PFA Foam PF430
Superior Micro-Coaxial PFA Foam Resin
Everflon+ PFA PF430
Engineered with an optimized high melt flow rate range (MFR 25~45) and superior thermal stability to meet the demand for superior micro-coaxial designs and compact electronic devices with minimal distortion.
Advanced PFA Technology for Compact Electronics
Everflon+ PFA PF430 combines extreme thermal resistance with high-speed processing capabilities for ultra-thin wire and cable solutions.
01
High Melt Flow (MFR 25~45)
Features an optimized MFR range of 25 to 45 to enable high processing speeds and excellent flow characteristics required for fine-gauge wire extrusions.
02
Superior Thermal Stability
Offers exceptional heat resistance and a higher melting point (305 °C), ensuring long-term durability in high-temperature operating environments.
03
Low Loss & High-Speed Data
Provides high-speed data transmissions with minimal distortion, exceptional signal return loss, and superior attenuation performance.
Industry Applications
Designed to meet the stringent demands of micro-coaxial designs and compact electronic devices.
Micro-Electronics
Micro-Coaxial Cables
Perfect for ultra-thin wire applications where conductor sizes are 26 AWG or smaller and wall thicknesses are 0.002 in or greater.
High-Speed Data
Compact Electronic Devices
Enables high-speed data transmission with exceptional return loss and low attenuation performance in space-constrained assemblies.
Advanced Engineering
Low-Loss & Larger Conductors
Offers opportunities for miniaturization, weight savings, or the use of larger conductors to build low-loss cables without increasing dielectric dimensions.
Technical Property Data
Typical physical, processing, and electrical characteristics for Everflon+ PFA PF430 resin.
Extrusion & Processing Guide
Optimized for conventional melt extrusion and single-screw extruders with nitrogen gas injection.
Step 01
Equipment Materials
Molten fluoroplastics are corrosive; all contact parts must use high-nickel, low-iron alloys suitable for fluoroplastic processing.
Step 02
Void Content Control
Void content (up to 55%) is regulated by nitrogen flow rate, temperatures, and quench point. Voids should grow after melt draw-down onto the wire.
Step 03
Process Monitoring
The extrusion line should incorporate specialized devices to monitor diameter, capacitance, and gas flow accurately.
Step 04
Packaging & Storage
Supplied as pellets packaged in 25-kg (55-lb) plastic bags. Store under ambient conditions to avoid airborne contamination and moisture.
Safety Precaution
Handling & Ventilation
Process only in well-ventilated areas using local exhaust ventilation (LEV). Vapors and fumes liberated during hot processing must be exhausted completely.
Avoid tobacco contamination. Inhaling fumes from contaminated tobacco can cause polymer fume fever (chills, fever, sore throat), which typically passes within 24 hours.
Regulatory Notice
Authorization & Medical Use
Customers wishing to process these products should consult sales representatives to obtain a license authorizing the processing of cable primaries.
Caution: Do not use or resell materials in medical applications involving human body implantation without a written agreement covering such use.
Foamed PFA. More Than Lightweight.
Lighter. Smarter. More Possibilities.
Beyond PFA. A Complete World of Possibilities.
Significant Others
Everflon™+ PFA Color Concentrate
Everflon™+ PFA Compound
Everflon™ PFA Aqueous Dispersion
Everflon™ PFA Roto Molding Powder
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