Jiangsu Jushuo New Materials Technology Co., Ltd. is one of the leading manufacturers and suppliers of 3rd‑generation pps mesh cloth in China. We are committed to providing customized materials made in China with low price. Welcome to buy high-grade 3rd‑generation pps mesh cloth in stock here from our factory. Also, free sample is available.
Product Description
The 3rd Generation PPS Composite Separator Base Fabric is engineered for use in alkaline water electrolysis systems, providing a strong and reliable foundation for high-performance composite separators.
Made with advanced PPS fiber technology and precision fabric control, the base fabric combines high hydrophilicity, controlled microporosity, strong gas barrier performance, and excellent ion permeability. Its optimized structure helps support efficient gas separation while reducing alkali loss and energy consumption.
For electrolyzer manufacturers and hydrogen equipment suppliers looking for a reliable separator substrate, this PPS composite fabric offers a practical solution for developing stable and high-performance alkaline electrolysis systems.
Key Benefits
Strong Gas Barrier Performance
Precisely controlled fabric porosity provides strong gas-tightness, helping maintain effective separation between hydrogen and oxygen sides.
Reduced Alkali Loss
The separator substrate is designed to help minimize alkali loss during operation, supporting more stable long-term system performance.
Support for High-Purity Hydrogen
The fabric structure contributes to effective gas separation and supports high-purity hydrogen production in alkaline water electrolysis systems.
Precision-Engineered PPS Fabric Structure
The performance of an alkaline electrolyzer separator depends heavily on the quality and consistency of its base material.
Our manufacturing process combines PPS fiber modification, advanced spinning technology, precision fabric control, and integrated coating technology to produce separator substrates with controlled and consistent properties. The source document describes proprietary technologies covering the production of hydrophilic, high-strength PPS fibers, low-hairiness PPS yarns, and precise control of fabric air tightness and ion permeability.
This integrated approach allows the fabric structure to be optimized for the demanding requirements of alkaline water electrolysis.
Advanced Manufacturing Technology
Hydrophilic PPS Fiber Technology
Advanced in-situ spinning modification technology is used to develop PPS fibers with improved hydrophilicity, strength, and durability.
01
Compact Siro-Spinning Technology
Advanced spinning equipment enables continuous production of PPS yarn with controlled hairiness, twist, and strength, helping improve fabric consistency.
02
Precision Micropore Control
Micropore regulation technology provides precise control over key separator properties, including gas tightness and ion permeability.
03
Integrated Coating Technology
Proprietary coating technology is combined with large-scale filament mesh fabric production to manufacture high-performance composite separator substrates.
04
Why Choose Our PPS Composite Separator Base Fabric?
Designed for Alkaline Electrolysis
Unlike general-purpose industrial fabrics, this PPS-based separator substrate is developed specifically around the requirements of alkaline water electrolysis.
Its combination of hydrophilicity, low area resistance, gas barrier performance, and ion permeability makes it suitable for separator development where both efficiency and stable operation are critical.
Consistent Manufacturing Capability
Our production system covers key stages from PPS fiber and yarn preparation through fabric production and separator-related processing. The company has established large-scale production capabilities for PPS fabric diaphragms and composite diaphragms and has supplied products for multiple water electrolysis hydrogen production projects.
Strong R&D and Intellectual Property
The technology platform is supported by multiple invention patents and utility model patents. The documented intellectual property includes technologies related to hydrophilic PPS fiber fabric, alkaline water electrolysis separator manufacturing, PPS separator fabric calendering, and gas-barrier testing.
FAQ
Q: What is PPS composite separator base fabric used for?
A: PPS composite separator base fabric is used as a substrate in separator systems for alkaline water electrolysis. It provides the structural foundation needed for controlled gas separation and ion transport.
Q: What makes the 3rd Generation PPS Composite Separator Base Fabric different?
A: It combines hydrophilic PPS fiber technology with controlled microporosity, low area resistance, strong gas barrier performance, and good ion permeability. This combination is designed to support stable and efficient alkaline electrolysis.
Q: Can you provide samples or discuss customized requirements?
A: Yes. Customers can contact us to discuss their electrolyzer design, separator requirements, performance targets, and potential sample or customized development needs.