CB10344 Isomolded Graphite Plate Fine Ground 0.125 inch T x 4 inch W x 4 inch L for Fuel Cell

Isomolded Graphite Plate Fine Ground 0.125 inch T x 4 inch W x 4 inch L for Fuel Cell Description

The product is manufactured from pure carbon, processed via isomolding to ensure uniform density and fine ground for an optimal microstructure. The 0.125-inch thickness combined with 4-inch width and length dimensions supports consistent performance in fuel cell environments. Its controlled structure minimises discrepancies in electron transfer, addressing thermal and mechanical stresses typically encountered in electrochemical applications. Detailed quality checks, including SEM and density tests, confirm its structural integrity for demanding fuel cell applications.

Isomolded Graphite Plate Fine Ground 0.125 inch T x 4 inch W x 4 inch L for Fuel Cell Applications

Fuel Cell Systems
- Used as a current distributor in fuel cells to achieve balanced electron flow by leveraging its finely ground surface.
- Serves as a bipolar plate in membrane electrode assemblies to regulate uniform gas distribution by utilising its controlled microstructure.

Electrochemical Devices
- Applied as an electrode substrate to facilitate stable electrochemical reactions by providing a consistent conductive surface.

Industrial Processes
- Frequently used in high-temperature processing equipment to reduce thermal gradients by exploiting its carbon-based thermal management properties.

Isomolded Graphite Plate Fine Ground 0.125 inch T x 4 inch W x 4 inch L for Fuel Cell Packing

The graphite plate is individually wrapped in anti-static, moisture-resistant film and secured within a cushioned, rigid container to mitigate mechanical impacts during transit. Ensure storage in a dry, temperature-regulated facility with minimal vibration exposure. Customised packaging options are available upon request for specialised handling requirements and to prevent contamination during storage.

Frequently Asked Questions

Q1: How does the fine grinding process impact the performance of the graphite plate?
A1: The fine grinding process creates a uniform surface texture and minimises surface irregularities. This leads to consistent electron distribution in fuel cell applications and reduces localised electrical hotspots.

Q2: What quality control measures are implemented during production?
A2: The production process includes controlled isomolding and SEM inspections to verify microstructural uniformity and dimensional accuracy. This ensures that the finished product maintains consistent material density and minimises defects.

Q3: Can the dimensions of the graphite plate be customised for specific applications?
A3: Customisation options are available upon request. Adjustments in dimensions can be made to accommodate specific design requirements, ensuring proper integration into varied fuel cell architectures.

Additional Information

Graphite materials are widely utilised in electrochemical and high-temperature applications due to their stable crystal structure and high thermal conductivity. A fine ground surface further enhances the material’s performance by ensuring uniform electrical conductivity and reducing microstructural inconsistencies.

Fuel cell technologies benefit from materials that exhibit controlled porosity and consistent density, as these factors directly influence the efficiency of electron transfer and overall cell performance. Understanding the critical interplay between material processing methods and fuel cell operational parameters is essential for optimising device functionality.