Everflon™ PFA 420

Velocity, refined.

Ultra-high melt flow resin engineered for micro-precision injection molding, intricate geometries, and rapid thin-wall extrusion in advanced electronics.

Unmatched flow. Uncompromised purity.

Ultra-High Melt Flow.

Typical MFR of 25 g/10 min enables effortless filling of complex molds and rapid cycle times in high-volume production.

Micro-Precision Molding.

Perfect for small semiconductor components, intricate connectors, and thin-walled wire insulation with minimal thermal stress.

Ultra-Low Fluoride Ions.

Fully fluorinated polymer chains minimize fluoride ion outgassing, ensuring semiconductor-grade fluid and signal purity.

Superior Electricals.

Maintains ultra-low dielectric constant and loss tangent from cryogenic temperatures up to continuous 260°C (500°F) operation.

Compliance & Quality

Purity, authenticated.

FDA 21 CFR 177.1550

Compliant for direct contact with food, ultra-pure water, and pharmaceutical processing systems across the U.S.

RoHS & REACH Compliant

Formulated without hazardous heavy metals or restricted additives, supporting environmentally responsible production.

UL 94 V-0 Flammability

Self-extinguishing non-flammable polymer structure with low heat release and minimal smoke generation.

Semiconductor Grade ISO 9001

Strict lot-to-lot consistency controls to satisfy rigorous cleanroom manufacturing standards.

Specifications

Precision in numbers.

Property	Test Method	Value (Standard / Imperial)
Melt Flow Rate (MFR)	ASTM D3307 / ISO 12086	22 – 28 g / 10 min (Typ. 25)
Melting Point	ASTM D4591 / DSC	304 – 306 °C (580 – 583 °F)
Tensile Strength (23°C / 73°F)	ASTM D1708 / D3307	24 – 30 MPa (3,500 – 4,350 psi)
Ultimate Elongation	ASTM D1708 / D3307	300 – 400 %
MIT Folding Endurance (0.20mm film)	ASTM D2176	10,000 Cycles
Continuous Service Temp	UL Thermal Aging	260 °C (500 °F)
Flammability Rating	UL 94	V-0

Manufacturing

High-speed manufacturing.

Precision Injection Molding

Designed for fast mold-filling of complex shapes and micro-parts with thin walls, reducing cycle times substantially.

Recommended Melt Temp: 360°C – 390°C (680°F – 734°F)
Corrosion-resistant alloys required for screws & barrels
Low shear stress prevents material degradation during rapid injection

Thin-Wall Line Extrusion

Ideal for high-speed wire coating and fine tubing where rapid melt flow is essential for dimensional uniformity.

High drawdown ratios achievable without melt fracture
Superior wall thickness consistency at high line speeds
Excellent melt stability under continuous thermal processing

Targeted innovation.

Empowering micro-electronics, semiconductor fabrication, and high-frequency communication.

Semiconductor Micro-Parts

Complex wafer-handling components, mini-valves, fittings, and wafer baskets requiring ultra-low fluoride ion leaching.

Thin-Wall Wire Insulation

High-speed extrusion for ultra-thin high-frequency signal wires, miniature coaxial cables, and automotive sensor cabling.

Intricate Industrial Fittings

High-density multi-cavity injection molded parts, thin-walled sleeves, and chemical seals with sharp detail requirements.

Logistics & Quality Control

Cleanroom ready.

Everflon™ PFA 420 is delivered as uniform, dust-free pellets in hermetically sealed packaging designed to uphold semiconductor-grade purity.

Supply Specifications

Standard Package: 25-kg (55.1 lbs) heavy-duty bags featuring an internal anti-static PE liner.
Storage Stability: Indefinite shelf life in clean, ambient indoor conditions away from direct humidity.
Freight Class: Standard U.S. freight classification as "Plastics, Materials, Pellets".

Sustainability

Efficiency is ecology.

Shorter molding cycles, lower processing temperatures, and zero material waste ensure Everflon™ PFA 420 minimizes your factory’s carbon footprint.

Lower Carbon per Unit

Faster mold cycle times significantly cut energy usage per molded unit during mass production.

Zero Outgassing Safety

Fully fluorinated end-groups reduce volatile emissions, safeguarding workplace safety and surrounding ecosystems.

100% Recyclable Sprues

High thermal stability allows clean regrind integration in approved non-critical molded parts without property drop.