AWE Electrolytic Water Hydrogen Production, Membrane Support Mesh, Polyphenylene Sulfide (PPS) Mesh Cloth Filter Fabric

Product Description

Monofilament PPS Material Membrane Support Mesh

Characteristics

• Ultra-high porosity, minimizing impact on membrane functionality.
• Mesh (fabric) has uniform structure, ensuring consistent size control.
• Various of product options available.

Applications

Can be used in hydrogen production, fuel cells, electrolysis membranes, and other areas as membrane or electrode support materials.


Mesh Specifications

Note: The above are just three commonly used specifications and not the complete list. Please contact us for more specifications and information.

PPS Mesh for Alkaline Water Electrolysis (AWE)

In the process of alkaline water electrolysis for hydrogen production, PPS mesh (polyphenylene sulfide mesh) typically acts as a support structure within the electrolyzer due to its excellent mechanical properties, robust alkali resistance, and outstanding electrochemical traits. Its roles are as follows:

Support Structure: SHARE PPS mesh provides physical support, helping to maintain separation and orderly arrangement within the electrolyzer, ensuring the effective distribution of electrical current.

Enhanced Conductivity: Due to its excellent chemical stability and conductivity, PPS mesh can help improve electrolysis efficiency.

Corrosion Resistance: PPS material is highly resistant to alkaline environments, maintaining structure and functionality without corrosion during the electrolysis process.

Improved Hydrogen Purity: As a separation layer, PPS mesh helps to segregate the produced hydrogen and oxygen, enhancing the purity of the hydrogen output.

Increased Surface Area: The structure of our PPS mesh provides a large surface area, which helps increase the area for electrolytic reactions and, consequently, the production of hydrogen.

Strength and Stability: Our PPS mesh maintains stability owing to its high strength and thermal stability, even under high temperatures and prolonged electrolysis, contributing to the long-term stability of alkaline water electrolysis systems.

Features

Affordable pricing
Uniform fabric structure
High porosity and large surface area
Exceptional corrosion resistance, thermal stability, and flame retardancy

Applications

From what we've gathered, our clients are mainly using our PPS mesh for

• ion exchange processes
• alkaline water electrolysis for hydrogen production
• feed and food drying
• filter for food, semiconductor and chemical applications
• chemical catalyst substrates
• oil-water separation
• gas filtration and purification
• wastewater treatment
• air pollution control
• desalination
• and more…

Product Options

PPS mesh specifications are designed to cater to a diverse array of applications. The available mesh options are in the following range:

Thread Diameter
30 - 250 µm

Mesh Count
25 - 420 per inch

Mesh Opening
30 - 800 µm

Open Area
25 - 60%

Mesh Thickness
56 - 508 µm

Pattern
Plain weave, twill weave

Width
Up to 300cm (Can be cut to specific widths such as 100 cm or 200 cm, or customized to any width as per request)

Real Images

Packaging & Shipping

1. Rolled on the paper core or plastic pipe, packed into PE bags
2. Put into standard export carton
3. Put into PP woven bag to prevent damage during transportation

The label contains the following standard information:
item name, manufacturer, material, dimensions, manufacturing date, order number, batch number etc.