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PFSA Membrane Variety Kit

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PFSA Membrane Variety Kit Specification

Material
Perfluorosulfonic acid (PFSA) membrane

Application
Electrochemical cell testing, Fuel cells, Electrolysis systems, Research and development

Chemical Composition
Perfluorosulfonic acid polymer

Shape
Sheet

Hardness
Medium

Density
2.0 Gram per cubic centimeter(g/cm3)

Ionic Conductivity
0.08 S/cm (at room temperature, fully hydrated)

Packaging
Supplied as a kit with multiple membrane samples in sealed pouch

Surface Finish
Smooth

Width
Typically 10 cm, may vary by kit

Color
Translucent or opaque white

Length
Typically 10 cm, may vary by kit

Operating Temperature
Up to 80C

Water Uptake
20-35% (by weight, at room temperature)

Thickness Range
25 m to 175 m (variety kit provides different thickness samples)

PFSA Membrane Variety Kit Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
South America, North America, Eastern Europe, Middle East, Asia, Central America

Main Domestic Market
All India

About PFSA Membrane Variety Kit

Brand: Fuel Cell Store

Product Code: 5041717

Our PFSA Membrane Variety Kit consist of the following membranes at aquantity of one per membrane:

Nafion 115 - 10cm x 10cm

Fumasep F-10120 - 10cm x 10cm

Fumasep F-10120-PK - 10cm x 10cm

Aquivion E98-15S - 15cm x 15cm

Nafion Cation Membranes: Chemours' (formerly DuPont) Nafion membranes arenon-reinforced films based on chemically stabilized perfluorosulfonic acid/PTFEcopolymer in the acid (H+) form. The physical properties remain the same forthe chemically stabilized membranes, which exhibit substantially lower fluorideion release compared to the non-stabilized polymer a sign of improvedchemical durability. Nafion PFSA membranes are widely used for Proton ExchangeMembrane (PEM) fuel cells and water electrolyzers. The membrane performs as aseparator and solid electrolyte in a variety of electrochemical cells thatrequire the membrane to selectively transport cations across the cell junction.The polymer is chemically resistant and durable.

Fumasep Cation Membranes: FuMA-Tech is a leading company for functionalmembranes and plant technology and is a leading manufacturer of ion exchangemembranes for different electrochemical operations. Their modern coating plantproduces porous, non-porous and functional membranes with excellent resistanceto acids, bases, solvents and oxidation.

Aquivion Membranes: Solvay products have been created to maintainexcellent performance in the harshest environments: each one with the specificcombination of properties needed for exceptional heat resistance and chemicalinertness, strength and toughness, lightweighting and design flexibility,biocompatibility and many more

Explore Versatility in Electrochemical Research

The PFSA Membrane Variety Kit offers a comprehensive selection of membrane thicknesses, from 25 m to 175 m, making it ideal for evaluating and optimizing electrochemical devices. Its range caters to diverse requirements, whether in fuel cell testing, water electrolysis, or advanced research and development. The membranes high ionic conductivity ensures they meet demanding performance criteria under typical operating conditions.

Engineered for Reliable Performance

Each membrane in this kit is formulated with durable perfluorosulfonic acid polymer, conferring medium hardness and a stable density of 2.0 g/cm. With a water uptake of 2035% and operating capacity up to 80C, the membranes maintain integrity and flexibility, making them an excellent choice for a variety of high-efficiency applications.

Convenient Kit Packaging for Sampling Needs

Supplied in a sealed pouch, the kit includes multiple translucent or opaque white sheets with a smooth finish. The different thicknesses provide valuable comparative data, helping users select the most appropriate membrane for their specific experimental setups. The user-friendly form factor simplifies sample handling and reduces contamination risks.

FAQs of PFSA Membrane Variety Kit:

Q: How should I use the PFSA Membrane Variety Kit for electrochemical testing?

A: To utilize the PFSA Membrane Variety Kit, select a membrane with the desired thickness based on your experimental needs. The membranes can be cut to suitable sizes and incorporated into fuel cell or electrolysis cell assemblies. Ensure the membrane is fully hydrated and conditioned according to your protocol for optimal ionic conductivity.

Q: What are the main benefits of choosing this variety kit over individual membrane sheets?

A: The variety kit provides a range of membrane thicknesses in one package, enabling direct comparison and optimization without sourcing multiple separate sheets. This is particularly advantageous for research, testing, and development, as it saves time and enhances flexibility in exploring performance across different applications.

Q: When is it appropriate to use a thicker versus a thinner membrane from the kit?

A: Thicker membranes are typically chosen for higher mechanical strength and longer operational lifespans, while thinner membranes generally offer lower resistance and higher proton conductivity. Selection should be based on the balance required between durability and electrochemical performance for your application.

Q: Where can this kit be purchased or sourced in the United States?

A: You can obtain the PFSA Membrane Variety Kit from authorized distributors, manufacturers, suppliers, retailers, and traders within the United States. For specific availability, contact your local distributor or reach out to the manufacturer directly.

Q: What is the process for hydrating and preparing the membrane samples before use?

A: Membrane samples should be fully hydrated before installation. This typically involves soaking the membrane in deionized water at room temperature for several hours to ensure optimal ionic conductivity. Follow any additional manufacturer guidelines for conditioning if required by your application.

Q: What usage considerations should I take into account regarding operating temperature and water uptake?

A: The membranes can operate at temperatures up to 80C and have a water uptake range of 2035% by weight. Operating beyond these parameters may affect membrane performance and longevity, so ensure experimental conditions remain within specified limits for best results.

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