggressive chemical environments. At its core, this system utilizes high-purity virgin Polytetrafluoroethylene (PTFE) to provide an unparalleled barrier against corrosive media, including concentrated hydrofluoric acid and various fluorine-based electrolytes. The inclusion of a precision-machined movable slider mechanism allows for dynamic adjustment of internal geometry, making it an indispensable tool for researchers requiring variable electrode spacing or multi-phase reaction environments.

Designed primarily for the semiconductor, battery testing, and advanced metallurgy sectors, this unit excels where standard glass or metal-based cells fail. Its construction ensures that no metallic contaminants are introduced into the sample, which is critical for trace analysis and high-sensitivity electrochemical measurements. Whether used for cyclic voltammetry, electro-deposition, or complex synthesis, this equipment maintains structural integrity and chemical inertness under continuous exposure to harsh reagents, ensuring that your data remains accurate and reproducible over long-term experimental cycles.

Built for reliability in demanding industrial settings, this system emphasizes durability and operational consistency. The robust wall thickness and high-quality CNC finishing ensure that the unit can withstand the rigors of frequent cleaning, assembly, and disassembly without degradation. The integrated insulation properties of the fluoropolymer material naturally prevent parasitic current leakage, providing a stable electrical environment for precise current and voltage control. This unit is not just a container; it is a precision-engineered platform for advanced chemical discovery.

Key Features

• Superior Fluorine Corrosion Resistance: Crafted from premium virgin PTFE, this system is specifically engineered to resist attack from fluorine-rich electrolytes and hydrofluoric acid, ensuring long-term survival in environments that would destroy glass or stainless steel.
• Precision Movable Slider Mechanism: The white PTFE sliding block allows for micro-adjustable internal positioning, enabling researchers to modify the distance between electrodes or change the effective cell volume with high repeatability.
• Absolute Electrical Insulation: Leveraging the high dielectric strength of PTFE, the vessel provides total electrical isolation, preventing leakage currents and ensuring that electrochemical measurements are purely a reflection of the reaction at the electrode surface.
• High-Purity Material Construction: The non-porous and ultra-smooth surface of the virgin fluoropolymer minimizes sample carryover and prevents the leaching of ions, maintaining the integrity of trace analysis and semiconductor-grade processes.
• Customizable Volumetric Design: To meet diverse experimental needs, the internal capacity and overall dimensions can be bespoke-tailored, allowing for anything from micro-scale reactions to large-batch industrial pilot testing.
• Integrated Sealable Lid: Each unit comes equipped with a matching PTFE lid, which can be custom-drilled for gas inlets, electrode ports, and temperature sensors, effectively preventing evaporation and protecting the reaction from atmospheric contamination.
• High Thermal Stability: This unit maintains its mechanical properties and chemical resistance across a broad temperature range, allowing for electrochemical studies in both cryogenic and high-temperature environments without risk of cracking or warping.
• Low Surface Energy: The hydrophobic and non-stick nature of the interior surfaces facilitates easy cleaning and rapid drainage, reducing downtime between experiments and minimizing waste of expensive reagents.
• Industrial-Grade CNC Fabrication: Every component is manufactured using advanced CNC machining processes, ensuring tight tolerances for the slider track and a secure, leak-proof fit for all accessories.

Applications

Technical Specifications

Why Choose PL-CP161

• Unrivaled Engineering Expertise: Our focus on high-performance fluoropolymers ensures that every unit is optimized for the specific challenges of electrochemical research, utilizing materials that exceed industry standards for purity and durability.
• Precision-Driven Customization: We do not believe in a one-size-fits-all approach. Every aspect of this system, from the slider's travel range to the specific port configuration of the lid, is tailored to your unique experimental workflow through our in-house CNC facility.
• Operational Longevity: While standard labware requires frequent replacement due to chemical embrittlement, our PTFE construction provides a long-term investment that withstands thousands of hours of exposure to the most aggressive reagents.
• Superior Cleanroom Compatibility: The self-lubricating properties of the PTFE slider ensure that no particulates are generated during adjustment, making this unit ideal for use in Class 100 or Class 1000 cleanroom environments.
• Comprehensive Technical Support: Our team of material specialists and engineers provides end-to-end support, from the initial design phase to final implementation, ensuring your equipment performs exactly as required.

Our commitment to excellence in fluoropolymer fabrication guarantees that your laboratory will operate with the highest levels of safety and precision. Contact us today to discuss your specific requirements or to receive a quote for a custom-engineered solution tailored to your electrochemical applications.

Trusted by Industry Leaders