Rechargeable Zinc Air Electrolytic Cell Metal Fuel Cell Reactor Transparent Zinc Air Test Device

Product Overview

This transparent rechargeable zinc air electrolytic cell reactor is designed for laboratory evaluation of zinc air electrochemical systems and metal fuel cell reactions. Its transparent PMMA body provides corrosion resistance, high mechanical strength, and direct visibility of the internal testing area. Researchers can observe the cell during assembly, electrolyte loading, and operation while maintaining a compact benchtop format.

The unit supports reaction areas of 1, 2, 3, 4, and 4.5 cm², making it suitable for catalyst screening, electrode comparison, electrolyte studies, zinc anode evaluation, and single-cell development. It is relevant to battery R&D, electrochemical materials research, fuel cell development, powder and advanced materials laboratories, and academic research programs that require a visible and reusable test platform.

The equipment is built for repeated laboratory handling. Its simple construction enables quick assembly and disassembly, while 304 stainless steel screws and hardware provide dependable fastening performance. A defined electrode spacing and controlled liquid capacity help researchers establish repeatable test conditions across experiments.

Key Features

• Transparent PMMA Construction: The main body uses PMMA, combining corrosion resistance with high strength. Its transparent form allows direct observation of the reaction chamber and supports faster visual inspection during testing.

• Selectable Reaction Areas: Available reaction areas include 1, 2, 3, 4, and 4.5 cm². This range supports experiments that require different active electrode sizes, current-density conditions, or sample geometries.

• Defined Electrode Spacing: The positive and negative electrodes are separated by 1.4 cm. A fixed spacing helps researchers maintain a consistent cell configuration when comparing electrodes, catalysts, or electrolyte formulations.

• Controlled Electrolyte Capacity: The maximum liquid capacity is 3 to 6 ml. This compact volume reduces material consumption and is practical for screening limited-quantity electrolytes or newly prepared laboratory formulations.

• Quick Assembly and Disassembly: The structure is designed for straightforward assembly and convenient removal of components. This simplifies electrode replacement, cleaning, inspection, and preparation between test runs.

• 304 Stainless Steel Fasteners: Screws and related hardware are made from 304 stainless steel for durable mechanical connection and improved resistance to routine laboratory exposure.

• Butterfly Nut Fastening: Butterfly nuts make manual tightening and loosening more convenient. Researchers can complete fixture changes without relying on complex tooling during frequent cell configuration adjustments.

• Customizable Active Area: Reaction areas beyond the listed standard options can be customized according to project requirements. Buyers should confirm dimensional and electrode-area requirements before ordering.

• Visible Experimental Configuration: The transparent structure makes it easier to check electrode placement, liquid loading, and general cell condition. This improves practical inspection during setup and troubleshooting.

Applications

Technical Specifications

The T1 configuration has a specific asymmetrical design: its cathode reaction area is 1 cm², while the anode or zinc electrode side has a 4.5 cm² reaction area. The listed variant identifiers correspond to the available reaction-area options and should be checked against the required electrode geometry before procurement. If the positive and negative electrode areas must correspond exactly, communicate this requirement before placing the order so the appropriate configuration can be confirmed.

The transparent PMMA structure is suitable for corrosion-conscious laboratory work, but its cleaning procedure requires attention. Do not place the PMMA plate directly in ethanol or alcohol solution. Do not pour alcohol onto the surface, because this may cause surface cracking or serious damage. When oil contamination is present, use a paper towel with a small amount of alcohol to clean the surface carefully rather than immersing or saturating the plate. Ultrasonic cleaning of the PMMA plate is prohibited.

For neutral-electrolyte rechargeable zinc air research, electrolyte selection remains an experimental consideration rather than a fixed equipment specification. Neutral solutions can reduce carbonate precipitation associated with carbon dioxide exposure and may help limit zinc dendrite formation. Researchers should still assess formulation-specific risks. Chloride-based formulations may produce severe corrosion or chlorine gas during charging, so suitable additives or alternative precursor salts such as sulfates, triflates, or perchlorates may be considered according to the test protocol and laboratory safety requirements.

Why Choose This Product

• Designed for Repeatable Laboratory Screening: The defined 1.4 cm electrode distance, selectable active areas, and 3 to 6 ml maximum liquid capacity provide practical control over important cell setup variables.

• Built for Frequent Configuration Changes: Simple disassembly, butterfly nut fastening, and stainless steel hardware support efficient electrode replacement and repeated experimental use.

• Improved Visual Inspection: Transparent PMMA enables researchers to inspect the internal configuration and electrolyte loading directly, helping identify setup issues before they compromise a test.

• Flexible for Diverse Research Programs: Standard reaction areas cover common small-cell experiments, while other area requirements can be discussed for custom configurations.

• Material-Conscious Construction: Corrosion-resistant PMMA and 304 stainless steel hardware provide a durable laboratory structure when handled and cleaned according to the specified precautions.

Choose a configuration matched to your electrode geometry and contact us for a quotation or a custom zinc air test solution tailored to your research workflow.

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