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Nafion R-1000 Precursor Beads

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Nafion R-1000 Precursor Beads Specification

Material
Perfluorosulfonic acid/PTFE copolymer precursor

Application
Used as a precursor for manufacturing Nafion membranes and films via extrusion or casting; also for research and industrial ion-exchange processes

Chemical Composition
Polytetrafluoroethylene (PTFE) backbone with perfluoro-sulfonyl fluoride side chains

Shape
Spherical beads

Hardness
High mechanical strength, typical for PTFE polymers

Density
2.1 Gram per cubic centimeter(g/cm3)

Melting Point
About 260°C

Purity
High chemical purity for membrane production

Odor
Odorless

Thermal Stability
Excellent, suitable for high-temperature processing

Particle Size
Typically ranges from 500 to 1200 microns

Ionic Form
Precursor (sulfonyl fluoride), not ion-exchanged

Color
Off-white to translucent

Moisture Absorption
Very low

Shelf Life
Stable under proper storage conditions

Packaging
Sealed bottles or bags to prevent contamination

Nafion R-1000 Precursor Beads Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Nafion R-1000 Precursor Beads

Brand: Chemours
Product Code: 72500302

Chemours (formerlyDuPont) Resins are perfluorinated polymers used to manufacture ion-exchangemembranes, catalysts, and related materials. It is a copolymer of tetrafluoroethyleneand perfluoro-3,6-dioxa-4-methyl-7-octenesulfonyl fluoride. This thermoplasticpolymer must be hydrolyzed to convert it to a form suitable for use inion-exchange applications.

Nafion R-1000 Technical Specifications:

Bead size: 7-9 mesh(3mm x 4mm)
Bulk density (g/cc): 1.25
Ion exchange capacity (meq/g)*: 1.0 (after hydrolysis)

Exceptional Chemical Purity for Advanced Applications

Nafion R-1000 Precursor Beads boast high chemical purity, which is critical for producing reliable Nafion membranes and films. Their purity facilitates accurate research outcomes and enhances industrial ion-exchange processes, allowing users to achieve consistent results in demanding environments. Each bead is manufactured to strict standards and packaged securely to preserve quality.

Superior Mechanical Strength and Thermal Stability

These precursor beads exhibit high mechanical strength typical of PTFE-based polymers, and maintain their integrity at processing temperatures up to 260C. Their excellent thermal stability makes them an optimal choice for extrusion and casting operations, ensuring durability and reliable performance in harsh conditions.

Versatile Usage Across Research and Industry

Engineered for both laboratory research and large-scale production, Nafion R-1000 Precursor Beads serve as essential materials for manufacturing Nafion membranes and films. Their low moisture absorption and stable shelf life support prolonged storage and versatile applications in ion-exchange systems. Spherical shape and controlled sizing support precise process control.

FAQ's of Nafion R-1000 Precursor Beads:

Q: How are Nafion R-1000 Precursor Beads typically used in membrane production?

A: These beads are primarily used as a precursor for manufacturing Nafion membranes and films, typically through extrusion or casting processes. Their chemical stability and controlled particle size help ensure uniformity and reliability during production.

Q: What benefits do precursor beads in sulfonyl fluoride form offer compared to ion-exchanged forms?

A: The sulfonyl fluoride precursor form allows customization of the final ionic properties during membrane fabrication, offering flexibility for specific research or industrial ion-exchange applications. It also contributes to the high chemical purity essential for membrane integrity and function.

Q: When should Nafion R-1000 Precursor Beads be processed to achieve optimal quality membranes?

A: Processing is typically performed when beads are freshly obtained and stored under recommended conditions, as their stable shelf life and low moisture absorption help preserve chemical properties. High-temperature operations ( 260C) are recommended for best results.

Q: Where in the United States can Nafion R-1000 Precursor Beads be purchased?

A: Nafion R-1000 Precursor Beads are available through various distributors, manufacturers, suppliers, retailers, and traders across the United States. Buyers should seek reputable sources to ensure product authenticity and proper packaging.

Q: What process is involved in converting these precursor beads into functional membranes?

A: After extrusion or casting of the beads into films or membranes, a chemical conversion step exchanges the sulfonyl fluoride groups for desired ionic forms, enabling ion-exchange capabilities. These steps result in robust, functional Nafion membranes.

Q: How does the packaging help maintain the quality of Nafion R-1000 Beads?

A: Packaged in sealed bottles or bags, the beads are protected from moisture and contamination, which helps retain high purity and stable properties during storage and transportation.

Q: What is the advantage of the product's high mechanical hardness and density?

A: Their high mechanical strength and density (2.1 g/cm3) ensure that the beads can endure rigorous processing while maintaining consistent dimensional stability, improving manufacturing yield and membrane durability.

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