FEP Foam PF4610
Advanced Fluoroplastic Foam Resin
Everflon FEP PF4610
Engineered with a superior nucleating package for unmatched cell uniformity, exceptionally low melt flow, and optimal high-speed data transmission in plenum coaxial cables.
Designed for Next-Gen Coax Performance
Everflon FEP PF4610 offers precise void content and structural integrity tailored for demanding telecom and aerospace cable requirements.
01
Superior Cell Structure
Features an advanced nucleating system producing closed cell sizes typically ranging from 0.001 in to 0.005 in with precise void distribution (20% to 60%).
02
Low Smoke & Low MFR
Boasts a low melt flow (MFR 7 at 372°C), making it the premier choice for large plenum coaxial cables with minimal smoke generation requirements.
03
Reduced Attenuation
Enables high-speed data transmission with minimal distortion, superior structural return loss, and excellent weight reduction opportunities.
Industry Applications
Engineered to meet rigorous electrical, thermal, and mechanical standards across high-performance industries.
Telecommunications
Plenum Coaxial Cables
Ideal for larger plenum coax cables where low smoke generation, low attenuation, and high structural return loss are critical design factors.
Networking & Data
High-Speed Data Transmission
Provides minimized signal distortion and superior dielectric performance, enabling high-frequency signal integrity in modern networks.
Aerospace & Defense
Lightweight Signal Wiring
Offers cable designers opportunities for weight savings and reduced cable size without requiring increased dielectric dimensions.
Technical Property Data
Typical physical, processing, and electrical characteristics for Everflon FEP PF4610 resin.
Extrusion & Processing Guide
Optimized for conventional single-screw extruders with nitrogen gas injection systems.
Step 01
Equipment Materials
Molten fluoroplastics are corrosive. All components contacting the melt must use high-nickel, low-iron corrosion-resistant alloys.
Step 02
Nitrogen Injection
Precision sizing of the nitrogen injector is critical. Expansion rate is governed by gas flow, barrel temperatures, and quench points.
Step 03
Process Monitoring
Maintain continuous monitoring of diameter, capacitance, gas pressure/flow, and melt barrel pressure to ensure cell stability.
Step 04
Storage & Packaging
Supplied in 25-kg (55.1-lb) plastic bags. Store under clean, dry ambient conditions to prevent water condensation and contamination.
Safety Precaution
Handling & Ventilation
Process only in well-ventilated areas equipped with local exhaust ventilation (LEV). Vapors and fumes liberated during high-temperature processing must be completely exhausted.
Avoid contamination of tobacco products with fluoropolymer resins to prevent polymer fume fever symptoms (chills, fever, sore throat).
Regulatory Notice
Authorization & Usage
Proper licensing and safety data review are essential prior to commercial processing. Customers should ensure compliance with local regulations and handling guidelines.
Caution: Do not use or resell materials in medical applications involving human body implantation without explicit written agreement from the manufacturer.
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