Everflon™ PFA 410

Versatility, accelerated.

Combining high melt processing speed with outstanding dielectric strength and thermal endurance for advanced American industrial applications.

Powerfully versatile. Exceptionally fast.

Optimized Melt Flow.

Higher MFR characteristics ensure superior processing rates and high draw-down capability for complex extruded profiles and tubing.

Superior Creep Resistance.

Maintains structural stability at continuous high temperatures (500°F) with an enhanced balance of mechanical end-use properties.

Exceptional Dielectrics.

Delivers ultra-low dielectric constant and dissipation factor across broad frequency ranges, ideal for wire & cable insulation.

Chemical & Flame Inert.

Completely inert to aggressive chemicals, UL 94 V-0 flame-rated, with virtually non-stick and negligible water absorption properties.

Compliance & Integrity

Precision, certified.

FDA Compliant

Meets FDA 21 CFR 177.1550 standards for high-purity fluid contact and food contact applications across North America.

RoHS & REACH

Fully compliant with global restricted substance regulations, ensuring environmentally safe fluoropolymer materials.

UL 94 V-0 Rated

Resists ignition and inhibits flame spread with low heat contribution and minimal smoke in flame situations.

ISO 9001 Certified

Manufactured under rigorous quality control standards to deliver dependable batch-to-batch polymer performance.

Specifications

Defined by data.

Property	Test Method	Value (Standard / Imperial)
Melt Flow Rate (MFR)	ASTM D3307 / ISO 12086	6 – 14 g / 10 min
Melting Point	ASTM D4591	305 °C (581 °F)
Tensile Strength (23°C / 73°F)	ASTM D3307 / ISO 12086	25 MPa (3,600 psi)
MIT Folding Endurance (0.20mm film)	ASTM D2176	15,000 – 30,000 Cycles
Continuous Service Temp	Thermal Aging Standard	260 °C (500 °F)
Flammability Rating	UL 94	V-0

Manufacturing

Flawless processing.

Extrusion & Tubing

High melt strength and thermal stability permit larger die openings and drawdown techniques to increase throughput.

Recommended Melt Temp: ~390°C (730°F)
Corrosion-resistant alloys required for melt contact
Long barrel length relative to diameter for optimal residence time

Injection & Compression Molding

Ideal for high-volume injection molding, complex fittings, valves, and electrical sleeving demanding high precision.

Reciprocating screw injection machines preferred
Excellent mold fill characteristics at lower shear stress
Smooth surface finish with superior creep resistance

Boundless capability.

Powering high-performance electrical, chemical, and industrial systems nationwide.

Wire & Cable Insulation

Ideal for thin-wall wire coating, electrical sleeving, and high-temperature signal cabling with exceptional dielectric integrity.

Industrial Tubing & Hose

High-speed extruded tubing for aggressive chemical transfer lines, industrial hose linings, and fluid handling.

Molded Industrial Parts

Precision injection-molded fittings, valve linings, pump parts, and film requiring superior thermal and chemical stamina.

Packaging & Storage

Protected purity.

Everflon™ PFA 410 is supplied as uniform, dust-free pellets engineered to maintain dry purity and prevent contamination during storage and transport.

Supply Specifications

Standard Package: 25-kg (55.1 lbs) multilayer bags with an integral polyethylene liner.
Storage Condition: Ambient dry storage; unaffected by storage time under contamination-free conditions.
Freight Classification: Classified as "Plastics, Materials, Pellets" for standard U.S. freight shipping.

Sustainability

Engineered for tomorrow.

High-efficiency processing meets long-term durability. Everflon™ PFA 410 helps reduce manufacturing scrap rates and energy usage across the entire product lifecycle.

High Melt Efficiency

Faster melt extrusion rates lower energy consumption per kilogram produced in high-speed manufacturing lines.

Zero Chemical Leaching

Ultra-low extractable profile protects process purity while resisting environmental degradation and aggressive degradation.

Long-Service Life

Extended component thermal life significantly minimizes material replacement cycles and overall industrial waste.