Everflon™ PFA 430

Flow without limits.

Ultra-low viscosity fluoroplastic resin engineered with a typical MFR of 42. Built for maximum processing speed, ultra-fine wire insulation, and ppb-purity semiconductor parts.

Extremely fluid. Exceptionally pure.

MFR 42 Processing Speed.

Typical melt flow rate of 42 g/10 min permits unprecedented extrusion speeds and ultra-easy mold filling for intricate parts.

Ultra-Fine Wire Coating.

Enables thin-wall insulation of micro conductors, withstanding soldering heat without thermal degradation or distortion.

ppb-Level Chemical Purity.

Specially synthesized for ultra-low extractables and improved color, designed for harsh semiconductor chemical filters.

Balanced Stress-Crack Endurance.

Formulated to maintain excellent flexural modulus and stress-crack resistance despite its high melt flow performance.

Global Standards

Validation without compromise.

FDA 21 CFR 177.1550

Qualifies for direct food, ultrapure fluid, and pharmaceutical contact in full compliance with U.S. FDA regulations.

EU No 10/2011 Compliant

Certified under European plastic materials regulations for high-purity chemical and food handling safety.

UL 94 V-0 Safety

Highest standard non-flammable resin classification with minimal smoke evolution and low heat contribution.

Cleanroom ISO 9001

Processed with dedicated isolation techniques to eliminate airborne contamination and foreign inclusions.

Technical Specs

Calibrated for extreme performance.

Property	Test Method	Value (Standard / Imperial)
Melt Flow Rate (MFR)	ASTM D3307 / ISO 12086	38 – 45 g / 10 min (Typ. 42)
Melting Point	ASTM D4591 / DSC	305 °C (581 °F)
Tensile Strength (23°C / 73°F)	ASTM D3307 / ISO 12086	25 MPa (3,600 psi)
Flexural Modulus (23°C / 73°F)	ASTM D790 / ISO 178	690 MPa (100,000 psi)
MIT Folding Endurance (0.20mm film)	ASTM D2176	4,000 Cycles
Continuous Service Temp	Thermal Aging Standard	260 °C (500 °F)
Flammability Rating	UL 94	V-0

Manufacturing

Unmatched thermal stability.

Ultra-Fine Wire Extrusion

Low viscosity profile enables rapid coating over ultra-thin conductors using high-temperature draw-down techniques.

Recommended Barrel Temperature: ~390°C (730°F)
Corrosion-resistant nickel-based alloys mandatory for melt contact
Allows large die openings with drawdown ratios for high line speed

Intricate Part Injection Molding

Effortlessly fills complex multi-cavity semiconductor molds and intricate electrical sleeving without flash or strain.

Reciprocating screw machines preferred
Reduces cycle times by up to 30% compared to standard MFR PFA
Ensures flawless surface finish and precise dimensional tolerances

Purpose-built precision.

Serving mission-critical semiconductor fabrication and aerospace electronics nationwide.

Ultra-Fine Wire & Cables

High-speed thin-wall insulation for medical sensor wiring, aerospace coax cabling, and high-density electronics sleeving.

Chemical Filter Components

Fluid handling housings and filter cores requiring purity in the parts-per-billion range for aggressive chemical lines.

Intricate Semiconductor Parts

Thin-walled connectors, miniature fittings, and multi-cavity injection molded components with high detail complexity.

Isolation & Packaging

Zero-contamination supply.

Everflon™ PFA 430 is produced under special isolation protocols to eliminate airborne contaminants and ensure ultrapure quality upon delivery.

Packaging & Handling Specs

Standard Packaging: 25-kg (55.1 lbs) sealed multilayer bags with an integral ultra-clean PE liner.
Storage Protocol: Ambient dry isolation; properties remain unaffected indefinitely under clean conditions.
Freight Class: Classified as "Plastics, Materials, Pellets" for U.S. logistics shipping.

Environmental Stewardship

Efficiency drives sustainability.

High-speed flow properties drastically reduce molding processing energy while eliminating material defects in ultra-thin manufacturing.

30% Energy Savings

Rapid flow properties lower extrusion back-pressure, reducing overall plant kilowatt consumption per batch.

Zero Organic Extractables

Maintains fluid purity in chemical manufacturing without releasing hazardous organic byproducts or fluorides.

Minimized Scrap Rates

Ultra-low viscosity eliminates short-shots in multi-cavity molds, drastically dropping scrap material rates.