Halogen Battery Iodine Cathodes

Fueiceel® Iodine Cathodes for Halogen Batteries

Iodine Cathodes · Titanium Mesh Current Collector

A prefabricated iodine cathode sheet series designed for zinc–iodine batteries, halogen batteries, and related electrochemical research. Titanium mesh is used as the conductive current collector. The main body is the black functional cathode area, while an exposed titanium-mesh current-collection region is retained at the upper end for electrode clamping, electrical connection, and optional tab welding. Standard electrode sizes are 76.5 × 90 mm and 90 × 100 mm. A 100 mL zinc–iodine electrolyte and tab-welding service are also available.

Iodine Cathode Titanium Mesh Current Collector 76.5 × 90 mm 90 × 100 mm Zinc–Iodine Battery Matching Electrolyte

View Specifications & Pricing Quick Selection

Product Overview

Titanium mesh serves as both the conductive current collector and structural support, while the electrode body is intended for halogen-battery, zinc–iodine, and related cathode research.

Iodine cathodes for halogen batteries are prefabricated cathode sheets used inzinc–iodine and halogen-battery systems. This series usestitanium mesh as the current collector. The lower portion is the functional cathode area, while the upper portion retains exposed titanium mesh for current collection, clamping, electrical connection, or subsequent tab welding.

Currently available in76.5 × 90 mmand90 × 100 mmstandard single-piece sizes suitable for experimental reactors and battery structures of different dimensions. Both versions are sold individually and can be selected according to the laboratory fixture and effective reaction area.

In addition to the electrode sheets,100 mL zinc–iodine electrolyteis available as a matching experimental material. If the assembly requires an independent conductive connection, an optionaltab-welding servicecan be selected.

This page does not add iodine loading, catalyst-layer composition, thickness, porosity, capacity, current density, cycle life, efficiency, or other values that are not confirmed by the supplied product information. Electrolyte composition, battery structure, and test conditions may differ among halogen-battery systems, so actual use should be matched to the specific experimental plan.

Ti Mesh Conductive Current Collector
Titanium Mesh

2 Standard Electrode Options
Single Piece

76.5–90 Electrode Width Range
mm

90–100 Electrode Length Range
mm

Electrode Structure

Titanium Mesh Current Collector & Functional Cathode Area

The CSS-based structural illustration below shows the relationship between the black functional cathode area and the exposed titanium-mesh current-collection region at the top. No supplied reference image is used.

Typical Iodine Cathode Configuration

Titanium Mesh Titanium-Mesh Current-Collection Area

Cathode Area Functional Cathode Area

Titanium Mesh Current Collector

Titanium mesh is used as the conductive framework and current-collection region, providing an electron-transport path and structural support for the cathode.

Exposed Current-Collection Area

An uncovered titanium-mesh region is retained at the top of the electrode for convenient clamping, electrical connection, or further tab welding.

Prefabricated Sheet Electrode

Supplied as a complete sheet electrode for convenient laboratory cell assembly and material research.

Two Standard Sizes

Current standard products cover 76.5 × 90 mm and 90 × 100 mm.

Optional Tab Welding

If a metal tab is required for the experimental connection method, the tab-welding service can be selected as an add-on.

Electrode Models

Standard Electrode Options

The electrode body is currently available in two standard sizes, both supplied as single pieces.

I-CATHODE 01

Compact Iodine Cathode

76.5 × 90 mm

Suitable for halogen-battery and zinc–iodine experimental structures with relatively compact installation space. Sold as a single piece with an exposed titanium-mesh current-collection region at the top.

I-CATHODE 02

Large-Format Iodine Cathode

90 × 100 mm

A larger electrode format for experimental devices requiring a larger electrode size. Sold as a single piece and also uses a titanium-mesh current-collection structure.

Specifications & Pricing

Electrode Specifications & Pricing

The main specification table lists only the iodine cathode itself. Electrolyte and tab-welding services are listed separately in the following section.

Product	Electrode Size	Current Collector	Package	Reference Price
Iodine Cathode	76.5 × 90 mm	Titanium Mesh	1 pc	¥380
Iodine Cathode	90 × 100 mm	Titanium Mesh	1 pc	¥494

Note: Dimensions are consistently shown as “width × length.” The prices shown are the selling prices from the current product information. Procurement prices, profit margins, inventory, internal seller codes, supplier information, and other internal management fields are not displayed.

Accessories & Electrolyte

Accessories & Services

The zinc–iodine electrolyte is a matching experimental material, while tab welding is an optional processing service. Neither is part of the electrode itself.

100

Zinc–Iodine Electrolyte

Specification: 100 mL
For use with zinc–iodine battery experimental systems.

¥170

TAB

tab-welding service

Optional processing service.
If tab welding is required, please confirm the service when ordering the electrode.

¥30

Selection Guide

Quick Selection

Recommended selection sequence: Experimental System → Electrode Size → Current-Collection Connection Method → Need for Matching Electrolyte.

Confirm the Halogen-Battery System

First confirm whether the experiment uses a zinc–iodine or another target halogen-battery system, then determine the corresponding cathode and electrolyte solution.

Check Electrode Size

Standard options are 76.5 × 90 mm and 90 × 100 mm. Confirm the appropriate size according to the internal space of the fixture.

Confirm Current-Collection Connection

If the exposed titanium-mesh current-collection region can be clamped directly, the electrode can be used as supplied. If an independent lead connection is needed, tab welding can be selected.

Determine Whether Electrolyte Is Needed

For zinc–iodine experiments, a 100 mL zinc–iodine electrolyte can be selected according to the experimental plan.

Applications

Designed for research on halogen batteries, zinc–iodine systems, and related cathode materials.

Zinc–Iodine Battery

For research on zinc–iodine battery cathodes and associated electrochemical systems.

Halogen-Battery Research

For experiments involving halogen-battery cathode materials, structures, and system development.

Iodine Cathode Research

For research on iodine cathode sheet structures and functional cathode regions.

Titanium-Mesh Current-Collector Research

For studying the connection between the titanium-mesh current-collection region and the electrode body.

Electrode-Size Screening

The two standard sizes are suitable for studying different reaction areas and assembly-space requirements.

Electrolyte-Matching Experiments

Can be combined with the matching zinc–iodine electrolyte for experimental-system development.

Battery Structure Development

For structural matching among the cathode, anode, electrolyte, and fixture.

Research & Teaching Experiments

Suitable for research and teaching involving halogen batteries and specialized electrochemical systems.

Custom Iodine Cathodes

Standard iodine cathodes are available in 76.5 × 90 mm and 90 × 100 mm. If the experimental fixture, reaction area, or battery structure has special dimensional requirements, non-standard electrode dimensions, titanium-mesh current-collection regions, and tab-connection methods can be discussed.

Cathode Type Iodine Cathode

Current Collector Titanium Mesh

Overall Dimensions Confirm According to Device Requirements

Electrical Connection Tab Options Available

FAQ

Common questions about iodine cathodes, titanium-mesh current collectors, matching zinc–iodine electrolyte, and tab-welding services.

This product uses titanium mesh as the current collector. In the structural illustration, the exposed metal-mesh region above the electrode is the titanium-mesh current-collection area used for electrical connection.

Two standard iodine cathode specifications are currently available: 76.5 × 90 mm / 1 pc and 90 × 100 mm / 1 pc.

No. The 100 mL zinc–iodine electrolyte is a separate matching product with a current reference price of ¥170 and should be selected separately according to experimental requirements.

Tab welding is an optional processing service. If the experimental device cannot directly clamp the titanium-mesh current-collection region, or if an independent conductive connector is required, this service can be selected when ordering the electrode. The current add-on price is ¥30.

Choose according to the effective reaction area, fixture dimensions, and internal installation space of the target experimental device. For compact devices, the smaller size may be preferred; if a larger electrode is required, choose 90 × 100 mm.

The supplied product information does not provide capacity, current density, cycle life, or efficiency data that can be applied uniformly to all iodine cathode specifications. Therefore, estimated values and unconfirmed performance-test results are not shown.

Fueiceel® Halogen Battery EElectrode Plate